#solvent-processable solder resist

[agaselectronicmaterials]

Green Semi-Gloss HD CAWN 2321: High-Performance Liquid Photoimageable Solder Resist

Discover Green Semi-Gloss HD CAWN 2321, a thermal hardening liquid solder resist designed for superior PCB protection. RoHS and WEEE compliant, UL listed, and REACH-certified, it meets IPC standards and is trusted in industries including automotive and aerospace. Explore its advanced capabilities today.

[sinosteelpipe]

Composite Steel Pipe: Carbon Steel Pipe lining Stainless Steel

Stainless steel pipe with thin-walled composite inner wall of carbon steel pipe, lined with stainless steel composite pipe‌ is a bimetal composite pipeline, mainly composed of carbon steel pipes as the base pipe, and the stainless steel liner pipe is combined with the base pipe through composite processes such as shrinkage, cold expansion, explosion or brazing.

This kind of pipe is composited with thin-walled stainless steel pipes on the inner wall of the steel pipe, which greatly improves the corrosion resistance of the steel pipes, while retaining the mechanical strength and good sealing of the steel pipes.‌.

Advantages

1. No staining, no nodules, corrosion resistance

Composite in steel pipe Thin-walled stainless steel pipe, because stainless steel contains18%-20% chromium, an extremely thin chromium oxide film is formed during use. This film prevents metal from continuing to oxidize, so stainless steel has strong corrosion resistance. It can not only withstand the corrosion of water and air, but also withstand the corrosion of weak acids and weak alkalis. The corrosion resistance and density of stainless steel are stronger than the galvanized layer of galvanized steel pipes. so,Lined stainless steel composite steel pipe During use, there is no need to worry about scaling or noduling caused by rust on the inner wall, which will cause the inner hole to shrink.

The corrosion resistance of stainless steel is much higher than that of carbon steel, and is lined with stainless steel pipes, which can be used to transport acidic or alkaline chemical fluids.

2. High strength, pressure resistance, stretch resistance

Lined stainless steel composite steel pipe The outer steel pipe in the middle is made of welded steel pipe, seamless steel pipe, and spiral seam welded pipe. The tensile strength of welded steel pipes or seamless steel pipes is greater than that of335MPa, elongation is greater than 15%, and the elongation of the steel pipe inline stainless steel composite steel pipe reaches more than 25%. The steel pipes have undergone water pressure tests of more than 3.0MPa and pass the standard specified Bending test,flattening test,Fracture toughness test, metallographic inspection, tensile test and higher strength pressure test. After the composite stainless steel pipes in the outer steel pipes increase the total wall thickness and strength, it can not only be used for civil water and gas transmission, but also for industrial fluids. When welded steel pipes are used in outer steel pipes, the strength reliability of composite steel pipes is improved because the welds of outer steel pipes and stainless steel pipes are not in the same position.

3. Can be soldered

Welding can be used. Before welding, mechanical methods and organic solvents should be used to remove at least each side of the weld surface and the welding bevel.Oil stains, rust, metal chips, oxide films and other dirt within 20mm. Welding equipment should meet the welding process requirements and comply with the relevant equipment standards. In the welding procedure, first weld the composite material (stainless steel pipe), then the transition layer, and finally the substrate (carbon steel pipe).

The surface of the composite weld should be kept as smooth and smooth as possible from the composite surface. When welding the transition layer, the amount of melting of the base metal should be minimized as much as possible while ensuring good fusion, that is, the melting and ratio should be reduced. Clean after welding, and carefully clean the welding slag, welding tumor splashes and other dirt on the surface of the weldment after welding. Welds should be partially trimmed if necessary. After cleaning after welding, welder marks should be stamped on obvious parts near the substrate weld for future inspection.

4. Can be connected to flange,CanThreaded connection

Lined stainless steel composite steel pipe The joint seal is a double-layer seal, the outer layer is a pipe thread seal, and the inner layer is a special structure silicone rubber seal ring seal, ensuring the reliability of the piping system seal. Can also be coated on the outside of the shoulder-type forged cast fittingsHA alloy coating has corrosion resistance performance that reaches the corrosion resistance of stainless steel.

5. YesTrench connection

Because of the large diameter of the pipe fittings of DN125-DN600, it is difficult to process threads and tighten threads, so the pipe fittings of DN125-DN600 should use grooved pipe joints and plastic lining blue. Trench pipe joints are carried out on the outer surface and end surfacesElectrostatic plastic sprayingTreatment, can also be plated outside the ductile iron grooved pipe jointHA alloy coating, the corrosion resistance level of the coating reaches the corrosion resistance level of stainless steel. Silicone rubber or food grade inside the connectorNitrile rubberThe sealing ring, fluid flows in the pipe and will not come into contact with the outer steel pipe.

exist Lined stainless steel composite steel pipe The outer surface of the end of the end is extruded out of the groove, and the two end sides of the grooved pipe joint are pressed into the groove. The grooved pipe joint consists of two flap grooved pipe joints, and the grooved pipe joints are connected by bolts and nuts. When the bolt and nut are tightened, the two grooved pipe joints are tightly clamped together to tighten the silicone rubber sealing ring in the grooved pipe joint. The silicone rubber sealing ring tightly hugs the ends of the two-section pipes together, and the fluid flows in the tube and the sealing ring, ensuring the sealing of the fluid flow.

In order to solve the corrosion problem of the end face of the pipe, an anti-corrosion sleeve is designed. The outer surface of the anti-corrosion sleeve and the inner surface of the inner surface of the stainless steel composite steel pipe lined is formed, so that the anti-corrosion sleeve on the end face of the stainless steel composite steel pipe lined is closely attached to the end face of the pipe lined with the stainless steel composite steel pipe. Sealant is applied between the anti-corrosion sleeve on the end face and the end face and the inner surface of the steel pipe. The sealant is a two-component. When used, the two components are mixed together to immediately generate a great adhesion force. The end-face anti-corrosion sleeve and sealant well solve the corrosion protection problem of the end-face of the pipe when using grooved connections.

6. Resistant to high temperatures, can transport hot water, boiling water, steam, low temperatures, good brittleness, small expansion coefficient

The thermal expansion and contraction of plastics exceeds that of steel10 times, and the extension capacity of plastic when it shrinks when it is cold, it is much lower than that of steel. Therefore, when the water in the pipe is frozen and expanded in cold seasons, the plastic pipe cannot shrink and recover after it is frozen and expands, and it expands multiple times, causing the plastic to expand beyond its limit and breaks brittle.Welded steel pipes Ensure elongation exceeds 15%,Stainless steel pipe The elongation ensures that it exceeds 25%, an outer steel pipe that can elongate and expand, and a stainless steel pipe with better elongation is lining to avoid brittle breakage when the water in the pipe is frozen and expands.

7. Good hygiene performance and can transport clean water

Since stainless steel pipes are not corroded by fluid during use, the stainless steel pipe body has no impurities entering the fluid, and the stainless steel composite steel pipe is lined with Stainless steel threaded pipe fittings,Stainless steel flange, stainless steel welded pipe fittings, the fluid does not come into contact with the outer steel pipe, and the fluid only comes into contact with the stainless steel, so the inner lined stainless steel composite steel pipe can replace pure stainless steel pipes to transport drinking water.

8. Low price

Steel pipes are covered with Thin-walled stainless steel pipe This reduces manufacturing costs and ensures thickness to ensure strength, so that the cost of installing inner lined stainless steel composite steel pipes is much lower than that of thick-walled pure stainless steel pipes and thick-walled pure copper pipes.

Production process

In the production of stainless steel composite pipes, the composite steel pipe manufacturer must be required to select different corrosion-resistant alloy layers as the inner lined pipes according to the requirements of the chemical company's process flow. Most corrosion-resistant alloys (such as pure titanium,Nickel-based alloy, ordinary stainless steel, duplex stainless steel) can all be used as inner lining layer. But for Duplex stainless steel In other words, the difficulty of recombination is very high because the yield strength of duplex steel is relatively large and the elongation of break is small. If the process control is not accurate enough, it is very easy to crack during the recombination process. Duplex stainless steel has two metallographic structures: austenite and ferrite, so it resists chloride ion corrosion andStress corrosion crackingGreat performance over316L. In salt making or salt chemical companies, duplex stainless steel composite steel pipes have very good performance advantages.

From : https://www.sinosteel-pipe.com/en/blog-5608138438729677.html

[sanjay-chem]

Market Outlook: Electronics Cleaning Solvents for Next-Gen Devices

In 2025, the electronics cleaning solvents market size is expected to be approximately USD 1,346.79 million. By 2035, the market is projected to reach around USD 2,344.50 million, expanding at a compound annual growth rate (CAGR) of 5.7%. The introduction of low-cost electronics cleaning solvents, such as hydrofluoroethers (HFEs), which are designed to effectively remove solder flux residue from printed circuit boards, along with their environmental and safety advantages over chlorinated solvents and ozone-depleting hydro-chlorofluorocarbons (HCFCs), is expected to drive the demand for electronics cleaning solvents further.

The electronics cleaning solvents industry is constantly advancing, and superior methods and products are being developed to keep pace with advancements in the electronics field. Electronics cleaning solvents add to the functional quality and longevity of electronic components and products; hence, these have been gaining higher importance in the electronics industry. Certain solvents also impart high insulation resistance characteristics to components and devices, which boosts their demand for electronics cleaning.

𝐌𝐚𝐤𝐞 𝐈𝐧𝐟𝐨𝐫𝐦𝐞𝐝 𝐃𝐞𝐜𝐢𝐬𝐢𝐨𝐧𝐬 – 𝐀𝐜𝐜𝐞𝐬𝐬 𝐘𝐨𝐮𝐫 𝐒𝐚𝐦𝐩𝐥𝐞 𝐑𝐞𝐩𝐨𝐫𝐭 𝐈𝐧𝐬𝐭𝐚𝐧𝐭𝐥𝐲! https://www.futuremarketinsights.com/reports/sample/rep-gb-2074

“Stringent regulatory environmental norms have compelled manufacturers to focus on products that result in minimal ozone depletion and contribution to global warming. One such product type, fluorinated solvents, is witnessing significant demand, and is expected to establish higher prominence in the electronics cleaning solvents market until a better alternative surfaces.”

Key Takeaways of Electronic Cleaning Solvents Study

Fluorinated solvents product type is anticipated to grow at a healthier rate. Its market share is projected to increase due to its zero ozone depletion potential, low global warming potential, and high solvency.

The separated co-solvent process uses formulated hydrocarbon solvents as cleaning solvents and is extensively used in the PCB industry, owing to the extraordinary cleaning results it provides.

Formulated hydrocarbon solvents have developed new opportunities in the electronics cleaning solvents market over the years, and the segment is projected to witness strong market growth, supported by rising preference for this type in PCB and electronic industries.

APEJ and Japan, together, have established a lion’s share in the electronics cleaning solvents market, owing to the expanding electronics and electrical industry in the region. Together, the region holds over 70% of the electronics cleaning solvents market share. Moreover, the electronics industry in the region is still at a growing stage and is anticipated to flourish over the coming years.

The electronics industry is focusing on electronics miniaturization; hence, nanotechnology and micro electromechanical systems (MEMS) are growing in functionality as well as acceptance in a majority of applications among various industries such as consumer electronics, automotive, aerospace, medical devices, and others.

𝐔𝐧𝐥𝐨𝐜𝐤 𝐂𝐨𝐦𝐩𝐫𝐞𝐡𝐞𝐧𝐬𝐢𝐯𝐞 𝐌𝐚𝐫𝐤𝐞𝐭 𝐈𝐧𝐬𝐢𝐠𝐡𝐭𝐬 – 𝐄𝐱𝐩𝐥𝐨𝐫𝐞 𝐭𝐡𝐞 𝐅𝐮𝐥𝐥 𝐑𝐞𝐩𝐨𝐫𝐭 𝐍𝐨𝐰: https://www.futuremarketinsights.com/reports/electronic-cleaning-solvents-market

Market Landscape Moving Towards Fragmentation

The electronics cleaning solvents market is partially consolidated, with the presence of a large number of market players in both, tier I and II brackets. However, as the electronics industry is becoming highly competitive and fragmented year-by-year, the electronics cleaning solvents market is also anticipated to move towards fragmentation.

As the number of tier II and III players in the end-use sectors increases, the market is bound to witness an increase in tier II & III manufacturers to cope up with the increase in demand at variable prices.

Some of the established manufacturers in the electronics cleaning solvents market

3M

Albemarle Corporation

LyondellBasell Industries Holdings B.V.

Honeywell International, Inc.

BASF SE

The Dow Chemical Company

Eastman Chemical Company

Arkema SA

Asahi Glass Co., Ltd.

The Chemours Company

Solvay SA

Corbion N.V.

Godavari Biorefineries Ltd.

Chevron Phillips Chemical Company

Invista

A. W. Chesterton Company

Aervoe Industries, Inc.

HK Wentworth Ltd

Vantage Specialty Chemicals, Inc.

Permatex

CRC Industries

Oxea GmbH

ISU Chemical Co Ltd.

LCY Chemical Corp.

Deepak Fertilizers and Petroleum Corporation Limited

CNPC Northeast Refining & Chemical Engineering Company Limited (PetroChina Co. Ltd.)

Tier I participants are anticipated to face strong competition from tier II & III players over the foreseeable future.

Industrial and Institutional Chemicals: https://www.futuremarketinsights.com/industry-analysis/industrial-and-institutional-chemicals

Electronics Cleaning Solvents Market by Category

By Product:

Formulated Hydrocarbon Solvents

Glycols & Glycol Ethers

Fluorinated Solvents

Brominated Solvents

Light Petroleum Distillates

By Cleaning Process:

Vapor Phase Degreaser

Vacuum Cleaning

Mixed Co-solvent

Separated Co-solvent

Semi-aqueous

By Region:

North America

Latin America and Middle East & Africa (LAMEA)

Europe

Asia Pacific Excluding Japan (APEJ)

Japan

About Future Market Insights (FMI)

Future Market Insights, Inc. (ESOMAR certified, recipient of the Stevie Award, and a member of the Greater New York Chamber of Commerce) offers profound insights into the driving factors that are boosting demand in the market. FMI stands as the leading global provider of market intelligence, advisory services, consulting, and events for the Packaging, Food and Beverage, Consumer Technology, Healthcare, Industrial, and Chemicals markets. With a vast team of over 400 analysts worldwide, FMI provides global, regional, and local expertise on diverse domains and industry trends across more than 110 countries.

Join us as we commemorate 10 years of delivering trusted market insights. Reflecting on a decade of achievements, we continue to lead with integrity, innovation, and expertise.

Contact Us:        

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[westondev]

PCB Assembly SMT SMT process details

SMT (Surface Mounted Technology, Surface Mount Technology) is a pinless or short lead surface assembly components (SMC / SMD, that is, sheet components) directly mounted on the surface of the PCB (printed circuit board), and through the re-flow soldering or dip soldering and other methods to achieve the soldering and assembly of the circuit mounting technology. The following is a detailed introduction to the PCB assembly SMT SMD process:

First, the basic flow of the SMT placement process

Incoming material inspection

Inspection of the PCB board, to see if there is deformation, scratches, short circuit, open circuit and other issues, while checking the solder resist layer, silk screen layer and so on whether it meets the requirements.

The appearance, size, pin coplanarity of electronic components are tested to ensure that their quality is qualified. It is also necessary to sample test the electrical performance of the components to ensure that they meet the design requirements.

Solder Paste Printing

According to the design of the PCB board and the specifications of the components, a suitable solder paste stencil is selected and installed on the solder paste printing machine.

Using the solder paste printing machine, print the solder paste evenly on the pads of the PCB board. During the printing process, the thickness, shape and printing position of the solder paste should be accurately controlled to ensure that the solder paste can accurately cover the pads and there are no defects such as less solder, more solder, pulling tip and offset.

After printing, you can use SPI (Solder Paste Inspection) and other equipment to test the quality of solder paste printing.

Component placement

Mounter according to the pre-programmed program, from the material belt or tray to pick up the corresponding surface mount components, and will be accurately affixed to the PCB board on the designated location.

During the mounting process, attention should be paid to the polarity and direction of the components to ensure correct mounting. For some tiny components, such as 0201, 01005 and other packages of components, the mounter needs to have higher precision and stability to ensure the quality of placement.

Reflow soldering

The mounted PCB boards are sent into the reflow oven to be soldered under a certain temperature profile.

The reflow soldering process usually includes preheating, constant temperature, reflow and cooling stages. Preheating stage can make the solvent in the solder paste volatilization, to avoid air bubbles in the reflow process; reflow stage temperature to ensure that the solder paste is completely melted, the formation of a good welding connection; cooling stage to make the solder joints cooled quickly, curing the weld structure, improve the strength of the weld.

The temperature profile setting of reflow soldering should be optimized according to the component type and board material to avoid overheating or underheating resulting in weak soldering or component damage.

Quality Inspection

Visual inspection, automatic optical inspection (AOI), X-ray inspection, in-circuit tester (ICT), flying probe tester, function tester and other inspection means are used to comprehensively inspect the soldering quality and assembly quality of PCBA (printed circuit board assembly).

Visual inspection is mainly through manual observation of the PCBA surface to check whether there are components missing, offset, short circuit, false soldering and other obvious defects.

AOI, on the other hand, utilizes the principle of optical imaging to quickly scan the PCBA, detect welding defects, and automatically judge and mark them through image analysis software.

X-ray inspection is mainly used to detect soldering defects hidden inside components such as BGA (Ball Grid Array).

Rework and Depaneling

For the defective products detected, the use of soldering iron, rework workstations and other tools for rework processing, to remove the bad welding points, re-welding, to ensure that the product quality meets the requirements. Rework need to be tested again, until the product quality is qualified.

Separate multiple PCBs from the motherboard, usually using V-CUT or punching and cutting machines for board separation operations.

Grinding and washing

After the partition of the PCB need to grind and wash board processing to remove excess burrs and residues, to ensure that the board surface is clean and smooth.

Second, the characteristics and advantages of SMT placement process

High assembly density

SMT placement technology can achieve a higher assembly density, so that the PCB board can accommodate more functional modules, thereby realizing the miniaturization and multifunctionality of the product. For example, the smart phone motherboard densely arranged on a variety of chips and components, it is thanks to the SMT placement technology to achieve a powerful function in a limited space.

High production efficiency

SMT placement technology has a high degree of automation, can quickly and accurately complete a large number of components mounted, greatly shortening the production cycle of the product and reduce production costs.

High Reliability

SMT placement technology uses surface mount components, which have shorter pins, smaller size, lighter weight, and fewer soldering points, and therefore have higher reliability. In addition, SMT placement technology reduces electromagnetic and radio frequency interference and improves product stability.

Easy to realize automated production

SMT SMD technology can be combined with automated production equipment to achieve fully automated production line, improve production efficiency and product quality.

Third, the application areas of SMT placement process

SMT placement technology is widely used in various types of consumer electronics, communications equipment, industrial control, automotive electronics, aerospace and many other fields. With the continuous development and renewal of electronic products, SMT placement technology is also progressing and perfect, for the miniaturization of electronic products, multifunctionality, high reliability provides strong support.

Fourth, the development trend of SMT placement process

Miniaturization and high precision

With the continuous miniaturization of electronic products, SMT placement technology will also be towards the direction of miniaturization and high-precision development. Future SMT placement equipment will have higher placement accuracy and stability, and can handle smaller, more precise components.

Intelligent and automation

SMT placement technology will be combined with intelligent and automation technology to realize fully automated and intelligent production lines. Through the introduction of artificial intelligence, big data and other advanced technologies, production efficiency and product quality can be improved and production costs can be reduced.

Greening and environmental protection

With the increasing awareness of environmental protection, SMT placement technology will also develop in the direction of greening and environmental protection. Future SMT placement equipment will use more environmentally friendly materials and processes to reduce the impact on the environment.

In summary, the SMT placement process as the electronic assembly industry in the most widely adopted an advanced process, with high assembly density, high production efficiency, high reliability, easy to realize the advantages of automated production, etc., widely used in various types of electronic products. With the continuous progress and improvement of technology, SMT placement process will continue to play an important role in the future.

[electobykss]

Q: How can no-clean fluxes improve the soldering process?

A: No-clean fluxes offer several advantages that can significantly improve the soldering process, particularly in modern electronics manufacturing. Here's how:

Eliminates the Need for Post-Solder Cleaning:

Traditional fluxes require cleaning to remove residues that might cause corrosion or affect insulation resistance. No-clean fluxes leave minimal, non-corrosive residues, eliminating the need for additional cleaning steps, reducing labor and costs.

Time and Cost Efficiency:

By removing the cleaning process, manufacturers save time, water, cleaning agents, and energy, streamlining the production process and improving overall efficiency.

Enhanced Reliability:

Residues from no-clean fluxes are designed to be inert and non-conductive, ensuring that they do not interfere with the performance of the soldered assembly, even in sensitive electronic applications.

Environmental Friendliness:

No-clean fluxes reduce the use of cleaning solvents, many of which are harmful to the environment. This aligns with sustainable manufacturing practices and regulatory compliance, such as RoHS and REACH.

Improved Solder Joint Quality:

Advanced no-clean flux formulations provide excellent wetting and flow, ensuring strong and reliable solder joints, even for challenging surfaces or components. For instance, the Electo 3127 series no-clean fluxes deliver exceptional soldering performance, leaving minimal residues while maintaining high reliability in demanding applications.

Versatility in Applications:Collapse

No-clean fluxes are suitable for a wide range of soldering processes, including wave soldering, reflow soldering, and hand soldering, making them adaptable across industries.

Key Considerations:

While no-clean fluxes, like the Electo 3127 series, are advantageous, their selection depends on the specific application and operating environment. Factors like thermal stability, residue profile, and flux activity should be evaluated to ensure optimal performance.

[melssblog]

Why is cleaning needed

Harmful contaminants such as solder and adhesive residues, flux, and dust and debris from other manufacturing processes and handling are often formed during the course of electronics manufacture, and the primary purpose of cleaning is to remove these contaminants at regular intervals. This ultimately leads to increased lifetime of the electronic product by ensuring good surface resistance and by preventing current leakage due to PCB failure.

With the constantly evolving cleaning market to meet the demands of the ever-expanding electronics industry, it is of paramount importance that the level of cleanliness required be clearly defined. A correct method must then be used to ensure that the level of cleanliness achieved meets the standard specified by the electronics engineer.

When to perform cleaning

There are many stages where cleaning is required:

Before stencilling and soldering to remove contaminants from the previous production stages

After stencilling to remove excess solder/adhesive

After soldering to remove corrosive flux residues and any excess solder

How is cleaning performed

Precise application of solder is often achieved using a stainless steel stencil over the printed circuit board. Once the circuit design has been finalised, it is mostly purchased as a set of a stencil and many PCBs (a single stencil can be used on thousands of PCBs). The solder is applied on the stencil through which it flows precisely onto the PCB below.

The ultimate goal of cleaning is to remove unwanted residue from the surface and under components. This is achieved by considering selection of components, board material compatibility, placement and defining solder mask in the Design Phase. The cleaning agent must be according to the solder alloy and flux composition with proper heat exposure. The Cleaning Agent must be selected with reuse, environmental, temperature, use rate and Health and Safety considerations in mind. Any Cleaning Machine used must perform proper fluid management, give a good throughput and consume less energy.

Types of cleaning in electronics manufacturing

Proper cleaning can be categorised into PCB Cleaning, Stencil Cleaning and Maintenance Cleaning.

PCB cleaning This can be further categorised into inline and batch aqueous sprays for in-air cleaning, ultrasonic and batch immersion cleaning, manual PCB and benchtop cleaning and vapour degreasing.

While inline washers use high flow, energy and deflective forces, batch cleaning machines are designed to wash, rinse and dry assemblies of smaller footprint. In ultrasonic and batch immersion cleaning, the product being washed is completely immersed in the cleaning agent using either ultrasonic energy or spray-under-immersion forces. Manual PCB and benchtop cleaning is required in rework and repairs to production assemblies and after hand placement of BGAs, connectors or other surface mount components and this is achieved by using an aerosol can or a pump dispenser and ensuring the right cleaning chemistry. In vapour degreasing, the engineered cleaning fluid is a blend of solvents which behave like an azeotrope to produce a constant boiling system at a specific temperature range.

Stencil cleaning

According to some estimates, up to 70% of solder defects are attributed to the stencil printing process. Stencil cleaning is categorised into under-stencil wiping to remove soils, ultrasonic cleaning to remove trace levels of solder paste from stencil openings, solvent-based cleaning to clean wet solder paste, adhesives and flux residues from stencils, mis-printed PCBs, wave soldering pallets, tools and fixtures, spray-in-air aqueous wash/rinse to rapidly dissolve the solder paste, hand-held stencil cleaning to remove trace levels of solder paste from the apertures, and misprint cleaning to address misprints due to issues such as clogged apertures, stencil out of alignment and solder paste rheology shifts.

Maintenance cleaning

MELSS brings you cleaning solutions from KYZEN, the global leader in advanced electronics assembly cleaning technologies, who develop and deliver electronics manufacturing cleaning products and services for improved reliability, constantly innovating to match the changing requirements of the electronics industry.

[optimaltradingltd]

Optimal Trading Limited is the authorized sole distributor in Bangladesh for Astral CPVC.

WHY ASTRAL CPVC PRO FOR YOUR PLUMBING SYSTEM ?

CORROSION RESISTANCE Astral CPVC PRO pipe gives excellent resistance even under the harshest of water conditions so there are none of the purity worries from corrosion of metal pipe or soldered joints. Astral CPVC PRO pipe keeps pure water pure.

EASY PLUMBING PROCESS CPVC uses a simple, solvent cement jointing method. Tools required are very simple and inexpensive (chamfering tool and pipe cutter only) and avoid the need for an electrical source. Also due to superior insulation properties compare to copper and GI, this system saves installation cost.

LOWER BACTERIAL GROWTH Bacteria build up with CPVC is far lower than with alternative piping materials due to very smooth internal surface. It does not deteriorate quality of water and prevents contamination, unpleasent odour, bad taste and discolouration of water.

UNAFFECTED BY CHLORINE IN WATER Some materials may be adversely affected by chlorine contained in the water supply, which can cause breakdown of the polymer chains and potential leaks. In this respect, Astral CPVC PRO pipe is unaffected by the chlorine present in potable water supply.

HOT WATER COMPATIBLE Astral CPVC PRO pipe is compatible with both hot and cold water. It withstand very high temperature upto 93°C. Many solar, electric and gas water heaters have CPVC piping system for heat efficiency and lower installation cost.

LOW THERMAL EXPANSION Astral CPVC PRO pipe has a lower coefficient of thermal expansion, reducing the amount that the pipe expands when hot water is running, again reducing unsightly ‘looping’ of the pipe.

FIRE SAFETY CPVC has a Limiting Oxygen Index (LOI) of 60. Thus in air, Astral CPVC PRO pipe does not support combustion. No flaming drips, does not increase the fire load, low flame spread, low smoke generation.

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[the-yuanjian-blog]

How to choose the right types of masking tape?

Masking tape is an easily removed adhesive tape used temporarily covered or fixed. Masking tapes temporarily protect areas from painting, soldering, blasting, spraying, coating, plating, and polishing while these procedures are administered to nearby surfaces. The different types of masking tape use for different application.

Types of Masking Tape’s Carrier

A single-sided tape that it’s backing is self-wound around, without release paper liner. At present, there are mainly 6 different types of carrier on the market: Crepe paper masking tape, Washi paper masking tape, PE cloth masking tape, Cloth masking tape, PVC masking tape, PET masking tape.

Crepe paper or Washi paper is extra thin backing carrier.

It’s conformable ability to create crisp paint line and without paint bleeding past the edge. This type of masking tape is usually used as Painter’s Tape. It contains light and soft carrier and water based Acrylic adhesive. So painter’s tape mainly use to masking painting walls, automotive body.

PE cloth is PE laminated flat yarns weaved cloth carrier.

It is light and soft carrier but more stretch-resistant. The flat yarns cloth easy tear by hand with linear fracture. PE cloth masking tape coating water based Acrylic adhesive. It is fairly Anti-solvent and Anti-UV, waterproof. Most of applications are masking building steel structure, bridge steel structure, granite exterior wall, ceramic tile, concrete.

Cloth mean spun rayon cloth that similar to duct tape’s carrier.

It is thick cloth backing with heavy duty Rubber adhesive. So most of Cloth masking tape similar to duct tape but adhesive free-residue. It is good tack for irregular surface such as granite exterior wall, ceramic tile, concrete.

Sandblast tape also is a heavy duty Cloth masking tape with a tough resistant cloth backing and a strong adhesive.

This abrasive blasting tapes mask components during sandblasting, shotpeening, or other coarse-media finishing process. The thick rubber adhesive and backing provides wear resistance to covered areas.

PVC film is a vinyl carrier, the backing has good conformable ability, as well as more flexible workability.

PVC masking tape is also relatively cheap. Most of PVC masking tape use to masking the metal panels, Aluminum alloy door and window frames, glass.

PET film is a Polyester carrier have high resistance temperature and clarity characteristics.

PET masking tape usually used for holding tape. It is designed for the purpose of temporary fixation. So holding tape is often used to temporarily fix certain parts of electrical appliances or office equipment during transportation. Its ease of use and non-residue characteristic makes it an excellent functional tape.

Types of Masking Tape’s Adhesive

Since masking tape’s intent is temporary, the removal needs to be residue-free. This limits the adhesive options for different types of masking tape. Most types of Masking tape for painting applications use water based Acrylic adhesive. Such as Painter’s tape and PE cloth tape, their adhesive layer is very thin and transparent. Acrylic-based adhesives create the good conformable and no bleed performance of Masking tape. It can reach their maximum adhesion almost immediately upon application, have adequate resistance, require no preparation, and have good sheer and peel strength Natural rubber adhesive mainly use to irregular surface masking. It’s thick adhesive layer have good tack. Such as cloth masking tape and Sandblast tape. Silicone adhesive have a high degree of flexibility and very high temperature resistance (600°F). It available as a heat masking application, or low temperature resistant, the masking tape will be wide application.

[giazhou1]

Electrolyte Anti-penetration Absorption Material, SINOYQX Melamine Foam

What is electrolyte?

Electrolyte is the medium used in chemical batteries, electrolytic capacitors, etc., and its representative content varies greatly in different industries. There are electrolytes in living organisms (also called electrolytes), there are also electrolytes used in the battery industry, as well as electrolytes in electrolytic capacitors, supercapacitors, and other industries.

The compositions of electrolytes used in different industries vary greatly, or are even completely different. For example, the human body's electrolytes are mainly composed of water, sodium chloride, pH buffering substances, etc.; the electrolyte of aluminum electrolyte capacitors contains major solvents such as GBL; the supercapacitor electrolyte contains propylene carbonate or acetonitrile as the main solvent; the electrolyte of lithium manganese primary battery contains main solvents such as propylene carbonate and ethylene glycol dimethyl ether;  lithium-ion battery electrolyte contains main solvents such as ethylene carbonate, dimethyl carbonate, ethyl methyl carbonate and diethyl carbonate. Their respective conductive salts are also completely different, such as sodium chloride in the human body, tetraethylammonium tetrafluoroborate in the supercapacitor electrolyte, and lithium perchlorate or lithium triflate commonly used in lithium manganese primary batteries. And in lithium-ion batteries, it is lithium hexafluorophosphate.

There are many advantages to using electrolyte as a cathode. The first is that the contact area between the liquid and the medium is large, which is helpful to increase the capacitance. Secondly, electrolytic capacitors made with electrolyte can withstand high temperatures, so they can pass wave soldering (wave soldering is an important process for SMT patch installation), and they also have relatively strong voltage resistance. However, the electrolyte also has shortcomings, and there are potential safety hazards, such as environmental pollution, fire, and human injury caused by leakage.

What are the dangers of electrolyte leakage?

1. Inhalation hazards

Fine gas suspensions in the electrolyte are easily mixed into the atmosphere. Especially when the temperature rises, the poisonous gas in the electrolyte is easily inhaled, which can cause neurotoxicity in the human body. Lithium battery electrolyte can cause respiratory, eye, and skin irritation, with symptoms including cough, diarrhea, headache, blindness, and skin burning.

2. Skin contact hazards

When a large amount of gas is released, the electrolyte is easy to splash out and meet the skin, which can cause skin burns, irritation, and allergic skin diseases. It can even cause severe tissue fragmentation and coagulation, skin whitening, blisters, irritating eczema and ulcerated dermatitis symptoms.

3. Risk of eye contact

The electrolyte can not only pass through the skin, but also stick along the facial skin and into the eyes. If not treated in time, it can cause further damage to the retina and eye membranes, and cause symptoms such as pain, irritation, eye warmth, tearing, eye itching, and itching.

4. Dangers of dietary intake

When improperly maintained, the electrolyte of the electrolyte splashes into food, which can cause harmful substances such as ions, acids, alkali impurities, and heavy metals in the liquid to contaminate food and water sources. These substances have an extremely serious impact on human health and can cause symptoms such as nausea, vomiting, general discomfort, stomach pain, gastrointestinal soreness, and even death.

5. Flammability hazards

If there is contamination or large amounts of leakage, flammable gases can easily form. Once a fire occurs, the lithium battery electrolyte flame will become violent and the fire will accelerate significantly, increasing the disaster.

6. Environmental pollution hazards

The discharge of electrolyte not only damages the environment, but also affects the fertility of the soil. And it cannot be decomposed, even if it is affected by natural degradation in the atmosphere and water, it will remain in the surface soil and water. Long-term contamination of land and water sources may also pose potential threats to human health.

How to prevent electrolyte leakage?

The use of anti-penetration absorbent materials can effectively prevent electrolyte leakage. Melamine foam, for example, can be used to absorb leaked electrolyte after the adapter's electrolytic capacitor fails to avoid safety issues such as power short circuit caused by electrolyte.

Excellent properties of melamine foam anti-penetration absorbent material:

1) 10 times liquid absorption performance

2) Excellent liquid storage performance

3) Long-term insulation performance and anti-static performance

4) Excellent acid and alkali resistance, corrosion resistance

5) Anti-mildew, anti-UV

6) Wide operating temperature, -196 degrees ~ 200 degrees

7) Melamine foam is non-fibrous material, does not contain any dust, does not contain any halogenated hydrocarbons, flame retardants or toxic heavy metals

Applicable Products:

Lithium batteries, supercapacitors, charging adapters, mobile electronic devices, energy storage systems, power batteries, sodium-ion batteries, etc.

For more information about SINOYQX Electrolyte Anti-penetration Absorption Material, Melamine Foam, please reach us at sales@sinoyqx.com or voice to us: +86-28-8411-1861.

[advancedsurfacetechnologies]

Professional Gold Plating Services Provider

Gold plating provides an effective barrier that keeps oxygen and other corrosive elements away from metal surfaces, increasing wear resistance, solderability, and providing excellent electrical conductivity.

Gold plating projects can be expensive and lead to scope creep; that is when your team starts adding features they hadn't planned for initially.

Perfection Plating Inc.

Perfection Plating Inc is your go-to provider for professional gold plating services. In business for more than 35 years, this provider offers metal plating solutions for an array of applications using gold, silver, nickel or palladium-nickel metals as selective, overall reel-to-reel coil stock and barrel plating services as well as selective, overall, reel-to-reel coil stock and barrel plating as well as selective gold leafing and restoration services to revive degraded finishes and enhance their appearance - serving clients all across America.

If your decorative metal objects such as candelabras or clocks have begun to show signs of age, professional restoration services like gold plating and gilding/gold leafing could be the ideal solution to restore them back to their former beauty and elegance. Such restoration services offer unique transformation solutions that can transform these objects and restore their former splendor and elegance.

Precision Plating Company Inc.

Employees at this company are committed to providing each and every customer with exceptional work of the highest quality. Their specialists specialize in rack, barrel and continuous reel-to-reel gold plating aluminum for automotive, telecommunications, aerospace and medical industries using various processes that ensure customer products meet all of their requirements.

Precision Plating employees typically earn an average annual salary of $102,231, with employees in Operations receiving the highest compensation, followed by HR and Sales teams.

The company is engaged in an environmental cleanup project at their former plating facility, where solvents and metals have been released into the environment. MPCA is monitoring this site closely while exploring solutions to remove contamination.

Sumco Group

Sumco Group recognizes its social responsibility in creating a workplace environment where employees can work comfortably and safely as one of its core tenets, hence why the company promotes numerous health and safety initiatives.

Rally or Muster Points are pre-designated locations where employees should assemble in the event of an evacuation of a facility or work area. Contractors should receive copies of Safety Data Sheets for all chemical substances used during any project.

This company conducts audits and management reviews at all of their operating sites according to their Occupational Safety and Health Management System, while also encouraging voluntary safety and health initiatives that help prevent work-related accidents. Some of their competitors include Waytec Electronics Corporation, Premier Semiconductor Services LLC and Electri-Cord Manufacturing.

S+S Industries

Jewelry pieces may be electroplated for purposes of lubricity, conductivity and decoration, while electrical and solar components (wires, buss bars and contacts) as well as medical/dental elements are frequently electroplated to provide durability. Sometimes even combinations of metals are employed to achieve unique hues in their finishes.

Plating is an easy technique, but for optimal results it is essential to follow proper practices and adhere to best practices. Here are a few tips on improving your plating results:

Pioneer Metal Finishing

Pioneer Metal Finishing in Green Bay, WI provides mission-critical metal surface engineering services for aerospace, automotive, agriculture, housewares, medical and defense industries. Their facilities feature anodizing, plating, adhesive and value added surface treatments - as well as full suite anodization.

Paul Staeven never knows what will cross his electroless nickel line at Pioneer Metal Finishing near Green Bay. From yacht and racing car parts, to bicycles or even military weapon parts he could be working on!

Company reviews provide valuable insight into employee happiness at any particular organization and interview skills necessary for landing employment at Pioneer Metal Finishing.

Tanury Industries

Tanury Industries specializes in high-end metal finishing. Their offerings include gold nickel plating bathroom items for BBJs such as taps and basins that are created by skilled artisans and designers. Furthermore, this company also offers services like rhodium plating and electroless nickel plating for their products.

Plating companies work with global value driven businesses to develop innovative engineered metallization solutions designed to enhance people's lives. For instance, one Calgary jeweler uses fusion welding to assemble stainless steel components before plating them heavily with 24k gold - this custom plating request has become increasingly common and allows jewelers to experiment within their budgets.

[electromagwire]

Magnet wires can be classified according to their basic composition

Sometimes it is also classified according to the particularity of its use, such as self-adhesive enameled wire, refrigerant-resistant enameled wire, etc. Due to the large insulation thickness and low High quality China Polyurethane Enameled Copper Wire heat resistance, most of them have been replaced by enameled wires. Later, polyvinyl formal enameled wire came out, and its mechanical properties were greatly improved. Magnet wires can be classified according to their basic composition, conductive core and electrical insulation layer.

In the early days, cotton yarn and silk, called yarn covered wire and silk covered wire, were used in motors and electrical appliances. The paint film can fall off by itself in the high-temperature tin enamel tank, making the copper wire easy to solder. But its mechanical strength is poor, and it can only be used in micro motors and small motors. It can be directly used in motor windings and is called high-strength enameled wire. In recent years, the rapid development is the film wrapping wire, mainly polyester film and polyimide film wrapping wire. Enameled wire can be divided into polyester enameled wire, polyesterimide enameled wire, polyamideimide enameled wire, polyimide enameled wire, polyesterimide/polyamideimide enameled wire, corona resistant enameled wire, and oily enameled wire according to the insulating varnish used.; the latter includes the requirements of stretching, bending and abrasion during winding and embedding, as well as swelling and erosion during dipping and drying.

The former includes its shape, specifications, ability to work at high temperatures for short and long periods of time, as well as withstanding strong vibration and centrifugal force at high speeds in some occasions, resistance to corona and breakdown under high voltage, and resistance to chemicals in special atmospheres Corrosion, etc. With the development of weak current technology, there has been a self-adhesive enameled wire, which can obtain a coil with better integrity without dipping and baking. Paper-covered wire still occupies a considerable position in the wrapped wire, which is mainly used in oil-immersed transformers. It needs to be covered with cotton yarn when used. As the application of enameled wire is becoming more and more extensive, the requirements are becoming stricter, and composite enameled wire has been developed. The existing inorganic insulated wires can be further divided into glass film wires, oxide film wires and ceramic wires. Generally, it is divided into enameled wire, winding wire, enameled winding wire and inorganic insulated wire according to the insulating material and manufacturing method used in the electrical insulation layer.

There are also combined wires, transposed wires and so on.What is enameled wire? Enameled wire, a type of magnet wire, generally refers to insulated wires used to make coils or windings in electrical products. The paint film has poor abrasion resistance and cannot be directly used to make motor coils and windings. The oil-paper insulation formed at this time has excellent dielectric properties, is low in price, and has a long life. The enameled wire is coated with a corresponding lacquer solution on the outside of the conductor, and then it is made by solvent volatilization and solidification of the lacquer film and cooling. Also called winding wire. Magnet wires must meet the requirements of a variety of uses and manufacturing processes. Inorganic insulated wire When the heat resistance rating exceeds the limit of organic materials, inorganic insulating varnish is usually used. In addition, in order to avoid the trouble of first removing the paint film during soldering, direct soldering enameled wire has been developed. Currently it is only used as a high-frequency winding wire.

Recently, there is also a mica tape-coated polyesterimide film-coated rectangular copper wire used for wind power generation. The earliest enameled wire was oily enameled wire, made of tung oil. The inner and outer paint films are composed of different polymer materials, such as polyesterimide/polyamideimide enameled wire. In the large and medium-sized winding wires, when the heat resistance grade is higher and the mechanical strength is higher, the glass fiber covered wire is also used, and the appropriate adhesive paint is used in the manufacture. Paint, acetal paint, polyurethane enameled wire, etc. Wrapped wire An important variety in winding wire

[shantanu56]

Are you ready to conformal coat? Here’s why you might want to know.

Over the holidays, I had occasion to watch a National Geographic documentary on the April 2019 fire that took place in the Notre Dame cathedral in Paris. A segment of the show touched on how the city fire department utilized an unmanned, 1,110 lb. fire-fighting machine, lovingly called the Colossus, to enter parts of the inferno unsafe for human firefighters. Not only was this advanced unit charged with discharging 660 gallons of water per minute into the blaze and providing a live video feed and sensor data to provide valuable insights on the fire’s progress to nearby fire chiefs - it had to perform these and other duties under the duress of incredible heat, drenched in water, and withstanding various impacts and vibration from falling or fallen debris, including molten lead from the cathedral’s lead roof. Talk about hostile workplaces!* * You can read more about and see the Colossus in action, here. Needless to say, the story brought to mind the advances the electronics industry has made and continues to make in the arenas of mobility, connectivity, processing, and - especially in this instance - durability. After all, machines like this don’t just happen: From major systems, to sub-assemblies, to individual components, on down the line — they are painstakingly designed, spec’d, and built to perform in adverse conditions. Which brought to mind the increased importance of the protection afforded by conformal coatings. What is conformal coating? Conformal coating involves spraying or immersing a printed circuit board (PCB) or PCB assembly in a protective coating - in much the same way that a car manufacture or service shop applies a coating undercarriage of your car. The applied material ‘conforms’ to the irregular surface or landscape of a PCBA, including surface-mounted components, solder points, raised or etched circuits, component leads, through-holes, and more. Once applied, applied conformal coatings must dry or cure for a suitable period of time before additional processing, assembly, quality control, or other tasks can proceed. Once applied, such coatings can protect against any number of strains your circuit may encounter in the real world, including: -Moisture, oils, chemicals, solvents -Thermal stresses, including extreme heat and cold Vibration, abrasion, physical impacts, handling during shipping, regular use, or service -Dust, dirt, grime -Ultraviolet (UV) exposure and degradation -Unexpected electric shocks (transient voltage surges, aka: lightening), shorts, and static electricity -Radiation What are conformal coatings made of? Conformal coatings or ‘resins’ come in a variety of compositions to match your unique application or performance goals. While other materials are available, including a new breed of ‘nano’ coatings, the three major types of traditional coating material options are: -Apoxy Resin (AR) is a rigid coating that offers basic, low-cost dust and moisture protection. Apoxies are, though, susceptible to chemical solvents, which makes it easier to intentionally remove the coating to do rework and field repairs easier, even if it also makes them less-than-ideal for caustic industrial settings. -Silicone Resin (SR) is a flexible, hydro-repellent material suitable for high-vibration and/or outdoor environments. SR-based coatings also have excellent dielectric properties, so they can help isolate high-voltage (aka: eliminate arcing) or, inversely, help protect static-sensitive components or PCBAs. -Urethane Resin (UR) is a hard coating that offers even better moisture and chemical resistance than SR- and AR-comprised coatings, which makes them a frequent choice in mission-critical aerospace, defense, avionics, or medical applications. Key considerations of conformal coating For a material that measures only 1-5 microns in thickness - the particulars of conformal coating composition, characteristics, and application require a deeper discussion than this blog post allows. That said, I can say choosing the right conformal coating for your unique application can be guided by five high-level considerations: -What kind of protection do you require? As outlined above, different conformal coatings offer different levels of protection. To pick the right one for your project, list and rank your priorities - permeability to moisture, chemical resistance, dielectric performance, ability to withstand or adjust to thermal contractions/expansions, vibration, and so on - and then work with your PCBA supplier to choose the right one for your job. -What sort of production process or timing are you working with? Are you working with small volumes where application of the coating can be manual, or high-volume runs that demand automation? Can your production schedule withstand long or short conformal coating curing times? What sort of quality system regimen do you or your customer demand to ensure repeatability? These and other production and process aspects should be accounted for when choosing your conformal coating. Speaking of QA, will your PCB, assembly, or finished device have compliance requirements? Individual customers may have proprietary specs or requirements, but most applications for conformal coated PCBs and PCBAs are commonly assessed against two prominent, namely IPC-CC-830B (or MIL-I-46058C) and UL746E. -Will the end device or equipment require rework or even allow for in-the-field repairs? If so, some coatings are better suited than others. -What’s the budget? No surprise that a hard-nosed cost/benefit analysis will be needed in choosing your conformal coatings, just as it does with every other item on your BOM. Thankfully, the wide range of conformal resins, application techniques, and suppliers - and availability of emerging coating options - all but ensure there is an option to suit your task without too many trade-offs. Which applications require conformal coating? The length of this blog here again precludes an exhaustive analysis of environments and applications that would benefit from resin-coated electronics. Still, my opening story of the Colossus fire-fighting machine makes clear some emerging applications are particularly well-suited to ruggedized electronics enabled by conformal coated circuits. For instance: -Unmanned vehicles - Robots with fire-fighting capabilities are just the beginning of this fast-growing field. (Come to think of it, I wonder if any were or could have been used to save lives and property during the Oregon wildfires that plagued CST’s own region last July?) Similar equipment is being applied in mines, sites of industrial accidents, war zones and law enforcement applications, and deep-sea, arctic, and space exploration, among other extreme environments. -Internet of Things (IoT) - Enabled by nearly ubiquitous broadband access (including 5G), connected sensor networks, and insatiable demand for/insights from big data and machine learning are also driving electronic devices into harsh and remote environments: Think of far-flung water, gas, and oil pumps; all-season sensors deployed across forests, farm fields, and water systems; traffic, vibration, and erosion sensors dispersed across interstate highways, bridges, rail systems, and cityscapes. -Communications infrastructure - Having mentioned how communications networks are drawing IoT technology into challenging environments, the same can be said for the infrastructure comprising those networks themselves. Base stations, cell towers, satellite dishes, antennae, mobile wireless equipment, and even satellites are subjected to a wide range of environmental stresses, making them key candidates for conformal coatings among other protective measures. -Handheld technology - Aided by miniaturization, innovative packaging solutions, and IoT connectivity mentioned above, handheld devices and other types of portable equipment are also driving technology into environments requiring ruggedization techniques like conformal coating. Two examples of this trend would be mobilized medicine and laboratories that bring healthcare and science into ever more remote challenging geographies — and app-driven handheld tools that enable industrial technicians to perform in-the-field maintenance, diagnostics, and even repairs. Need conformal coating? CST is here to help. In addition to assisting you with design and manufacture of your PCBA, Cascade Systems Technology has the experience, expertise, and infrastructure to help you choose, engineer, and apply the optimal conformal coating for your unique application. From small runs dictated by complexity or by production-on-demand schedules - to continuous, high-volume runs requiring high levels of automation - CST has your PCBA and conformal coating needs covered! Contact me to discuss the possibilities, CST’s capabilities, or initiate a quote. - Shantanu R. Gupta, CEO, Cascade Systems Technology https://cascadesystems.net/

[advancetech05]

Buy Word Class Equipment and Tools for Electronics in Delhi

Ionised air gun neutralise static fees on several materials as well as clean the surface area using ionised compressed air. Neutralising the static charges makes it easier to blow-clean the surface and avoids dust as well as dirt fragments from being re-attracted.

Static eliminators or static ionizers remove static as well as dust as well as can counteract and clean surface areas at remote ranges. Static neutralization is a functional technique of static reduction; nevertheless complete static elimination is not readily possible.

Electrostatic field meter is utilized to situate as well as measure static charges. It is extremely small, pocket dimension and also basic to use. It has the adhering to functions which are operated by pushbuttons: Power on/off, absolutely no adjustment, Ion Equilibrium and also Hold. Utilize the hold switch to retain the display screen of the analysis.

Ion bars are developed to regulate static charge in mini-environments, laminar flow hoods and also workstations. Ionizing bars include distinct aerodynamic layout that ionizes an area without interrupting laminar circulation. Installation is quickly.

We provide Static Charge Removal system with Static System Guard. Made using luxury technology, this system is made use of to remove all opportunities of dangerous results on personnel as well as product, therefore help in providing high effectiveness in terms of manufacturing, top quality, less male hour and higher revenues. Our system is utilized by customers in various markets, ranging from Textiles.

A digital multimeter or DMM is one of the most widely utilized pieces of test devices today. DMMs are available extremely inexpensively as well as these digital multimeter can provide extremely high levels of precision when measuring the specifications within an electronics or electrical circuit. Because of this, DMMs are just one of the most vital items of test devices offered today.

A Digital clamp meter is an electric examination device that integrates a standard digital multimeter with a current sensor. Probes gauge voltage. Having a hinged jaw incorporated right into an electrical meter allows service technicians to secure the jaws around a cord.

A digital tachometer is a digital device that determines and shows the speed of a turning object. A turning object might be a bike tyre, an auto tire or a ceiling fan, or any kind of various other motor, and so on. A digital tachometer circuit comprises LCD or LED reviewed out and also a memory for storage space.

Lux meters are made use of for gauging brightness in lux, fc or cd/m ². Some lux meters are outfitted with an interior memory or data logger to document as well as conserve measurements. The dimension of light intensity with a Lux Meter is Lux meter Review ending up being increasingly essential in the office because of security worries.

Portable insulation resistance testers and also megohmmeters are designed to aid avoid hazards such as electrical shock as well as short-circuits triggered when the insulation in electric gadgets, components, and also devices made use of in plants, structures, as well as various other setups deteriorates over extended periods of use.

A soldering iron is a hand tool made use of in soldering. It provides warm to melt solder so that it can stream right into the joint between 2 job pieces. A soldering iron is made up of a warmed metal idea and also a protected handle. Home heating is usually achieved electrically, by passing an electric current (provided via an electric cable or booster cable) via a repellent heating element.

Flux Cleaner is created to remove the burnt or clear deposit that flux leaves after the heat-treating procedure is complete. When is made use of as a change for soldering electrical calls especially those that accuracy parts snugly surround taking advantage of an aerosol change eliminator gives a number of advantages over making use of a Flux cleaner in tidy kind.

A soldering station Appears complicated-- and expensive. But it's not. It's simply a soldering iron with a built-in thermostat and a huge external power supply to maintain it at a constant, hot-but-not-too-hot temperature level as it melts solder as needed. And now they're available for under $50.

The Digital Soldering as well as Desoldering Station is a high performance and multi-function station for electronic product research, manufacturing as well as rework. We generate the very best soldering as well as desoldering options including digital soldering station in India.

In any SMD Rework Station or warm air blower, there are two control handles. One control knob is to regulate circulation of Hot Air while the various other control handle is made use of to control temperature level. Hot air flows through nozzle attached to the take care of.

Soldering without any No Clean Flux is a useful option for getting rid of the tedious message solder cleaning utilizing pricey as well as also contaminating CFC solvent cleaning. No Clean Change are reduced strong (much less than 5%) changes, especially produced for SMDs and also blended technology soldering.

VOC-free Flux use water as the leading solvent. Along with restricting the quantity of volatile organic compounds (VOC) right into the atmosphere, sometimes associated with international warming, VOC-free Flux is also non-flammable.

An Electric screwdriver is a tool, guidebook or powered, for screwing as well as helping to loosen (positioning as well as additionally eliminating) screws. A regular simple Electric screwdriver has a take care of along with a shaft, ending in a suggestion the individual takes right into the screw head prior to changing the handle.

Pneumatic Screwdriver use compressed air and also ideal for low-torque applications such as woodworking or sheet steel repairing.

Digital screwdrivers made for accuracy application as well as measurement of torque in manufacturing as well as lab settings. Digital as well as dial torque screwdrivers in supply for a wide variety of applications.

Torque meter is readily available in two different versions: portable meters or table leading meters. Torque meter have a wide variety of applications. Portable torque meter is generally made use of for industry while table leading torque meter is the suitable tool Torque meter summary for research laboratories.

 Epoxy Dispenser Option

The Epoxy Dispenser is a regulated system. The epoxy dispenser has a Rotating Layout Positive Variation Pump with a brand-new better resolution electric motor. This indicates has even far better performance.

Use of Desoldering Wick

Use of Disordering Wick variety from actually minute straight-forward jobs to tough applications based upon the need as well as additionally application, numerous Wick are conveniently available, varying in power usage, temperature level array, microcontroller (MCU) based control as well as additionally various other features.

Soldering robo automate the Manual soldering process. A soldering iron installed throughout effect of the robotic is relocated to previously configured placements, where it will certainly solder the joint. The required solder in the kind of readily available solder cable is being fed through solder cord feeders to the joint to be made.

How to Use of a Solder Pot

Solder pots are little, temperature-controlled pots or containers with flared lips that are made use of two tin cords as well as soldering tips. Solder pots also are especially useful for dipping electronics such as printed motherboard (PCBs) with through-hole leaded elements. Solder pots are utilized in smaller sized commercial applications or in nations where modern technology isn't as easily accessed.

If you have any questions, please contact us at ajay@advancetech.co.in or +91-9599592691. We at Advance Tech Services (P) Ltd, offers Equipment, Tools & Consumables for Electrical, Electronics, Automobile, Pharma Industry and other commercial applications, including Electronic Maintenance at reasonable cost in Delhi.

[severepeanutperfection]

N-Methyl-2-Pyrrolidone Market Future Trends, Industry Size and Forecast to 2032

The N-Methyl-2-Pyrrolidone (NMP) market has experienced significant growth in recent years and is expected to continue its upward trajectory in the forecast period. NMP is a highly versatile solvent used in various industries, including pharmaceuticals, electronics, paints and coatings, and petrochemicals. Its excellent solvency properties make it ideal for dissolving a wide range of substances, making it a valuable component in many manufacturing processes.

One of the key drivers propelling the NMP market is the increasing demand for high-performance solvents in the pharmaceutical industry. NMP is widely used in drug formulation, particularly for enhancing the solubility of poorly soluble drugs. Additionally, its high boiling point and low vapor pressure make it suitable for use in controlled-release drug delivery systems. The expanding pharmaceutical sector, driven by a growing population and the need for innovative healthcare solutions, is fueling the demand for NMP.

The electronics industry also plays a significant role in driving the NMP market. NMP is utilized in electronics manufacturing for tasks such as cleaning and degreasing electronic components and removing solder paste residues. With the rapid advancements in technology and the proliferation of electronic devices, the demand for NMP is expected to witness steady growth.

The automotive and coatings sectors are also contributing to the expansion of the NMP market. NMP is used in automotive paint stripping and surface cleaning applications due to its excellent solvent properties. Moreover, in the coatings industry, NMP is utilized as a solvent in the formulation of high-performance coatings that provide durability and resistance to chemicals and weathering.

Despite the positive growth outlook, the NMP market faces certain challenges. Environmental concerns related to NMP's toxicity and potential health hazards have led to regulatory restrictions in some regions. Stringent regulations and increasing preference for eco-friendly alternatives may pose a restraint on the market's growth. However, manufacturers are focusing on developing bio-based and safer alternatives to address these concerns.

For More Info@ https://www.persistencemarketresearch.com/market-research/n-methyl-2-pyrrolidone-market.asp

In conclusion, the N-Methyl-2-Pyrrolidone (NMP) market is witnessing significant growth due to its versatile applications in various industries. The pharmaceutical, electronics, automotive, and coatings sectors are the major drivers of market expansion. While environmental concerns pose challenges, the market continues to thrive as manufacturers invest in developing safer alternatives. With a promising future, the NMP market is set to provide lucrative opportunities for industry players in the coming years.

[goldensunbalotiyaposts]

pcb cleaning chemicals

PCB Cleaning Chemicals: Ensuring Optimal Performance and Longevity

Printed Circuit Boards (PCBs) are critical components of modern electronic devices, playing a crucial role in providing electrical connections and supporting various electronic components. To maintain their functionality and extend their lifespan, it is essential to keep PCBs clean and free from contaminants. This is where PCB cleaning chemicals come into play. These specialized chemical solutions are designed to effectively remove dirt, debris, flux residues, and other impurities from PCBs, ensuring optimal performance and reliability.

PCB cleaning chemicals are formulated to address specific cleaning requirements and are available in various forms such as solvents, cleaners, and flux removers. They are engineered to be safe for use on PCBs, leaving no residue behind that could impact the performance or functionality of the electronic components. These chemicals are carefully developed to remove contaminants without causing damage to sensitive components, such as integrated circuits, transistors, or capacitors.

One of the key challenges in PCB cleaning is the removal of flux residues. Flux is commonly used during the soldering process to ensure a strong bond between the components and the PCB. However, if left untreated, flux residues can lead to various issues, including poor conductivity, corrosion, and even short circuits. PCB cleaning chemicals specifically designed for flux removal offer an efficient solution to address this concern. These chemicals effectively dissolve and remove flux residues, restoring the PCB's cleanliness and optimizing its performance.

Another important aspect of PCB cleaning is the removal of dirt, dust, and other contaminants that accumulate during the manufacturing process or from the environment. The accumulation of these particles can hinder the proper functioning of the electronic components and reduce the overall reliability of the PCB. PCB cleaning chemicals with cleaning agents help dislodge and remove these contaminants, ensuring that the PCB operates at its full potential.

In recent years, advancements in automation have revolutionized the PCB cleaning process. Robotic dispenser have emerged as an innovative solution for precisely and efficiently applying PCB cleaning chemicals. These automated systems can accurately dispense the right amount of cleaning chemical, ensuring consistent and thorough cleaning across the entire PCB surface. Robotic dispensers offer benefits such as increased productivity, improved process control, and reduced chemical waste. They are particularly useful for high-volume production environments where precision and speed are crucial.

While PCB cleaning chemicals are essential for maintaining the cleanliness of PCBs, protecting them from moisture is equally important. Moisture can cause corrosion, short circuits, and degradation of the PCB's electrical properties. To safeguard PCBs from moisture-related issues, protective coatings and encapsulants are used. These materials act as a barrier, preventing moisture and other contaminants from reaching the PCB. They are applied using various methods such as spraying, dipping, or brush coating.

Protective coatings and encapsulants provide a protective layer that shields the PCB from moisture, humidity, dust, and other environmental factors. These materials are designed to be chemically resistant and offer excellent adhesion to PCB surfaces. Additionally, they provide insulation and enhance the mechanical strength of the PCB, safeguarding it from physical damage and vibration.

In conclusion, PCB cleaning chemicals, robotic dispensers, and moisture protection play vital roles in maintaining the performance and reliability of PCBs. PCB cleaning chemicals effectively remove contaminants, including flux residues, dirt, and dust, without damaging the sensitive electronic components. Robotic dispensers offer precise and efficient application of cleaning chemicals, enhancing productivity and consistency. Protective coatings and encapsulants provide a protective barrier, safeguarding PCBs from moisture-related issues. By utilizing these technologies and practices, manufacturers can ensure the longevity and optimal functionality of their PCBs in various electronic applications.

[taoyuanus]

Mini LED Display Epoxy Adhesive Cost Reduction Solution

When it comes to epoxy glue, it is mainly used in displays to reduce costs.

To this end, Chenri Technology launched the Mini LED display UV glue solution. The curing speed of this solution is fast, and it only takes a few seconds to completely cure, which improves production efficiency; the curing temperature is low, which can reduce the damage to the substrate caused by high temperature, and can also be used for temperature-sensitive substrates.

At the same time, this solution can also save energy. Compared with thermal curing resin, the energy consumed by UV curing can save about 90% of the energy consumption. Moreover, the UV curing equipment is easy to operate, occupies a small area, and saves costs.

Chenri Technology's Mini LED display UV glue adopts one-component UV protective glue, rationally uses silicone modified epoxy acrylate and polyurethane acrylate to match, adjusts the main chain structure, and makes the product form a tough, heat-resistant, Anti-yellowing adhesive layer or film layer.

At present, this solution is mainly used for the bonding and fixing of various materials such as cable protection, chip protection, glass and metal, glass and plastic in the production of the electronics industry. In addition, it can also be used for bonding and fixing photovoltaic ribbons.

In terms of Mini LED display epoxy glue, Chenri Technology has launched two products: amine system curing epoxy encapsulant and acid anhydride system cured epoxy encapsulant.

Mini LED Die Bonding Solder Paste Cost Reduction Solution

In the field of Mini LED die-bonding solder paste, Chenri Technology has launched screen printing Mini die-bonding solder paste, needle printing Mini die-bonding solder paste, and Mini rework solder paste.

Mini LED die-bonding solder paste has the advantages of high soldering strength, good consistency, and high yield; no special requirements for chip electrodes and substrate coating; it has the advantages of correcting die-bonding or printing offset. At the same time, Mini LED die-bonding solder paste also has differences in printing consistency due to the expansion and contraction of the substrate and stencil, and the overall flatness has higher requirements on the process; the online time is limited by the tin powder particles, and the reflow nitrogen protection requirements are higher.

Aiming at the shortcomings of Mini LED die-bonding solder paste, Chenri Technology has upgraded its products, which can reduce heat slump and improve the spreading effect of the solder paste after melting; properly strengthen the activity, improve the wetting effect of the solder paste, and improve the spreading effect of the solder paste ; Improve the lubricity of solder paste, slow down solvent volatilization, and increase the operating time.

Finally, Huang Yuzun also introduced two MiNi LED soldering paste products, namely screen brushing Mini die-bonding soldering paste and needle-printing Mini die-bonding soldering paste.

Among them, the screen brush Mini die-bonding flux paste can be used for Mini chip package with tin; Mini substrate package with tin pad; Mini eutectic package.

Needle-printing Mini die-bonding flux paste can be used for Mini chip package with tin; Mini substrate package with tin pad; Mini eutectic package.

"MiNi LED solder paste has less offset after the furnace, no tin beads when the size of the pad corresponds to the size of the electrode; the online time is longer; the difference in printing consistency that affects the expansion and shrinkage of the substrate and stencil does not affect the post-soldering The overall flatness of the wafer and other advantages." Huang Yuzun mentioned at the end.