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Platinum cured Silicone hose reinforced with SS 316L Helical wire

Platinum cured Silicone hose reinforced with SS 316L Helical wire. It has better transparency to visualize wo and kink resistance. Platinum cured Silicone is designed for material transfer application under high vacuum in pharmaceutical industries. The product is more superior  in high pressure & high vacuum rating applications. It is also used for antistatic application.

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Experience the Important Features of Using Silicone Hoses

There are numerous different hose kinds to pick from, whether you're using them for auto detailing, manufacturing, home brewing, or anything else. Silicone, on the other hand, is one of the best hose types for these and many other applications for a variety of reasons.

The professionals at Silicone Inflatable Gasket Manufacturer have detailed the features of silicone hoses in the following list to assist you understand the difference that silicone hoses can make:

Flexibility at Low Temperatures

Unlike most hoses, which stiffen in the cold, silicone hoses are dynamically flexible in practically any temperature, including as low as -65 degrees Fahrenheit.

Resistance to High Temperatures

When compared to black rubber hoses, one of the most significant advantages silicone hoses have is their ability to function in high-temperature situations. Silicone Transparent Braided Hose reinforced with aramid fibres can endure temperatures up to 350 degrees Fahrenheit while maintaining elongation, tensile strength, and resilience to tears and abrasions.

Resistance to the elements

Silicone hoses are resistant to the elements, including sunshine, rain, ozone, air gases, and water, which cause other hose kinds to deteriorate. Silicone Transparent Braided Hose Manufacturer manufactures the hoses can be used in practically any environment, including dry areas with a lot of direct sunshine.

Set Compression Resistance

Silicone hoses have the strength to withstand deformation or compression, even at extreme temperatures. This is especially essential in applications where silicone is flexed as a result of surrounding component motions.

Resistant to Water

Silicone hoses have a higher water resistance than other hose kinds. Silicone hoses have a very low water absorption rate, and even after a lengthy period of immersion in water, the mechanical properties of silicone exhibit very little change.

Chemical Tolerance

While silicone is not resistant to fuel, it is extremely resistant to a wide range of chemicals and fluids. The following are only a few of the many substances that silicone can withstand:

·         Citric Acid

·         Natural Gas

·         Vegetable Oil

·         Heavy Water

·         Water Zinc Salts

·         Potassium Chloride

·         Ethylene Glycol (Antifreeze or Coolant)

·         Sodium Hydroxide

·         3 Mole Methanol

Shape Alternatives

Silicone, unlike other hose kinds, can be moulded into a wide variety of intricate shapes. In fact, at Flex Technologies, we have over 2,000 different silicone hose designs to select from, and if we don't have what you're looking for, we can create it for you.

Odourless and tasteless

Silicone hoses do not corrode or stain other materials since they do not include sulphur or any other substances that release gas or cause outgassing. Silicone, unlike organic hose materials, does not support the formation of bacteria and mould.

Colourful

The hues silicone comes in may be the most appealing feature for customers looking for a specific aesthetic. Silicone hoses are available in a variety of colours, so whether you need a blue, red, or black hose, you'll find it in a silicone hose.

Rekson Rubber & Polymer Technologies can show you the many advantages of silicone hoses.

As you can see, silicone hoses come with a slew of desirable properties that make them ideal for a wide range of applications. You can trust Rekson to meet your silicone hose needs, no matter what they are. Not only do we have a large selection of hoses, but we also create custom hoses.

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Advantages of Rubber Gasket Sheets That Will Blow Your Mind

Rubber is a versatile material that may be utilised for a variety of applications. Rubber gasket sheets come in a variety of shapes and sizes, allowing you to make high-quality gaskets, couplings, cut profiles, strips, and rubber sleeves. Rubber sheeting goods from Best Rubber Manufacturer in Mumbai are typically available in sheet or roll form and can provide a number of advantages.

Here are six incredible advantages of high-quality rubber gasket sheets that will astound you:

1. Rubber gasket sheets' physical characteristics

Rubber can be made to be electrically resistant, water resistant, or electrically conductive. Rubber is an excellent choice for water-related applications. Rubber gasket sheets have a high level of abrasion resistance. Because it is flexible enough to restore its original shape when applied tension is removed, rubber is ideal for sealing applications.

2. Use of different colours to make a bigger effect

Reputable Polymer Products Manufacturing in Mumbai can produce gasket sheets in a range of colours using the correct processes. These colours may be useful for rubber products used in retail or commercial settings. Rubber gasket sheets can also be custom-made to your specifications, whether the colour is necessary for safety or aesthetic reasons.

3. Rubber sheeting grades

Different grades of rubber sheets are available in the market, depending on your requirements. Soft rubber and hard rubber are two types of rubber. For certain purposes, thin gauge sheets are offered. You can choose from a range of sheets from Silicone Inflatable Gasket Manufacturer for customising rubber sheets to meet your needs.

4. Useful applications

Silicone Rubber sheets are required in a variety of sectors for a variety of reasons. Marine firms, the auto industry, chemical facilities, and the military forces are just a few of the industries that use rubber sheets. According to the industry's needs, the rubber sheets might be sliced into washers, pads, or gaskets. Impact-resistant and wear-resistant rubber sheeting are used in the mining sector to prevent issues or damage caused by corrosion, abrasion, erosion, and mechanical impact. Rubber matting is used in numerous sectors to obtain the benefits of rubber, such as reduced smoke emission, fire resistance, and anti-static properties.

5. Use rubber's resistant properties to maintain safety

Industrial safety can be ensured by employing rubber gasket sheets. Rubber is an excellent sealing material since it can resist the rigours of industrial environments for an extended period of time. Rubber can be utilised to properly control industrial operations, whether they involve chemicals, electric currents, or high temperatures.

6. Silicone rubber's Benefits

Because of its stability, flexibility, and long-lasting material properties, silicone is one of the most Rubber sheets are made in accordance with FDA and medical requirements for specific applications. Food Grade Silicone Tube Manufacturer can create innovative goods that meet your specifications for thermal or electrical conductivity, as well as other characteristics.

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How Do You Choose Rubber Seals & Gaskets for Industrial Application?

Fluid leakage, such as liquids and gases, is a major concern in many businesses as they are used in many industrial processes. Silicone Profile Gasket Manufacturer and Supplier use various types of rubber seals and gaskets in equipment responsible for the transport of these fluids to avoid this. Rubber seals have thus become an essential component of valves, pumps, pipe fittings, and vacuum seals. Does this imply that all rubber seals are identical? No, they aren't all made equal.

They differ in terms of design, materials, and other features. As a result, numerous considerations must be made while developing seals for industrial applications. A few crucial elements to consider when making rubber seals and gaskets are outlined in this article. When designing rubber seals and gaskets, there are a few things to keep in mind. The following points will assist you in making the best decision possible regarding these seals:

Environment of Use: You could agree that replacing gaskets on a regular basis can be time-consuming and frustrating. To avoid this, it's crucial to think about the setting in which they'll be situated. Materials for Silicone Inflatable Gasket Manufacturer have numerous limits in businesses including the military, food, and pharmaceuticals. The following factors should be taken into account:

·         The influence of pressure and temperature on the seals

·         Compatibility with the chemicals to be utilised

·         Friction has the potential to cause excessive pressures to build up and rupture the seal section.

·         Different portions of the seal's tolerance stack up.

Requirements in terms of dimensions: What is the definition of a proper seal? What causes it to happen? When a seal is compressed between two surfaces, it seals. The compression generates deformation, which aids in the prevention of fluid loss. The seal's cross-section must be greater than its gland depth to achieve this deformation or correct compression. The seal may not compress adequately or rupture the connection between the two mating surfaces if the cross-section is too tiny or too large.

Consider the Adhesive Attachment  System: Always  make sure the attachment surface is 1/8 inch broader than the attachment  surface. The adhesive must be applied to the substrate's and seal's flat  surfaces. When creating a rubber seal for your application, Silicone  Tube Manufacturer In India must be considered the thickness of the adhesive products.

Total Amount of Load Applied: What is the total amount of load applied? If the load applied is greater or lesser than what is specified, the consequences can be disappointing. The overall amount of force exerted can be easily regulated by manipulating the cross-shape sections or by adding hollow sections or holes.

Required Closing Force: What is the application's needed closing force? How much closing force will the application tolerate? If a seal is designed to withstand a maximum of 20 pounds of force, it is not suitable for use in a situation where it may be subjected to 50 pounds of force. You must also consider the force required on the seal, the surface area, and the cross-sectional dimension.

Friction Forms to Expect: When it comes to dynamic movement applications, there are two types of friction to expect: breakout friction and running friction. If the part movement is irregular, the breakout friction might lead to high pressures. Running friction, on the other hand, can cause heat to build up, which can lead to swelling. Friction can induce seal failure in both circumstances.

Rubber gaskets and seals in various specifications have been provided by the Silicone Transparent Tube Manufacturer in India to fulfil the needs of difficult applications.

All of these considerations will aid you in achieving optimal sealing performance. If you are unable to make a decision, it is always best to contact Best Rubber Products Manufacturers, such as Rekson, who will assist you in making the best choice.

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5 Materials to Consider When Making High-Temperature Gaskets

Industrial gaskets are utilised in a range of industrial applications with temperatures above 750 degrees Fahrenheit. High-temperature oils, high pressures, severe heat, and saturated steam are among the other issues. The type of material utilised to make the gasket has a big impact on its performance and long-term durability. Gasket failure and application downtime might occur if the improper material is used. As a result, a thorough understanding of the various materials used by Best Polymer Manufacturers in Mumbai to make gaskets, as well as their characteristics, is essential.

Gasket Materials for High-Temperature Applications

Having a large inventory of High Temperature Silicone Gasket Manufacturer is the best approach to meet the needs of clients. This will allow you to make a wide range of gaskets. The following are a few examples of manufacturing materials used for gaskets:

Flexible Graphite: This is a soft, natural material with metal-like thermal and electrical conductivity characteristics. It can also withstand temperatures of up to 875 degrees Fahrenheit. The mineral's flexibility is enhanced by its softness. Flexible graphite can be created with inserts that support other materials such as wire mesh, carbon steel, and stainless steel for industrial purposes.

Graphite Foil: This thick material is used in a patented way to form a gasket by covering flat leaf springs. To cover the spring, the foil might be braided or squeezed. Because of the leaf spring and graphite foil, the gasket can withstand temperatures up to 1800 degrees Fahrenheit.

Silicone: Silicone is one of the most common materials used to make gaskets. Silicone has a tensile strength of 1000 psi as a material. Silicone Inflatable Gasket is also resistant to fungi and UV radiation. It can withstand temperatures of up to 600 degrees Fahrenheit.

PTFE:  Polytetrafluoroethylene (PTFE) is another popular material for gasket production. It can withstand temperatures of up to 500 degrees Fahrenheit and is recognised for its durability. Silicone Fbd Gasket Manufacturer and AMS gasket manufacturing standards are also met with PTFE.

Non-Asbestos Compressed: This product is made from Nitrile Rubber (NBR) and synthetic aramid fibres. They can withstand temperatures of up to 750 degrees Fahrenheit. This material is ideal for gaskets that will be exposed to oils, fuels, solvents, and acids.

A gasket made from the proper material and to exact specifications will undoubtedly endure a long time. A thorough study of the various gasket materials might assist you in making a more informed decision.

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PTFE Lined with SS 304 Braiding, Covered with Platinum Cured Silicone

https://www.reksonpolymer.com/PTFE-Lined-with-SS-304-Braiding-Covered-with-Platinum-Cured-Silicone.php

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Why is FDA-approved silicone rubber used in the food processing industry for gaskets and seals?

When it comes to gasket and sealing materials used in food manufacturing machinery, the Silicone Fbd Gasket Manufacturer have very strict regulations. The material chosen for these applications must meet FDA purity and cleanliness requirements. When it comes to gaskets for the said sector, there are a variety of FDA-approved materials to choose from. In the food processing business, EPDM, fluorocarbon, neoprene, nitrile, and silicone are some of the most popular materials.

Silicone, for example, has grown in favour in recent years as a result of various different advantages it provides. What makes it such a popular gasket material in the industry? To find out more, read the post.

What exactly is silicone?

Silicones are elastomers with a silicon-oxygen backbone. During the chemical reaction, silica and carbon are heated together at elevated temperatures to produce silicone. Being formed from the organic compounds of carbon and hydrogen, the material is often referred to as hydrocarbon.

Silicone Rubber with FDA Approval has a number of advantages. Silicone rubber that has been approved by the FDA is frequently used in the food processing sector for a variety of reasons, including the following:

Temperature Resistance: In the food processing sector, where temperatures can range from boiling to freezing, temperature resistance is one of the most significant needs. Food-grade silicone that has been authorised by the FDA can withstand temperatures ranging from -80°F to 450°F. At high temperatures, silicone maintains its integrity, but at low temperatures, it remains flexible.

Flexibility: In terms of hygiene and mechanics, the food processing sector is one of the most demanding. Aside from the temperature, the gaskets and seals must be composed of long-lasting, yet flexible materials. Silicone rubber provides good flexibility, elongation, and compression set with a low compression set. When the rubber has a low compression set, it can return to its original position even if more pressure is given to it.

Chemical Resistance: Strong chemicals such as acetic acid, ammonia gas, fish oil, corn oil, tartaric acid, sodium sulphate, and vinegar are known to be resistant to silicone. As a result, the gaskets constructed of this material will not be contaminated by greases or oils used in the kitchen.

Food Safe: Food-safe silicone is made without the use of petroleum. It has no fillers, BPS, or BPA, making it completely safe to use. This implies that any food that comes into contact with these silicone rubber gaskets is safe.

Water Repellant: Silicone is a water-repellent substance that is also resistant to fungal degradation, according to the FDA.

Resistance to Environmental Elements:  Environmental Resistance: Silicone Rubber Products Manufacturer is concerned about ozonation, ageing, and weathering. Silicone rubber seals and gaskets can be relied upon because they are resistant to them. Rubber is a long-lasting material that keeps its shape even when exposed to UV radiation and hard working conditions.

Silicone Inflatable Gasket in the Food Processing Industry: A Few Examples

Silicone rubber that has been approved by the FDA is commonly used to make the following types of gaskets:

Ø  FDA O-rings

Ø  Food grade beverage gaskets

Ø  Commercial oven gaskets

Ø  Water purification tubing

Ø  Dairy fluid handling tubing and seals

Ø  Food safe BBQ, smoker gasket

Ø  Food grade oven doors and seals

Ø  Water filtration system seals

Ø  Small appliance seals and tubing

After you've learned about the importance of FDA-approved silicone materials, you might want to work with a company that has a lot of experience with them. Rekson is the Best Rubber Manufacturer in Mumbai and seal manufacturer for the food processing sector.

Because of its established performance, Rekson silicone seals and gaskets are commonly employed in static applications rather than dynamic applications. These gaskets and seals can withstand temperatures as high as 392 degrees Fahrenheit and as low as -76 degrees Fahrenheit. Silicone Rubber Manufacturer provides exceptional cold flexibility and a compression set value of less than or equal to 8%, among other advantages.

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What Is the Difference Between Peroxide and Platinum Cured Silicone Tubing?

In the high purity process industry, silicone tubing is one of the most extensively used materials. Silicone Transparent Platinum Cured Tube shines for a handful of significant reasons as the industry moves away from purely stainless fluid pathways and offers more and more single-use solutions. The first and most important consideration is safety. Plasticizers and other additives that can leach into the product and produce toxicological concerns are not present in silicone tubing. Second, silicone tubing manufactured by Silicone Transparent Tube Manufacturer in India is extremely flexible, resistant to kinking and ripping, and ideal for peristaltic pumps.

We need monomers to make silicone tubing, or any polymer for that matter. Silicone elastomer is used to make silicone tubing. The “monomers” of the soon-to-be polymer are the foundation silicone elastomers. To combine these monomer groups into tubing that can be extruded into useable geometries, the tubing must be cured, or vulcanised, which crosslinks the monomers into polymers and allows them to be extruded.

There are two major cure systems for silicones: addition cure and free radical treatment. From here, we may purchase our two main types of silicone tubing: platinum and peroxide cured, the differences of which will be discussed in this piece.

Vinyl-functional polymers and a catalyst, such as platinum, are used in addition cure systems to jump start the process (most cure methods will use either an organo-metallic complex or a platinum salt). The main advantage of addition cure systems is that the finished polymer has no by-products that can leach. However, the cost of platinum catalyst is more than for other curing processes, which is reflected in the final product price.

Because Silicone Transparent Peroxide Cured Tube use difficult-to-control free radicals, final product consistency isn't as good as it is with platinum cured silicones. Peroxide cured tubing's opacity is likewise affected by high temperature post-cure, making it cloudier than identical platinum cured tubing. Peroxide-cured tubing has a higher opacity than platinum-catalyzed tubing. Silicones that have been peroxide cured have a tackier feel than silicones.

The extremely low amounts of extractables and leachables in platinum cured silicone compounds are the primary benefit. While post-cure procedures are effective at reducing the amount of siloxanes in peroxide-cured processes, some organic acids remain. By-products are not an issue because platinum cured goods may be controlled. As a result, platinum-cured items have a reputation for being the purest. To aid in tube selection, all good silicone tubing products should have complete characterization and validation profiles, including total organic carbon profiles and relative amounts of extractables and leachables.

To summarise, in the area of high purity processes, there are two basic types of silicone tubing. Both free radical (peroxide) and addition (platinum) curing methods provide a safe, long-lasting, and efficient means of transporting and manipulating fluids. However, the two cure techniques yield materials with distinct properties, which should be addressed before choosing tubing.

While peroxide cured silicones are less transparent, they have less spallation and have a longer pump life. Platinum-cured goods have exceptionally low extractables and leachables, resulting in ultra-high purity.

Contact Rekson today for assistance in determining the finest tubing for your needs, as it has an extensive experience of being the Best Rubber Manufacturer in Mumbai with established quality standards products that are suitable for pharmaceutical, aerospace, automotive, agriculture, food and dairy industries.

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Peroxide Cured Silicone Hose Reinforced with SS 316L Helical Wire

https://www.reksonpolymer.com/Peroxide-Cured-Silicone-Hose-Reinforced-with-SS-316L-Helical-Wire.php

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Applications of Platinum-Cured Silicone in Manufacturing Processes

Molds and tubing made of liquid silicone rubber (LSR) are becoming increasingly used by Silicone Transparent Platinum Cured Tube Manufacturer in manufacturing and other industrial processes. The sort of curing procedure used by silicone moulds and tubes distinguishes them.

Free radical curing is used in Peroxide Cured Silicone Transparent Tube, whereas addition curing is used in platinum-cured silicone.

The scope of this page does not allow for a full description of the chemical distinctions between these two processes. Rather, we'll focus on platinum-cured silicone, its characteristics, and possible applications.

Read on to learn more.

Pros and Cons of Platinum-Cured Silicone

There is no one-size-fits-all material for every process. The most significant advantage of employing platinum-cured silicone moulds is that the platinum curing procedure leaves no peroxide residues, reducing the possibility of mould fouling. This reduces down time, which improves your overall productivity.

In comparison to peroxide-cured materials, platinum curing may provide greater product clarity and consistency, as well as somewhat superior elongation, tensile strength, and rip strength.

Silicone Transparent Platinum Cured Tube, on the other hand, has drawbacks. Because platinum curing is more expensive, it raises your initial operational costs (though this initial expense may be offset over time by gains in productivity). Platinum is also susceptible to contamination, and it will be hampered by latex, sulphur, tin-cure silicone, and other compounds. However, with caution, these problems can be avoided.

Applications and Benefits

The special features of Silicone Transparent Platinum Cured Tube make it suitable for a wide range of applications, including:

Any procedure that requires resistance to temperature extremes, radiation, corona, ozone exposure, moisture, and/or steam. Pharmaceutical, biotechnology, injectables, and food and beverage companies frequently use high purity platinum-cured silicone.

Any technique that necessitates long-term heat or strain exposure, fine customisation, or high hardness. High tear and tensile strength, very little shrinkage, exquisite detail replication, and a wide variety of hardnesses are all advantages of platinum-cured silicone.

Automotive items, electronics, apparel and footwear, food storage products, and more are among the industries that use platinum-cured silicone moulds and tubes.

Contact Rekson to know about potential applications in greater detail.

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Molded Gasket Silicone

Molded Gaskets are widely used in various industries to fill space between two objects and hence prevent the leakage while under compression.

https://www.reksonpolymer.com/Molded-Gasket-Silicone-Viton-NBR-Neoprene-EPDM.php

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Platinum Cured Silicone Hose

Platinum cured Silicone hose reinforced with SS 316L Helical wire and polyester braiding having better exibility with high pressure resistance.

https://www.reksonpolymer.com/Platinum-Cured-Silicone-Hose-Reinforced-with-Polyester-Braiding-and-SS-316L-Helical-Wire.php

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Best Silicone Tubing and Fbd Gaskets and Its Application

How Silicone Tubing is made?

Extrusion of compounded elastomers known as high consistency silicone rubbers produces silicone tubing (HCR). These thermoset materials can be purchased in two parts: For peroxide initiated goods, a base plus a peroxide, commonly in the form of a paste (or "masterbatch"), or Part A and Part B for Pt catalysed products.

Both cases include mixing the two components at the point of application, such as with a two-roll mill, before extrusion at room temperature and continuous curing in high temperature ovens. Single-lumen tubing of various sizes and wall thicknesses (specified by their outer diameter/inside diameter, or OD/ID, with precise tolerances) are produced using various dies and mandrels. Other tubing configurations made by Silicone Tube Manufacturer in India are also available, but they are often used in more specialised applications such as medical equipment.

The levels of residual oligomers are affected by the cur conditions as well as further processing processes such as postcuring for peroxide products and storage. Extruded tubing is packaged and delivered in 50-foot coils and double-bagged separately.

Sealed polyethylene bags.

It's worth noting that silicones can't be reprocessed as thermoplastics because they're thermoset. They cannot be heat sealed for the same reason; consequently, FBD grade silicone tubing is wrapped over a hose barb connector and connected with two cable ties linked in opposing directions to keep the tubing in place.

Overmoulding is a technique that can be utilised in the medical device industry. When choosing tubing, there are a few things to keep in mind. The next sections compare the qualities of various tubing materials as well as their performance in transfer pumping to address them.

Operations

You must understand the performance of the Silicone Fbd Gasket Manufacturer, which may include some scenarios such as measuring performance in transfer and pumping operations. And in order to manufacture and supply silicone tubing, certain requirements must be met. Waste water treatment should be done with caution so that it does not impact water bodies that are commonly used by humans and animals. You must process the waste water and ensure that the purified water has a lower toxicity level.

You may come across a number of Silicone Inflatable Gasket Manufacturer companies that make and provide these items, but you must be aware of their quality and durability because they must be employed in industries that require long-term results, such as the pharmaceutical industry. Only on reksonpolymer.com, the authentic firm for all kinds of silicone rubber products, can you find the Best Silicone Transparent Pipe and gaskets at a very low price.

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Medical Grade Materials: Everything You Need to Know

Medical seals and devices are increasingly subjected to a greater variety of chemical and temperature conditions. Because of the rigours that these materials must withstand, medical equipment must meet stringent criteria in order to be used in the medical field.

There are a set of stages and standards that must be followed in order for a material to be considered Medical Grade Silicone Tube. These steps and regulations ensure that the material is safe and useful in medical applications.

Everything you need to know about medical grade materials is listed below:

What makes a material medical grade?

When selecting a material for a medical use, biocompatibility is one of the most critical factors to consider. The term "biocompatibility" refers to the features of a product that must be biologically compatible and not react with other materials or live tissue. Materials are examined for biocompatibility in order to earn a medical grade title since many medical applications entail materials coming into touch with human tissue.

Medical Grade Silicone Tubing Manufacturer manufactures medical-grade parts and seals for a wide range of human-contact medical applications, such as medical appliances and pumps, IV components, implant materials, and feeding devices.

Patient safety is a major consideration while developing medical devices

Material selection is a critical component of developing safe medical equipment since Polymer Manufacturing Companies strive to reduce and eliminate polymerization residues. Silicone has shown to be the most effective material for medical-grade sealing.

O-rings, gaskets, face seals, housing seals, and filter seals are among the silicone parts and seals available from Rekson Rubber for medical grade devices. To ensure patient and application safety, medical grade elastomers are used. These materials are safe and durable for any medical application since they have strong chemical resistivity, great heat resistance, and low gas permeability.

There are various tests done to classify medical grade materials.

Various rounds of testing must be completed in order to effectively evaluate whether a substance can be classified as medical grade. Biological responses to elastomers, plastics, and other polymeric materials that may come into contact with human skin are evaluated via USP testing.

The US Pharmacopeial Convention (USP) sets criteria for food ingredients, dietary supplements, pharmaceuticals, and medical materials, and this type of testing adheres to them.

The FDA enforces these rules, which are used in over 140 nations. ISO 10993 is another method of assessing medical-grade materials. This test follows the rules set forth by the International Organization for Standardization (ISO), which ensure that materials and products are suitable for their intended use. To give specifications and references for materials Best Rubber Manufacturer in Mumbai will label their items with the appropriate ISO classification. The designation of a substance as medical grade carries a lot of weight.

Because these materials are used in a variety of challenging and demanding applications, ensuring that they are safe and up to the task is critical to their success.

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Silicone Tubing and Its Uses in a Variety of Industries

Because of its adaptability, silicone rubber is employed in a variety of industrial, residential, and hobby applications. Silicone tubing is a silicone rubber product used in a range of industries, including automotive, medical, and food manufacturing. Silicone tubing uses are split into three major categories: general-purpose, Food Grade Silicone, Medical Grade Silicone Tubing and high pressure.

High Temperature Silicone Gasket Manufacturer used these products in the fields of life science, medical instruments and medicine. Thus it becomes the most typical medical polymer materials.

Silicone tubing is available in a variety of grades and configurations. All silicone tubes, on the other hand, share silicone's essential properties of great thermal properties, minimal toxicity, and exceptional flexibility.

Silicone tubing offers a wide range of applications in a variety of industries. The tubing is available in a variety of forms and diameters to meet a variety of needs. Let's take a look at some of its most prevalent applications:

Sizes of Silicone Tubes

The size of the tubes can affect how silicone tubing is used.

Small tubing

Electrical sleeving is the most typical application due to its thin walls and flexibility.

Medium Sized Tubes

It is widely used in the pharmaceutical and food industries to transport liquids and powders. These silicone materials are intended for use in situations that require a high level of sanitation.

Large silicone tubing 

It's used in dielectric applications and air ducts.

Specialist Use of Silicone Tubing

Silicone tubing is widely used in household appliances, workshops, and hobbies due to its outstanding heat and flexibility properties. Silicone tubing comes in a variety of grades, each having compound compositions that assist make the rubber entirely non-toxic, tasteless, and odourless, with no proclivity for bacterial development.

Here are some examples of Silicone Tubing and their applications:

·         Medical-grade tubing is used in the medical and food processing industries where sterile and non-reactive tubing is required. Medical Grade Silicone Tubing Manufacturer successfully developed several Pharma Hoses for High Pressure, Vacuum, Chemical and Antistatic Applications.

·         Silicone Transparent Platinum Cured Tube is free of peroxide and ketones, making it perfect for use in the food, medical, dairy, and vending industries. This type ensures that the taste of the product it transports is kept and that it does not spoil it.

·         Cured Silicone Tubing is good general-purpose tubing that can also be used with food.

·         Silicone Dairy Tubing is translucent and intended to meet the needs of the dairy sector. It is employed because of its transparency.

·         Fuel Tube is a methanol-resistant silicone tubing that is used in radio-controlled models.

·         When stronger tubing is required, reinforced tubing is an upgrade.

Silicone tubing is available from Rekson Rubber & Polymer Technologies for medical tubing, analytical instrumentation, beverage distribution, food and dairy processing, electrical equipment, and other applications that require great elasticity.

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Common Applications and Benefits of Food Grade Silicone

Silicone Tube Manufacturer in India manufactures Food grade silicone which is a long-lasting, robust polymer that can be used in food and beverage applications as a healthier, more inert alternative to plastics. Silicone's lack of plasticizers prevents BPA and other dangerous chemicals from leaching into food and beverages, as well as imparting taste and aromas to the food or beverage it comes into contact with. Silicone is tough, nonporous, and can withstand a wide variety of temperatures, making it an excellent food storage and transportation alternative to single-use plastics.

Food Grade Silicone Tube Manufacturer produces food-grade silicone utilising extremely precise, cost-effective procedures. We manufacture silicone products using our in-house operations and unique compound compositions, making us a one-stop shop for food-grade silicone extrusions, silicone tubing, and moulded items.

Common Applications

Dairy Transport Tubing

Several compounds have met the severe requirements by the Food Grade Silicone Tube Manufacturer for the dairy industry's strictest standards. These compounds can resist the regular wear and tear of transporting dairy goods, as well as the harsh cleaning chemicals to which they are subjected.

High and Low Temperature Silicone Tubing

Silicone's ability to function well across a wide temperature range, as well as its resilience and flexibility, make it an excellent material for high-temperature tubing, which is used by food processors to dispense and mix food and beverage items.

Silicone's benign properties, as well as its temperature and tear resistance, ensure that edible items do not melt or become contaminated in high-temperature conditions. Silicone is flexible down to -100 degrees Fahrenheit, making it perfect for below-freezing applications.

Benefits of Food Grade Silicone Tubing

Food-grade silicone is a useful material for making strong and long-lasting food-grade components. The following are some of the advantages of using food-grade silicone over other plastics:

Damage Resistance: Food-grade silicone can sustain high temperatures without degrading or being damaged.

Durable: Over time, food-grade silicone will not harden, peel, crack, dry out, crumble, rot, or become brittle.

Tolerates High and Low Temperatures: Temperatures of -103°F to 450°F can be tolerated by food-grade silicone.

NSF-51 Certification: The NSF-51 certification specifies third-party testing procedures and verifies that plastic items are safe for food contact.

Non-toxic and Odorless: The material has no odour and is free of BPA, lead, latex, and phthalates.

Environmentally Friendly:  Silicone that has been used in the food industry is considered non-hazardous waste.

Other Applications of Food-Grade Silicone

These are just a handful of the many applications for silicone in the food and beverage sector. Silicone products can also be used in the following ways:

·         Ovens for commercial use

·         Drink tubing

·         Seals for small appliances

·         Tubing for water filtration

·         Seals on a water filtering system

·         Tubing and seals for handling dairy fluids

Why Choose Rekson Products for Food Grade Silicone?

From start to finish, Rekson Products manages Polymer Products Manufacturing and engineering projects. To make FDA-compliant gaskets and other food processing components, we employ carefully selected raw materials. Our team has been providing high-precision, high-quality domestic products for over many years.

Contact us today for additional information.

Our website

https://www.reksonpolymer.com/

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Silicone Extruded Gasket, Profiles & Door Seals