#Compression And Puncture Tester

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Paper And Packaging Testing Instruments in Uttarakhand

Source of info: https://www.perfectgroupindia.co.in/blog/paper-and-packaging-testing-instruments-in-uttarakhand

Introduction

Paper And Packaging Testing Instruments in Uttarakhand play an important role for testing the quality and durability of packaging materials used in a range of industries. These instruments have importance to testing qualities like compression strength, bursting resistance or moisture content and material thickness. The growth of industrial zones in Rudrapur and Dehradun have resulted in a major increase in demand for trustworthy testing solutions. Accurate testing is a key part of the packaging production process in Uttarakhand as businesses depend on innovative technology to maintain product standards to achieve legal requirements and improve durability.

The Growing Packaging Sector in Uttarakhand Uttarakhand has gone through incredible industrial development in recent years. With well established industrial zones in Haridwar, Rudrapur and Dehradun the region has developed into an industrial center for FMCG, pharmaceuticals, food manufacturing and consumer goods. These sectors depend greatly on excellent packaging to guarantee product security and conformity. As a result the demand for specialized Paper And Packaging Testing Instruments in Uttarakhand has increased.

Why Choose Perfect Group India? Perfect Group India is a popular manufacturer and supplier of Paper And Packaging Testing Instruments in Uttarakhand. Our instruments are designed to provide accuracy and ease of use to make sure that your output satisfies high quality standards.

We offer a wide range of instruments that include:

Bursting Strength Tester

Box Compression Tester

Cobb Sizing Tester

GSM Cutter

Tear Resistance Tester

Drop Tester

Puncture Resistance Tester

Each product has been carefully created with focus on client comfort and accuracy. Our instruments conform with many Indian and international standards such as IS, ASTM and TAPPI, making them excellent for both domestic and export production.

Ensuring Product Quality With Proper Testing Incompatible packing can result in major losses because of product damage, customer dislike and violations of laws. Using suitable Paper And Packaging Testing Instruments in Uttarakhand is the first step to guaranteeing strong quality control.

To ensure safe stacking during storage and shipping cardboard box makers have to analyze the material's edge crush strength and compression capacity. Similarly, paper factories require dependable moisture meters and GSM testers in order to guarantee unchanged material quality.

Industries that work with Perfect Group India can improve their quality control processes and safely fulfill client requirements.

Training and After-Sales Support We think that providing instruments is only the first step. Our support staff provides training and testing services to help our clients get the most out of their Paper And Packaging Testing Instruments in Uttarakhand. We provide quick help to reduce downtime and maximize productivity with our regionally located service centers and technical specialists.

Sustainability and Compliance Sustainability is becoming an important concern in all industries. Testing devices play an important role in helping businesses in selecting and increasing the use of environmentally friendly goods. Paper And Packaging Testing Instruments in Uttarakhand from Perfect Group India can help businesses reduce waste, improve material performance and transformation to healthier processes. Our devices also assist in making sure conformity with many laws and regulations which are important in industries such as pharmaceuticals and food where packaging quality has a direct impact on customer safety.

A Trusted Partner Across Uttarakhand Our customer base is diverse with popular brands in Rudrapur's SIDCUL area, Haridwar's BHEL zone and Dehradun's Pharma City. As an authorized seller of Paper And Packaging Testing Instruments in Uttarakhand we provide a regional edge through timely delivery with individual assistance and an in-depth understanding of the local industrial demands. Whether you are a new company starting your first production unit or a huge company growing your capacity, Perfect Group India offers the correct solutions to satisfy your testing requirements.

The Road Ahead The future of packaging is based on innovation, reuse and smart material use. Testing instruments will be important in achieving these goals. Perfect Group India is positioned to be the leading brand for Paper And Packaging Testing Instruments in Uttarakhand thanks to our continual research and development commitment to quality and focused on clients mindset. Our objective is to provide industries with the tools they require to maintain excellence, ensure safety and satisfy ever shifting needs of consumers.

Conclusion If you are looking for dependable Paper And Packaging Testing Instruments in Uttarakhand, Perfect Group India offers quality, performance and dedicated support. Our wide instrument range guarantees accurate testing, for a long time dependability and conformance with global standards. As the packaging industry changes, let us help you stay ahead of the trends with engineered solutions customized for your specific requirements. With a strong local presence and excellent service assistance we are the perfect partner for you.

[testing-services]

Why Military and Tactical Boots Require Advanced Footwear Testing?

When it comes to mission-critical environments, no piece of gear is more essential than a reliable pair of military or tactical boots. These boots are subjected to some of the most demanding conditions imaginable—from extreme temperatures and rugged terrains to long hours of wear and exposure to water, chemicals, and impact. Ensuring these boots perform consistently under such stress is not just a matter of comfort—it's a matter of survival and mission success. This is where a Footwear Testing Lab plays an indispensable role.

In this blog, we’ll explore why military and tactical boots require advanced footwear testing, the types of tests performed, and how a certified footwear testing lab ensures compliance, safety, and durability in extreme conditions.

The Critical Role of Tactical Footwear

Military personnel, first responders, law enforcement officers, and tactical teams rely on boots that must:

Provide optimal ankle support and shock absorption

Withstand wear-and-tear in rugged terrains

Resist water, oil, chemicals, and extreme temperatures

Maintain traction in both dry and wet environments

Remain functional over long, physically demanding missions

Given these requirements, military boots cannot be tested like ordinary footwear. They need rigorous performance testing—something only an advanced Footwear Testing Lab can provide.

Why Advanced Testing is Essential

Here’s why tactical footwear demands more than just basic quality control:

1. User Safety

Tactical boots are worn in high-risk environments. A sole that slips, a seam that tears, or insulation that fails can lead to serious injury. Advanced testing ensures boots deliver the protection users expect.

2. Extreme Usage Scenarios

Unlike everyday shoes, tactical boots may be worn for 12–16 hours a day across various climates, terrains, and situations—including combat. They must endure prolonged stress, friction, and environmental hazards.

3. Compliance with Military Standards

Military gear must comply with strict national and international defense standards (e.g., MIL-SPEC, NATO standards). These require high-precision testing that only a specialized Footwear Testing Lab can perform.

Key Tests Performed on Military and Tactical Boots

Footwear testing labs perform a wide range of tests—mechanical, environmental, and chemical—to ensure tactical boots meet or exceed expectations.

1. Abrasion Resistance

Boots are tested for sole and upper material durability using abrasion machines that simulate sand, rocks, and rugged terrain. High abrasion resistance ensures longer wear life.

2. Flexing Endurance

Using flex testers like the Bally or Ross Flex, labs simulate thousands of walking steps under different temperature and moisture conditions. This test helps predict long-term comfort and structural integrity.

3. Slip Resistance (Anti-Skid Testing)

Slip resistance is crucial in wet, oily, or uneven surfaces. Labs test boots on ceramic and steel surfaces under both dry and lubricated conditions using EN ISO 13287 or ASTM F2913 methods.

4. Puncture Resistance

Military boots often include puncture-resistant midsoles. This test simulates nails or sharp debris piercing the sole and ensures protective layers resist intrusion per EN ISO 20344 or ASTM standards.

5. Impact and Compression Tests

Boots are tested for toe protection against falling objects or compression. Steel or composite toe caps are evaluated under controlled impact levels, as per ISO or ASTM F2412/F2413 guidelines.

6. Waterproofness and Breathability

Gore-Tex or similar membranes in tactical boots must keep water out while allowing moisture vapor to escape. Testing includes dynamic waterproof tests and moisture vapor transmission rate (MVTR) analysis.

7. Thermal Insulation Tests

Boots used in desert or arctic conditions must regulate internal temperature. Labs use thermal manikins or environmental chambers to simulate extreme conditions and evaluate heat retention or dissipation.

8. Chemical and Oil Resistance

Outsoles and upper materials are exposed to fuels, oils, acids, and chemicals to test for degradation. This is vital for boots used in hazardous material or combat zones.

9. Shock Absorption and Cushioning

Cushioning underfoot is measured using impact energy return tests, ensuring comfort under prolonged marching or running conditions.

Standards Followed in Military Boot Testing

A Footwear Testing Lab certified to ISO/IEC 17025 conducts tests according to stringent industry and military protocols, including:

MIL-STD-810G/H – U.S. military standard for environmental testing

ASTM F2412 / F2413 – Safety footwear performance requirements

EN ISO 20344 / 20345 – European standards for protective footwear

SATRA TM standards – For durability, safety, and slip resistance

CSA Z195 – Canadian military and tactical footwear requirements

Adhering to these standards ensures boots can be approved for procurement by government and defense agencies.

Benefits of Advanced Testing for Manufacturers and Defense Agencies

✅ Reduced Product Failures

Testing identifies weaknesses before products are deployed, reducing the risk of failure in mission-critical environments.

✅ Increased Trust and Procurement Success

Defense agencies are more likely to approve and reorder from manufacturers who demonstrate rigorous testing compliance.

✅ Global Market Access

Complying with international military and tactical standards enables manufacturers to export to allied nations with confidence.

✅ Enhanced Innovation

Testing feedback helps in improving design, materials, and performance features for future models.

Real-World Example: Tactical Boot Failure

In a widely reported case, a military boot contract was canceled because the outsole delaminated in desert heat, causing severe discomfort and injuries. Post-analysis revealed the manufacturer had not conducted adequate heat resistance testing. A certified Footwear Testing Lab could have prevented this by simulating high-temperature flex and adhesion degradation in controlled environments.

Choosing the Right Footwear Testing Lab

When selecting a testing partner for military boots, look for:

ISO/IEC 17025 Accreditation

Experience with military-grade footwear and standards

Wide test capabilities (mechanical, chemical, environmental)

Fast turnaround and detailed reporting

Partnering with the right Footwear Testing Lab ensures your tactical gear meets the high expectations of those who depend on it most.

Final Thoughts

Military and tactical boots are far more than just footwear—they are mission-critical equipment. Their failure can compromise safety, efficiency, and operational success. That’s why rigorous, advanced testing by a specialized Footwear Testing Lab is non-negotiable.

By performing in-depth durability, impact, slip, and environmental tests, these labs help manufacturers meet military standards, minimize field failures, and protect the lives of those on the front lines.

[perfectgroupindia123]

Top Uses of Paper and Packaging Testing Instruments

Source of Info: https://indibloghub.com/post/top-uses-of-paper-and-packaging-testing-instruments

Introduction

The Paper and Packaging Testing Instruments are important in measuring the durability, strength and quality of packaging supplies. These equipment are used for testing glue bonding, moisture content, bursting resistance and compression strength. They help manufacturers in maintaining industry standards by reducing material waste and maintaining product safety all over transportation. By the analysis of material usage, environmental effect and overall performance these advances allow innovation and quality control. Used heavily in sectors such as food, medicine, and online shopping, these instruments are necessary for providing reliable, successful and environmentally friendly packaging solutions throughout the supply chain.

1. Ensuring Strength and Durability of Packaging Materials

The strength and durability of different packing materials, such as cardboard boxes, paper bags and boxes are measured using Paper and Packaging Testing Instruments. During storage and transportation these materials have to resist outside forces. Tools such as bursting strength and compression testers are used to measure the amount of stress or pressure that a packing item can withstand before failing. This makes sure that delicate goods are not harmed in transportation or handling.

2. Checking Resistance to Compression and Bursting

Packages often undergo stacking, pressure and shocks with the supply chain process. Some testing tools are used to make sure that packages do not break or burst under specific situations. For example, box compression tests measure how much weight a carton can support. Testers of bursting strength measure the highest possible internal pressure that a material will withstand before exploding. For sectors where bulk packaging and shipping are commonplace, including FMCG, electronics, and e-commerce these Paper and Packaging Testing Instruments are important.

3. Analyzing Paper Quality and Grammage

Packaging strength and durability are affected by the quality of the paper used. By analyzing the weight of the paper per square meter, gramage testers can provide information about its strength and density. The overall condition of the paper is checked as well with the use of tools such as moisture meters and thickness gauges. These factors are important for creating packaging that satisfies expected industrial requirements. Manufacturers can reduce the possibility of errors and guarantee uniformity through the use of Paper and Packaging Testing Instruments.

4. Measuring Moisture Content

The performance of paper and cardboard packing is greatly impacted by moisture. The material can be damaged by high moisture content and be more likely to tear or break. On the other hand, materials that are too dry can turn weak and shatter quickly. To find out how much water is in packing materials, moisture meters serve as important testing tools for paper and packaging. Keeping an eye on and maintaining the right amount of moisture helps guarantee that the finished product will be strong and dependable during handling and transportation.

5. Assessing Adhesive Strength and Bonding

To create a full structure a lot of packing materials are sealed, laminated or joined together. For everything inside to stay safe this quality of strength is important. Friction testing instruments, peel strength testers and bond testers measure how well surfaces stick to one another. Rapid package collapse can be a result of weak bonding. Manufacturers can guarantee safe and undamaged delivery by recognizing and fixing sealing process issues early on with the help of these particular Paper and Packaging Testing Instruments.

6. Evaluating Puncture and Tear Resistance

Packages get exposed to hard handling, sharp edges and accidental impacts. For an analysis of a material's capacity to withstand these kinds of conditions, tests for rip strength and puncture resistance are required. Weak spots in the packaging can be found with the use of tools that mimic actual stress. By using this data to inspire design advancements, stronger packaging solutions are ensured. In the food and pharmaceutical industries, where hygiene and security are important these paper and packaging testing tools are especially important.

7. Testing Environmental Impact and Performance

Environmental factors including temperature, humidity and UV light exposure have an impact on packaging materials. Faster fading tests and climate chambers help in measuring how materials respond to harsh environments. These tests guarantee that packaging keeps its original shape when stored in different conditions and transported across great distances. These Paper and Packaging Testing Instruments serve as important for companies with a worldwide supply chain since they can replicate real-world situations.

8. Standardizing Quality Across Production

It might be difficult to maintain high standards in large-scale production. By providing achievable information on material performance these testing tools help in setting standards of quality. Every feature of the paper, including its resistance, thickness and strength which can be tested and recorded. This ensures that each batch of packaging satisfies and sets standards. Consumer trust increases, material waste is decreased and product returns are decreased by routine testing using paper and packaging testing instruments.

9. Improving Cost-Efficiency and Reducing Waste

Before starting mass production testing packing materials helps in locating defects and wastes. Overloading a packaging might result in unnecessary use of materials and increase production costs. However, under-engineering can result in product loss and damage. Manufacturers can manage cost and performance by improving their designs and materials with the use of Paper and Packaging Testing Instruments. By reducing out unnecessary trash, this not only saves money but also supports environmentally friendly activities.

10. Enhancing Consumer Experience and Product Safety

Providing a positive client experience and preserving the goods are the main objectives of any packaging. Product spoilage or damaged packaging carried on by poor workmanship can harm a brand's reputation. Testing tools ensure that packaging achieves its purpose efficiently. Instruments for testing paper and packaging assist ensure that products are safe from pollution and stay fresh for the final user.

Conclusion

It is impossible to understate the importance of testing at a time when packaging is critically important to both brand and transportation. Paper and Packaging Testing Instruments are essential for the manufacturing process because they allow creativity and environmentally friendly practices while also guaranteeing safety and durability. They help companies to improve product protection, satisfy industry requirements and provide customers with high-quality products.

Using these tools has benefits in a variety of industries, including as sales, electronics, food and medicines. Success over time and client pleasure are guaranteed when a manufacturing company, no matter how big or little invests in trustworthy testing processes.

More advanced and accurate paper and packaging tests will be required as the packaging sector develops further. Maintaining current testing procedures and including them into production processes can increase productivity and create trust with clients who want excellence.

[logipack]

The Rigorous World of Cardboard: Essential Tests for Corrugated Boxes

Corrugated cardboard boxes are the workhorses of the shipping industry. They seem simple, but these humble containers undergo rigorous testing to ensure they can withstand the rigors of transportation and protect your valuable products. From withstanding crushing loads to surviving multiple drops, corrugated boxes face a gauntlet of tests to guarantee their integrity.

This article delves into the essential tests performed on corrugated boxes at our facility at Logipack, highlighting the benefits each test offers for manufacturers, shippers, and ultimately, your products.

1. Edge Crush Test (ECT)

The Edge Crush Test (ECT) evaluates a box's ability to resist vertical compression on its edges. It simulates the stacking pressure experienced during storage and transportation. The test involves placing a corrugated board sample between two platens of a compression tester and applying a constant force until it collapses. The force required to crush the sample is measured in pounds per linear inch (lb/in) and recorded as the ECT value.

Benefits of ECT:

Prevents box collapse: A high ECT value indicates a box can withstand significant stacking weight without collapsing, protecting the contents and preventing warehouse accidents.

Optimizes storage: Knowing the ECT allows businesses to maximize storage space by safely stacking boxes without compromising their integrity.

Reduces damage: A strong ECT minimizes the risk of damage to products during transport due to stacking pressure.

2. Bursting Strength Test (Mullen Test)

The Bursting Strength Test, also known as the Mullen Test, measures a corrugated board's resistance to internal pressure. It simulates the pressure exerted on a box by its contents or external forces during handling. The test involves clamping a corrugated board sample over a diaphragm and applying increasing air pressure until it bursts. The pressure at which the board ruptures is measured in pounds per square inch (psi) and recorded as the bursting strength.

Benefits of Bursting Strength Test:

Ensures product protection: A high bursting strength guarantees the box can withstand internal pressure caused by packed goods, preventing punctures and product damage.

Improves stacking safety: A strong bursting strength minimizes the risk of box failure due to internal pressure when stacked.

Accommodates heavy products: Boxes with high burst strength are ideal for heavy or bulky items that exert significant internal pressure.

3. Box Compression Test (BCT)

The Box Compression Test (BCT) measures a complete box's ability to resist vertical compression from the top. It simulates the stacking pressure experienced during transportation and storage. The test involves placing a closed box on its top face under a compression tester that applies a constant force until the box collapses. The force required to crush the box is measured in pounds (lbs) and recorded as the BCT value.

Benefits of BCT:

Optimizes stacking practices: Knowing the BCT allows businesses to determine the maximum safe stacking height for boxes, maximizing storage space.

Reduces in-transit damage: A high BCT minimizes the risk of box collapse and product damage during transport due to stacking pressure.

Ensures load capacity compliance: BCT helps businesses ensure their boxes comply with weight limitations specified by carriers.

4. Drop Test

The Drop Test evaluates a complete box's ability to withstand impact during handling and transportation. It simulates the potential drops experienced during loading, unloading, and transit. The test involves placing a closed, filled box on a predetermined surface and dropping it from a set height. The box is inspected for damage, deformation, or product loss after each drop. The test may be repeated at different heights or angles based on specific requirements.

Benefits of Drop Test:

Identifies box weaknesses: This test reveals any design flaws or material weaknesses that could lead to box failure and product damage during handling.

Optimizes packaging design: The drop test helps manufacturers refine box designs to better handle impact forces, enhancing product protection.

Provides valuable data: The test results help businesses select the most appropriate box type and packing materials for their specific products and shipping needs.

5. Vibration Test

The Vibration Test simulates the vibrations experienced during transportation, particularly in trucks, trains, and ships. It evaluates a box's ability to withstand prolonged shaking that can loosen packing materials and potentially damage products. The test involves placing a closed, filled box on a vibration platform that generates controlled vibrations at varying frequencies and amplitudes. The box is monitored for damage or product movement after the test.

Benefits of Vibration Test:

Ensures product integrity: This test identifies potential damage caused by vibration, allowing manufacturers and shippers to implement proper cushioning and bracing to safeguard products.

Optimizes packaging materials: The results help identify weaknesses in the current packaging materials and guide the selection of more vibration-resistant solutions.

Provides peace of mind: A successful vibration test assures manufacturers and shippers that their products can withstand the rigors of transportation.

From Lumber to Lighter: How Nailless Boxes are Revolutionizing Packaging

For centuries, wooden crates have been the workhorses of the shipping industry. Their sturdy build offers undeniable protection, but the reliance on nails and assembly comes with drawbacks: high labor costs, damage during construction, and environmental concerns. However, a new wave of innovation is sweeping the landscape – nailless boxes are emerging as a compelling alternative, offering a trifecta of benefits: increased strength, reduced costs, and simplified assembly.

The Drawbacks of Traditional Wooden Crates

While undeniably strong, wooden crates present several challenges:

Labor Costs: Assembling and dismantling wooden crates requires skilled labor to hammer in and remove nails. This translates to increased time and personnel costs, impacting overall efficiency.

Damage During Assembly: The hammering process can damage the wooden components, weakening the crate's overall integrity and potentially compromising the product within. Split wood and misaligned boards are common issues.

Environmental Impact: Wood harvesting for crate construction raises sustainability concerns. While responsible sourcing practices can mitigate this, nailless boxes offer a potential solution for reducing deforestation.

Weight and Disposal: Wooden crates add significant weight to shipments, impacting transportation costs. Additionally, their bulky nature creates waste disposal challenges.

Nailless Boxes: A Sustainable and Efficient Option

Nailless boxes, also known as folding boxes or collapsible containers manufactured by Logipack Technology, are changing the game. These innovative containers are constructed from high-strength, corrugated cardboard or engineered wood panels that interlock with unique folding mechanisms. Here's how they address the limitations of wooden crates:

Reduced Labor Costs: Unlike their wooden counterparts, nailless boxes require no hammering or assembly tools. They fold flat for storage and easily snap into shape for use. This significantly reduces labor costs and assembly time, streamlining the packing process.

Enhanced Strength: Modern nailless boxes are engineered to withstand substantial pressure and weight. Advanced folding mechanisms and strategically placed panels distribute load evenly, creating a strong and reliable container. Some innovative designs utilize interlocking panels with interlocking teeth, creating a superior hold compared to nailed connections.

Sustainability:Nailless boxes are often made from recycled cardboard or sustainably sourced engineered wood. This reduces the environmental impact associated with traditional wood crate production. Additionally, their collapsible nature allows for efficient storage and minimizes waste disposal challenges.

Lighter Weight: Compared to wooden crates, nailless boxes are significantly lighter. This translates to cost savings on transportation as shipping fees are often based on weight. The reduced weight also contributes to a more environmentally friendly supply chain.

Improved Flexibility:Nailless boxes come in a variety of sizes and configurations, offering greater flexibility than pre-built wooden crates. This allows for customization based on product dimensions and shipping needs.

Reusable and Recyclable: Most nailless boxes are designed for multiple uses. They can be easily disassembled, stored flat, and reassembled when needed. Additionally, the materials used in their construction are often recyclable, further enhancing their sustainability credentials.

Beyond Cost Savings: Additional Advantages of Nailless Boxes

The benefits of nailless boxes extend beyond cost savings and environmental considerations:

Reduced Risk of Damage: Since no hammering is involved, nailless boxes eliminate the risk of wood damage during assembly, which can weaken the container and potentially damage the product inside.

Improved Safety: The elimination of nails also removes the potential for workers to injure themselves during assembly or dismantling.

Faster Shipping: The quick and easy assembly of nailless boxes minimizes packing time, leading to faster product shipment.

Branding Opportunities:Nailless boxes can be customized with printed logos and messages, providing a branding opportunity to promote your company.

The Future of Packaging: A Shift Towards Efficiency and Sustainability

As businesses strive for operational efficiency and environmental responsibility, nailless boxes are poised to become the preferred choice for product packaging. Their versatility, strength, and cost-effectiveness make them a compelling alternative to traditional wooden crates. As technology advances and materials are further refined, we can expect even more innovative and sustainable nailless box designs to emerge, solidifying their place as the future of packaging.

For more details on Nailless boxes and its suitability, contact Logipack at info@logipack.in

[gester-tester]

Safety Shoes Puncture Resistance Tester GT-KB12B

[universalengineeringcorp]

Why Is It Important To Invest In Packaging Testing Machines?

Robust packaging boxes are the life and strength of products these days. This is because due to an increase in e-commerce shopping, the delivery of products is increasing too. Gone are the days when products were purchased from the brick and mortar stores. Today, people have less time to visit a shopping center and good money to place orders online every day. In such a scenario, if the packaging box couldn’t uphold the products inside, the reputation of both the product’s manufacturer and the packaging producer will be ruined. Nobody would want this. 

Hence, the need of the hour for packaging manufacturers is to start investing in packaging testing instruments. Let us look at the crucial reasons for investing in these machines in the following section.

Reasons To Invest In Packaging Testing Machines

This requires no mention that packaging boxes work as a guardian for products of all sizes. Be it storage, stacking, handling, or shipping, products require maximum protection at all stages, so that they can reach the end user in the same condition as packed. Manufacturers who invest in packaging testing machines can control, troubleshoot and optimize the paper packaging materials. Besides, they can leverage the following:

Manufacturers can minimize packaging problems by using testing instruments. With packaging issues getting reduced, high-quality products can be delivered without damage to the user. 

No damage to the product in the shipping and handling process will result in a higher reputation, trust, and profitability in the manufacturer’s pocket. 

They can even determine the characteristics of packaging materials by using testing instruments. For example, if you’re using UEC’s box compression strength tester, you can determine the compression resistance of both corrugated and non-corrugated boxes. 

Since the testing instruments are crafted to provide accurate results, manufacturers don’t have to resort to some other methods of measurement. They can confidently provide exact information about their products in the market.

Another benefit of using testing units is that they help manufacturers know where they’d need improvement. For example, if the results of the puncture resistance test comes dissatisfactory, they’d know it beforehand and can efficiently work on the improvement measures. 

At UEC, these instruments are available at economical rates. Hence, it makes it convenient for even startups or small-scale manufacturers to test their products and grow their businesses.

Wrapping Up

So, these were the benefits of adopting packaging testing and investing in testing machines for the packaging manufacturers. UEC is a leading manufacturer, supplier, and exporter of packaging testing instruments. Visit the website to learn about the range of testing machines it offers. Share inquiries.

[shriengineeringthings-blog]

Universal Testing Machine

Universal Testing Machine

 ''A paying little character to what you take after at it testing machine is utilized to test the malleable. It is named at some point later that it can play out various standard tractable and  compressio tests on materials, tructures." This is valid, yet maybe excessively shortsighted.”  This is very true, but perhaps overly simplistic.  We'll attempt to clarify some more capacities of these machines in this post.  ""A wide testing machine is used to test the versatile weight and compre

uses of universal testing machine:-

       Ductile testing – One of the most widely recognized applications for UTM, a malleable test measure how strong a material is, how long it can stretch, and how stiff it  is as the material is pulled separated until limit.

       Pressure testing – Compression is the direct inverse of a tractable test.. A UTM can be used to compress an object until a pre-determined load or distance or until the product breaks.

       Strip testing – A strip test is very like a pliable test, just as opposed to pulling a single piece of material apart, you are pulling apart two materials

that have recently been fortified together so as to decide its normal strip power..

     Twist testing – Bend testing is a type of pressure test where the length of a material is supported on each end while the machine presses down directly in the center of the range until it breaks or arrives at a specific separation.. Twist testing – Bend testing is a type of pressure test where the length of a mater

       Cut testing – A cut test includes examining a material example until it cut , in order to get its puncture resistance value.

        These machines are made with the speed changing between 10-500mm/minute..

      We fabricate the machines with a solitary burden cell.

      This machine provides the accuracy of 1%.

      These are painted with powder covering alongside the immediate presentation through miniaturized scale.

      These machine works upon the heap limit of 500kg..

      We are offering the machines at reasonable price.

  AVAILABLE PRODUCTS:-

      Universal Testing Machine - QM Series

       Hydraulic Universal Testing Machines - HW Series

       High & Low Temperature Universal Testing Machine

         Motorized Force Test System - MT Series

         Tensile Compression Force Tester - ESM303

[newstfionline]

Could a bear break into that cooler?

By Karin Brulliard, Washington Post, November 29, 2017

WEST YELLOWSTONE, Mont.--Coram the grizzly bear developed a bad habit as a youngster of raiding trash cans, ripping into dog food bags and stealing bread from pickup trucks. Now he’s a 600-pound adult who puts these refined scavenging skills to use as a professional product tester.

Along with five other grizzlies that live at the Grizzly and Wolf Discovery Center just outside Yellowstone National Park, Coram spends his summer months beating and biting coolers, food canisters and garbage cans. Only products that withstand 60 full minutes of bear mauling receive a valuable stamp of approval--a seal from the federal Interagency Bear Committee certifying them as “bear-resistant” and recommended for use in bear country. Those that the grizzlies puncture or bust open must go back to their manufacturers’ drawing boards.

Coram “is a master at the container,” according to the center’s chief operating officer, Kevin Murphy. But all the bears at this site, the only one in the nation approved by the committee for these “live bear tests,” have proved their fitness for the job. Spirit, an 11-year-old female, persistently sought trash and food in residential areas of Whitefish, Mont., even after officials shot her with rubber bullets and menaced her with firecrackers. Sow 101 was moved 150 miles to the Wyoming wilderness after stealing doughnuts and other human foods in West Yellowstone; she walked all the way back and reoffended.

“Roosevelt is usually pretty aggressive,” said Bill McGlynn, a center employee who one morning was manning the video camera recording the test of a white, Valley brand cooler that held a fish head, an elk bone and peanut butter--items whose reek grizzlies cannot resist. At the moment, Roosevelt, one of a pair of brothers that arrived at the center as orphaned cubs in 2011, was chewing on the container’s wheels. He gave up after a few more minutes of rolling it around and unsuccessfully attempting to lift its double-padlocked lid.

“Of course,” McGlynn added, “we always root for the bears.”

The bears do fairly well, breaching upwards of 30 percent of the products; their cooler-busting record is seven minutes. The grizzlies test as many as 90 products between April and October each year, batting the items about their grassy two-acre habitat while providing visitors with a vivid demonstration of the importance of securing food when bears might be nearby. Pass or fail, manufacturers pay $450 to $750 for these maulings, which, the committee’s 19-page “product testing protocol” explains, are carried out by “bears of various sizes and with varying levels of experience with containers.”

The program is an outgrowth of a revolution in bear management that began in the late 1960s. Before that time, there was little concern inside or outside national parks about black or grizzly bears obtaining garbage or human foods; for many years, in fact, Yellowstone’s garbage dumps were top grizzly viewing spots. Two fatal attacks on campers in Glacier National Park in 1967, both carried out by trash-conditioned grizzlies, led to the wider use of bear-resistant containers on public lands, many of which now require visitors to keep food and other attractants inaccessible to bears.

That created a market for products, and by the 1990s, federal agencies realized they needed a systematic way of judging them. For a while, tests also included mechanical elements, said Scott Jackson, the national carnivore program leader for the U.S. Forest Service, which administers the program. A 100-pound weight dropped on containers simulated the full-body slams favored by grizzlies, while a “penetrometer”--a thrusting, conical piece of metal--mimicked a bear tooth.

Eventually, Jackson said, the program became so popular that it needed to be streamlined, so managers decided to focus on its most essential component: living, breathing grizzly bears.

“The gold standard was always the live bear test,” Jackson said, adding that products that pass perform well in the real world. “Bears, with their teeth and claws, they can manipulate all sorts of latches in ways we find really amazing. And I think that would be really difficult to mimic in some sort of robotic way.”

A small number of products undergo only visual tests by humans. Among them are large steel dumpsters, which tend to bore bears, that “know they can’t really get into them,” Jackson said. The committee’s protocol refers to this as “testing fatigue.”

Plastic trash cans on wheels, on the other hand, must be chained to a tree during tests, because otherwise the grizzlies drag them into the pond in the middle of their habitat. Sometimes a bear will do that with a cooler, too, and “pop up on it and float around just like a kid would do,” McGlynn said. Such water antics aren’t counted toward the required 60 minutes of bear contact time, because at that point, McGlynn said, “it’s a toy.”

Just one of the center’s seven grizzlies, an Alaskan brown bear named Sam, does not participate in product testing. That’s because at more than 1,000 pounds, his brute force is unrepresentative of grizzlies in the Lower 48, which are smaller, said John Heine, the discovery center’s director. (Sam has been known to uproot trees in the bear habitat.)

The Valley cooler on trial this fall morning was faring pretty well. It had already been out for a session the day before, and now McGlynn, who was filming from an elevated deck in the public viewing area, only needed another 20 minutes or so of bear contact to complete the test.

Spirit managed to explore it for only a few seconds before Coram chased her off--teamwork, Heine noted, is not among grizzlies’ strengths. Having taken over, Coram squished his nose against the cooler’s drain hole, right where McGlynn had stuffed the fish head.

“I see he’s salivating like crazy,” said Heine, who was standing near McGlynn. “He may be getting a little drip there.”

Over the next 45 minutes or so, the grizzlies devoted bursts of attention to whacking, jumping on and flipping over the cooler. At one point, Spirit lay on her side licking the drain hole, her back legs spread eagle. Later, she sat cradling the cooler and rocking it back and forth with her front paws. Two rapt children, both wearing junior park ranger costumes, watched from the sidelines with their parents.

Coram soon came back for another try. He draped his 600 pounds of fur and muscle over the box, trying what Murphy referred to as a “classic grizzly bear move--compression.” The container remained intact, and McGlynn was confident he had his 60 minutes of footage.

The official decision on whether the cooler would earn a bear-resistant seal was yet to come. But to the grizzlies’ frustration, the fish head and elk bone had remained well out of reach.

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Online buying textile testing instruments critiques

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Lab testing instruments, equipments, machines manufacturer

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Universal Testing Machine

Universal Testing Machine

 ''A paying little character to what you take after at it testing machine is utilized to test the malleable. It is named at some point later that it can play out various standard tractable and  compressio tests on materials, tructures." This is valid, yet maybe excessively shortsighted.”  This is very true, but perhaps overly simplistic.  We'll attempt to clarify some more capacities of these machines in this post.  ""A wide testing machine is used to test the versatile weight and compre

  uses of universal testing machine:-

       Ductile testing – One of the most widely recognized applications for UTM, a malleable test measure how strong a material is, how long it can stretch, and how stiff it is as the material is pulled separated until limit.

       Pressure testing – Compression is the direct inverse of a tractable test.. A UTM can be used to compress an object until a pre-determined load or distance or until the product breaks.

       Strip testing – A strip test is very like a pliable test, just as opposed to pulling a single piece of material apart, you are pulling apart two materials

that have recently been fortified together so as to decide its normal strip power..

     Twist testing – Bend testing is a type of pressure test where the length of a material is supported on each end while the machine presses down directly in the center of the range until it breaks or arrives at a specific separation.. Twist testing – Bend testing is a type of pressure test where the length of a mater

       Cut testing – A cut test includes examining a material example until it cut , in order to get its puncture resistance value.

        These machines are made with the speed changing between 10-500mm/minute..

      We fabricate the machines with a solitary burden cell.

      This machine provides the accuracy of 1%.

      These are painted with powder covering alongside the immediate presentation through miniaturized scale.

      These machine works upon the heap limit of 500kg..

      We are offering the machines at reasonable price.

  AVAILABLE PRODUCTS:-

      Universal Testing Machine - QM Series

       Hydraulic Universal Testing Machines - HW Series

       High & Low Temperature Universal Testing Machine

         Motorized Force Test System - MT Series

         Tensile Compression Force Tester - ESM303