Drop Tester – Motorized, Box Compression Tester – Computerized & Melt Flow Index Tester – Digital and Computerized

In today’s competitive manufacturing environment, maintaining product quality and reliability is more important than ever. Products often travel long distances and pass through multiple handling stages before reaching customers. During transportation, Plastic & Polymer Testing Instruments materials may face impacts, compression, and environmental stress. To ensure that products remain safe and undamaged, manufacturers rely on advanced testing equipment. Among the most widely used instruments are the Drop Tester – Motorized, Box Compression Tester – Computerized, and Melt Flow Index Tester – Digital and Computerized models.

These testing machines help industries analyze the strength, durability, and performance of packaging materials and plastic products. By using reliable testing equipment, companies can improve product quality, reduce damage during transportation, and ensure compliance with international quality standards.

Importance of Quality Testing in Manufacturing

Quality testing plays a critical role in modern manufacturing processes. Packaging materials and plastic products must meet strict performance requirements to ensure safety and durability. Without proper testing, products may fail during shipping or storage, leading to customer dissatisfaction and financial losses.

Poly Films and Laminates Testing Instruments allow manufacturers to simulate real-world conditions and measure how materials behave under stress. These machines provide accurate data that helps improve product design, material selection, and packaging efficiency. As industries continue to grow and competition increases, quality testing becomes an essential part of production and quality assurance systems.

Drop Tester – Motorized

The Drop Tester Motorized is designed to evaluate the ability of packaging materials to withstand sudden impacts. During transportation and handling, packages may accidentally fall from various heights. If the packaging is not strong enough, the product inside may be damaged.

A drop tester simulates these situations by dropping the packaged product from a predetermined height onto a solid surface. This test helps determine whether the packaging can effectively protect the product during handling and shipping.

Key Features

• Motorized lifting mechanism for precise height adjustment
• Adjustable drop height for different testing conditions
• Strong platform for safe and controlled testing
• High accuracy and repeatability of results
• User-friendly operation

Benefits of Drop Testing

• Improves packaging design and strength
• Reduces product damage during transportation
• Enhances product safety during handling
• Supports quality control and packaging standards

Industries such as electronics, consumer goods, pharmaceuticals, and logistics commonly use drop testers to ensure packaging reliability.

Box Compression Tester – Computerized

The Box Compression Tester Computerized is used to measure the compressive strength of corrugated boxes and packaging containers. During storage and transportation, boxes are often stacked on top of one another. If the packaging cannot handle the pressure, the boxes may collapse and damage the products inside.

This testing machine evaluates the load-bearing capacity of packaging boxes by applying pressure until the box deforms or collapses.

Key Features

• Computerized control system for precise testing
• High-precision load cell for accurate force measurement
• Digital display for easy monitoring
• Durable and strong testing structure
• Software integration for data analysis and reporting

Testing Procedure

During the test, the box is placed between two compression plates. The machine gradually applies force until the box begins to deform. The maximum load applied before failure is recorded and used to determine the strength of the packaging material.

Advantages

• Ensures safe stacking of boxes during storage
• Improves packaging strength and durability
• Reduces product damage during transportation
• Helps manufacturers meet packaging quality standards

This testing instrument is widely used in packaging manufacturing, food and beverage industries, pharmaceuticals, and e-commerce packaging operations.

Melt Flow Index Tester – Digital Model

The Melt Flow Index Tester (MFI Tester) is an essential instrument used in the plastic industry to measure the flow properties of thermoplastic materials. The melt flow index indicates how easily molten plastic flows under specific temperature and load conditions.

Key Features

• Digital temperature control system for accurate testing
• High precision in melt flow measurement
• Compact and durable design
• Simple operation and sample loading
• Clear digital display for test results

Working Principle

In the melt flow index test, plastic granules are heated in a barrel until they melt completely. A specified load is applied, pushing the molten plastic through a small die opening. The amount of plastic that flows through the die within a certain time is measured.

The melt flow index value helps determine the viscosity and processing characteristics of the plastic material.

Importance in Plastic Manufacturing

• Ensures consistent material quality
• Helps optimize plastic processing conditions
• Improves product strength and performance
• Supports research and development activities

Melt Flow Index Tester – Computerized Model

The Melt Flow Index Tester Computerized is an advanced version of the digital model. It includes computer software that automatically records, analyzes, and stores test results. This provides higher accuracy and better data management.

Features

• Fully automated testing process
• Computerized data recording and analysis
• Precise temperature and load control
• Graphical test result display
• Easy report generation and documentation

Benefits

• Faster and more efficient testing
• Reduced human error
• Accurate and consistent results
• Better quality control documentation

This advanced testing instrument is widely used in plastic manufacturing industries, research laboratories, and quality control departments.

Why Choose Pacorr Testing Instruments

Pacorr is a leading manufacturer of high-quality testing instruments designed to meet international standards. The company provides advanced solutions for packaging and plastic testing to help industries maintain strict quality control.

Advantages of Pacorr Equipment

• Precision-engineered testing machines
• Advanced technology for reliable results
• Durable and long-lasting equipment
• Easy operation and maintenance
• Excellent technical support

Pacorr’s testing instruments are trusted by industries around the world to ensure product durability, packaging strength, and material consistency.

Conclusion

Testing equipment such as the Drop Tester – Motorized, Box Compression Tester – Computerized, and Melt Flow Index Tester – Digital and Computerized models are essential tools for maintaining quality in packaging and plastic manufacturing industries. These machines help manufacturers analyze packaging durability, evaluate material performance, and ensure products meet industry standards.

By using advanced testing solutions from Pacorr, companies can reduce product damage, improve packaging efficiency, and deliver high-quality products to their customers. Investing in reliable testing equipment is an important step toward maintaining product safety and building strong customer trust.

For more information about high-quality testing instruments, contact:

Pacorr Testing Instruments Pvt. Ltd.
📞 Phone: +91-8882149230
📧 Email: info@pacorr.com
🌐 Website: https://www.pacorr.com

Understanding Impact Resistance, Melt Flow Rate, Heat Deflection, and Compression Testing in Material Quality Control

In the manufacturing world, product reliability and performance depend heavily on the quality of the materials used. Whether it is plastic packaging, automotive components, or engineering products, materials must be tested thoroughly before they are approved for production. Material testing helps manufacturers analyze how products behave under stress, heat, pressure, and other environmental conditions.

Testing methods such as impact resistance testing, melt flow rate testing, heat deflection temperature testing, and compression testing are widely used in industries to ensure materials meet required performance standards. These tests provide valuable insights into mechanical strength, thermal stability, and processing characteristics.

By conducting these Polymer Testing Instruments, manufacturers can improve product durability, reduce the chances of product failure, and maintain compliance with international quality standards.

Impact Resistance Testing

Impact resistance testing is performed to determine how well a material can absorb sudden force without breaking or cracking. During transportation, storage, and everyday use, many products are exposed to unexpected shocks. If the material lacks sufficient toughness, it may fail under such conditions.

An impact resistance tester measures the amount of energy required to break a sample when it is struck by a controlled force. The result indicates the material’s ability to resist sudden mechanical stress.

Two commonly used methods for impact testing include:

• Izod Impact Test
• Charpy Impact Test

Both techniques are widely used to evaluate the toughness of plastics, polymers, and other engineering materials.

Why Impact Testing Matters

Impact testing helps manufacturers ensure that their products are strong enough to withstand real-life conditions. Some key benefits include:

• Evaluating material toughness and durability
• Improving product design and material composition
• Preventing product breakage during transportation
• Meeting quality and safety standards

Industries such as automotive, electronics, and packaging rely on impact testing to ensure long-lasting product performance.

Melt Flow Rate Testing

Melt Flow Rate (MFR) testing is a critical method used to evaluate the flow properties of plastic materials. It determines how easily a polymer melts and flows when exposed to specific temperature and pressure conditions.

A melt flow index tester measures the amount of molten plastic that passes through a standardized die over a set period of time. The result is expressed in grams per 10 minutes, indicating how easily the material flows.

Importance of Melt Flow Rate Testing

Understanding the flow behavior of polymers is essential for manufacturing processes such as:

• Injection molding
• Extrusion
• Blow molding
• Plastic film production

Different plastic applications require different flow characteristics. Materials with higher flow rates are typically easier to process, while materials with lower flow rates often offer better mechanical strength.

Benefits of MFR Testing

• Maintains consistency in polymer quality
• Helps manufacturers choose the right material for production
• Detects contamination or degradation in plastic materials
• Improves processing efficiency

Regular melt flow rate testing ensures that plastic materials perform consistently during manufacturing operations.

Heat Deflection Temperature Testing

Heat Deflection Temperature (HDT) testing evaluates the ability of a material to resist deformation when exposed to high temperatures under a specific load. Many plastic products are used in environments where they experience both heat and mechanical stress.

During HDT testing, a sample is placed under a controlled load while the temperature gradually increases. The temperature at which the material begins to bend or deform is recorded as its heat deflection temperature.

Importance of Heat Deflection Testing

This test helps manufacturers determine the thermal limits of materials and their suitability for applications involving elevated temperatures.

Advantages of HDT Testing

• Identifies the temperature at which materials lose structural stability
• Helps engineers select suitable materials for heat-exposed environments
• Improves product safety and reliability
• Supports better product design and development

Industries such as automotive manufacturing, electronics, and appliance production depend on HDT testing to ensure that components maintain their strength even at higher temperatures.

Compression Testing

Compression testing measures how much compressive force a material can withstand before deforming or breaking. This testing method is widely used to evaluate the strength of packaging materials, containers, construction materials, and industrial components.

In a compression test, a sample is placed between two compression plates of a testing machine. The plates gradually apply pressure until the material fails or deforms. The maximum force recorded during this process indicates the compressive strength of the material.

Applications of Compression Testing

Compression testing is widely used in industries such as:

• Packaging manufacturing
• Plastic container production
• Construction material testing
• Automotive component analysis

Benefits of Compression Testing

• Ensures packaging materials can withstand stacking pressure
• Evaluates structural integrity of materials
• Helps optimize material thickness and product design
• Reduces the risk of product damage during storage and transport

For packaging manufacturers, compression testing is particularly important because products often experience heavy loads during logistics and warehouse storage.

Importance of Material Testing in Modern Manufacturing

Material testing is essential for maintaining quality, reliability, and safety in manufacturing processes. Without proper testing procedures, products may fail under real-world conditions, leading to costly recalls and customer dissatisfaction.

Testing methods such as impact resistance testing, melt flow rate testing, heat deflection testing, and compression testing provide manufacturers with detailed information about material behavior.

Key advantages of implementing proper testing methods include:

• Enhanced product durability
• Improved material selection
• Reduced production defects
• Compliance with global quality standards

Manufacturers that invest in advanced testing equipment can improve production efficiency while ensuring consistent product performance.

Why Choose Pacorr Testing Instruments?

Pacorr is a trusted provider of advanced material testing instruments designed to meet the evolving needs of modern industries. The company offers a wide range of testing equipment used in plastics, packaging, automotive, and manufacturing sectors.

Pacorr testing solutions are known for:

• High accuracy and precision
• Reliable and durable equipment design
• User-friendly operation
• Compliance with international testing standards

With Pacorr’s testing instruments, manufacturers can strengthen their quality control processes and ensure their products meet the highest performance standards.

Book a Free Demo

If you are looking for reliable testing equipment for your quality control process, Pacorr offers advanced solutions tailored to industry needs.

Book a Free Demo Today

📞 Call: +91-8882149230
📧 Email: info@pacorr.com
🌐 Website: www.pacorr.com

Our experts will guide you in selecting the right testing instruments to enhance your product quality and manufacturing efficiency.

Bottle Top Load Tester with Screen Touch Pro & Bottle Cap Torque Tester – Digital and Computerized

In the modern packaging industry, quality and reliability are no longer optional—they are essential. From beverages and pharmaceuticals to cosmetics and food products, packaging must be strong, safe, and consistent to protect the product and maintain brand reputation. To ensure these standards, manufacturers rely on advanced testing equipment such as the Bottle Top Load Tester with Screen Touch Pro and the Bottle Cap Torque Tester – Digital , offered by Pacorr.

These state-of-the-art instruments are designed to evaluate bottle strength and cap sealing performance with high accuracy, helping manufacturers meet international quality standards and reduce packaging failures.

The Role of Packaging Testing in Quality Control

Packaging undergoes multiple stresses during filling, stacking, transportation, and storage. Bottles must withstand vertical loads without collapsing, while caps must be applied with the correct torque to prevent leakage yet remain easy for consumers to open.

Even minor packaging defects can lead to product damage, leakage, contamination, or customer complaints. This makes top load testing and torque testing critical components of any quality assurance process.

Pacorr’s advanced testing solutions provide manufacturers with precise, repeatable, and reliable results to ensure packaging integrity at every stage.

Bottle Top Load Tester with Screen Touch Pro

The Bottle Top Load Tester with Screen Touch Pro is designed to measure the maximum vertical load a bottle or container can endure before deformation or failure. This test is essential for evaluating the stacking strength of bottles during storage and transportation.

How It Works

The bottle is placed on the testing platform, and a controlled compressive force is applied from the top. The force increases gradually until the bottle reaches its maximum load limit. The results are displayed in real time on the touchscreen interface, ensuring accurate and easy interpretation.

Key Features

• User-Friendly Touchscreen Interface for smooth operation
• High-Precision Load Cell for accurate and repeatable measurements
• Motorized Operation for controlled and consistent testing
• Computer Connectivity for data storage and report generation
• Sturdy Construction suitable for laboratory and industrial environments

Applications

• PET bottles
• Plastic containers
• Glass bottles
• Rigid packaging and jars

This tester is widely used in beverage, pharmaceutical, food, cosmetic, and chemical industries to ensure packaging durability and compliance with quality standards.

Bottle Cap Torque Tester – Digital and Computerized

The Bottle Cap Torque Tester – Digital measures the torque required to open and close bottle caps. Proper torque application is essential for ensuring leak-proof sealing while maintaining consumer convenience.

Importance of Torque Testing

Incorrect torque can cause caps to loosen, leading to leakage and contamination, or be too tight, causing difficulty in opening. Torque testing ensures consistency across production batches and improves overall packaging quality.

Key Features

• Digital Display for precise torque readings
• Computerized Data Logging for traceability and quality documentation
• Wide Compatibility with different bottle and cap sizes
• High Accuracy and Repeatability
• Simple and Efficient Operation

The tester securely holds the bottle while the cap is rotated, measuring both opening and closing torque with exceptional precision.

Benefits of Using Both Testers Together

When used together, the Bottle Top Load Tester and Bottle Cap Torque Tester provide a complete evaluation of packaging performance.

Combined Advantages:

• Improved packaging reliability
• Reduced leakage and breakage
• Enhanced product safety
• Consistent quality control
• Compliance with international packaging standards

These instruments help manufacturers identify design weaknesses early, reduce material waste, and optimize packaging performance.

Why Choose Pacorr?

Pacorr is a trusted manufacturer of packaging testing instruments, known for precision engineering, innovation, and customer-focused solutions. With years of industry expertise, Pacorr delivers equipment that meets the evolving needs of modern quality control laboratories.

Pacorr’s Strengths:

• Advanced technology and robust design
• Accurate and repeatable testing results
• User-friendly interfaces
• Strong technical and after-sales support
• Compliance with global testing standards

Pacorr instruments are designed to help manufacturers achieve excellence in packaging quality and performance.

Conclusion

The Bottle Top Load Tester with Screen Touch Pro and Bottle Cap Torque Tester – Digital and Computerized are essential tools for manufacturers committed to maintaining high packaging standards. These advanced testing solutions ensure bottle strength, cap sealing integrity, and overall packaging reliability.

By investing in Pacorr’s testing instruments, businesses can reduce packaging failures, improve product safety, and strengthen customer trust.

For more information, product inquiries, or quotations, visit:

🌐 Website: pacorr.com
📧 Email: info@pacorr.com
📞 Phone: +91 8882149230

Pacorr – Precision Testing for Reliable Packaging

Advanced Compression Testing Machines for Concrete & Construction Materials

Testron’s Compression Testing Machine range is engineered to deliver precise, repeatable, and standards-compliant results for construction material testing. Designed as a robust compression test machine, this series includes manual and automatic models such as TT-CT3000A, TT-CT2000A, TT-CT1000A, and TT-CT0300A Automatic Compression Testing Machine, catering to varied load capacities and testing requirements.

Built specifically as a high-performance concrete compression testing machine, these systems are ideal for evaluating the compressive strength of concrete cubes, cylinders, blocks, cement mortars, and other construction materials. Each compression testing machine for concrete features a rigid frame, precision load measurement, and user-friendly controls to ensure reliable and consistent testing. As a dependable concrete compressive strength testing machine, the A-Series supports quality control, R&D, and compliance with international testing standards.

Applications

• Concrete & Cement Testing Laboratories:- Using a compression testing machine to determine compressive strength as per standard test methods.
• Construction & Infrastructure Projects:- Deploying a compression test machine for on-site and laboratory quality assurance of concrete samples.
• Ready-Mix & Precast Concrete Plants:- Ensuring batch consistency with a reliable concrete compression testing machine.
• R&D and Material Development:- Evaluating new mixes and formulations using a precise compression testing machine for concrete.
• Regulatory & Certification Bodies:- Verifying compliance and structural performance with a certified concrete compressive strength testing machine.

Introducing the Box Compression Tester – Your Ultimate Solution for Packaging Strength & Safety!

In today’s fast-moving world of shipping, warehousing, and e-commerce, one thing matters the most—strong and reliable packaging. A single weak carton can lead to product damage, customer complaints, and major losses. That’s exactly why businesses trust the Box Compression Tester from LabZenix.

Our Box Compression Tester is designed to measure the exact load-bearing capacity of corrugated cartons and packaging boxes. It simulates real stacking and transport conditions, ensuring your packaging is durable, safe, and ready for long-distance shipping.

🔍 Why Box Compression Testing Matters:
✔ Prevents box collapse during stacking
✔ Reduces shipment damage and product loss
✔ Ensures packaging meets global standards
✔ Helps manufacturers choose the right material
✔ Optimizes box design and cuts unnecessary costs

⚙️ Key Features of LabZenix Box Compression Tester:

• High-precision load cell for accurate readings
• Strong, stable compression plates
• Digital controls with real-time monitoring
• Suitable for small, medium, and large cartons
• Complies with ASTM and ISO testing standards

Whether you’re a corrugated box manufacturer, packaging supplier, logistics provider, or e-commerce brand, this machine helps you guarantee that every box leaving your facility is strong enough to handle real-world pressure.

At LabZenix, we provide reliable instruments that help businesses maintain superior quality control and build trust through stronger, safer packaging.

📦 Test with Confidence. Deliver with Strength. Choose LabZenix.

Box Compression Tester – Strength You Can Measure, Quality You Can Trust

In the world of packaging and logistics, structural strength isn’t just an advantage—it’s a necessity. Boxes are expected to protect products throughout handling, transit, and storage. But how do you know if a box is strong enough to do the job? That’s where the Box Compression Tester (BCT) becomes an essential tool.

A Box Compression Tester accurately measures how much vertical pressure a corrugated box or container can withstand before it begins to deform or collapse. It’s an indispensable machine for manufacturers, quality assurance teams, and packaging professionals who want to ensure consistent performance and minimize the risk of product damage.

What Is a Box Compression Tester?

The Box Compression Tester is a precision testing instrument designed to simulate the vertical load conditions that boxes experience when stacked. It determines the maximum compression strength of the packaging, helping you understand how much weight a box can safely bear during storage or transit.

The test process mimics real-life scenarios where boxes are stacked in warehouses or shipping containers, and helps eliminate the risk of structural failure. It’s a core part of quality testing in industries such as e-commerce, food and beverage, pharmaceuticals, electronics, and consumer goo

Why Is Compression Testing Crucial?

✅ Reduces Transit Damage
By ensuring your packaging can handle stacking weight, you minimize breakage and returns.

✅ Improves Packaging Efficiency
Optimize the amount and type of material used without compromising on performance—cutting costs and reducing waste.

✅ Meets Global Testing Standards
BCT testing supports compliance with major standards such as ASTM D642, ISO 12048, and TAPPI T804.

✅ Boosts Brand Reputation
Delivering undamaged products builds trust and enhances customer satisfaction.

✅ Supports Sustainability Goals
Efficient design backed by accurate testing reduces excess material use and environmental impact.

Key Features of a Modern Box Compression Tester

• Heavy-Duty Load Plates – Evenly distribute the applied pressure for accurate readings
• Digital/TFT Display or Touchscreen Interface – Enables real-time monitoring and control
• Adjustable Test Speed and Load Range – Simulates various stacking conditions
• Overload Protection and Emergency Stop – Ensures operator and equipment safety
• Data Export/Connectivity – Allows for easy analysis, report generation, and record keeping

Some advanced models also support automated test cycles, multi-sample memory, and software integration for enhanced workflow efficiency.

How the Test Works

1. The test box is placed between two rigid compression plates.
2. The upper plate descends at a controlled speed, applying increasing pressure.
3. The machine records the maximum load capacity before the box collapses or deforms.
4. This measurement helps determine safe stacking limits and packaging strength.

Who Should Use a Box Compression Tester?

• 📦 Box and Carton Manufacturers – For routine batch testing
• 🛍️ E-commerce Warehouses – To reduce damage during last-mile delivery
• 🏭 Product Manufacturers – To ensure packaging meets shipping demands
• 💊 Pharmaceutical and Medical Suppliers – For safety in fragile packaging
• 🍱 Food and Beverage Distributors – To secure bulk storage during transport

Conclusion

The Box Compression Testing is more than just a machine—it’s a vital part of your packaging quality process. By helping you verify the strength and durability of your boxes, it protects both your products and your brand.

At LabZenix, we provide high-performance Box Compression Testers that meet global standards and deliver consistent, reliable results. Whether you’re testing small retail cartons or heavy-duty shipping boxes, our equipment is built to perform.

Precision & Performance Redefined – 200KN Servo Electronic Universal Material Testing Machine!

Take your quality control & material testing to the next level with the Testron 200KN Servo Electronic Universal Material Testing Machine—engineered to deliver accuracy, reliability, and industry compliance in the automotive, aerospace, fasteners, plastics, and packaging industries.

Why Industry Experts Prefer Testron:

• Advanced Control Modes – Fixed speed, positioning shift & fixed load for precision.
• Automated Data Storage – No loss of data with smart test storage.
• Batch Testing Mode – Conduct numerous tests quickly and effectively.
• Dynamic Curve Display – Stress-strain, force-time, displacement & more!
• Safety Features Enhanced – Automatic overload protection for safe operations.
• Multi-Unit Compatibility – Outputs in kg, N, lb, MPa, and more!

Maximise Your Testing Process Now! Testron guarantees unrivalled precision & conformity for every material testing requirement.

𝗙𝗼𝗿 𝗺𝗼𝗿𝗲 𝗶𝗻𝗳𝗼𝗿𝗺𝗮𝘁𝗶𝗼𝗻:

Email: info@testrongroup.com

Website: https://testrongroup.com/

Experience Precision and Reliability with Testron’s High-Capacity Compression Testing Machine!

Unleash the ultimate precision and reliability with Testron’s High-Capacity Compression Testing Machine. The former is integrated with high-tech engineers, fully automatic operations, accuracy in real-time, and foolproof safety standards. From structural load testing to multifunctional software capabilities, the company assures its customers that this machine will be a reliable component of quality control. 

For more information:

Call: +971 54 456 5628

WhatsApp: +971 54 456 5628

Email: info@testrongroup.com

Product: https://shorturl.at/mNKH8

Website: https://testrongroup.com/

How to Select the Right Paper Core Compression Testing Machine

Choosing the right compression testing machine for paper cores can significantly impact your quality control and product performance. Here’s a straightforward guide to help you make an informed decision:

1. Understand Your Testing Needs

What are you testing for? Ensure the machine can handle the specific types of paper cores you use and measure the parameters you need. Consider:

• Load Capacity: Make sure the machine can handle the maximum load your paper cores will experience.
• Testing Range: Check if it supports the range of compressive forces you require.

2. Evaluate Key Features

Look for these essential features in a compression tester:

• Precision: Choose a machine that offers accurate and reliable measurements.
• Ease of Use: Opt for a model with an intuitive interface and simple operation.
• Data Reporting: A good tester should provide detailed reports and data analysis for quality control.

3. Consider the Build Quality and Support

• Durability: Ensure the machine is built to last and can withstand frequent use.
• Support and Service: Look for manufacturers or suppliers that offer robust customer support and service options.

4. Compare Models and Reviews

Research different models and read user reviews to gauge performance and reliability. Compare features and prices to find the best value for your needs.

Visit Here:- paper core compression tester

Hand Operated Paver Block Testing Machine

Automation Grade: Semi-Automatic
Display Type: Analog
Grade: Manual

Application: Paver block Compression Testing

KJ International is engaged in manufacturing and supplying Hand Operated Paver Block Testing Machine. We make a point that the product offered by us are at par with international standards and norms. These are widely demanded in the market for accurate results.

Visit for more info: https://kjinternational.in/product/compression-testing-machine/
Email: Shubham.vhm@gmail.com
WhatsApp: +91 7043741881

Digital Cube Testing Machine 2000KN

• The portable units, which are small in dimensions, sturdy and light in weight.

• Testing Machines conform to IS: 14858(2000) and calibrated with an accuracy of ± 1% as per the requirement of 1828(Class1).

• It can also be supplied as per BS: 1881 and other associated International Standards.

• These machines are available in 50kN, to 3000kN Capacity.

Visit for more info: https://kjinternational.in/product/testing-equipments/

Email: Shubham.vhm@gmail.com

Call: +91 7043741881

Automotive Interior Mechanical Testing Guide
Aesthetics and material durability are closely related in consumer-facing industries such as the automotive industry. In addition to designing an aesthetically pleasing interior environment, manufacturers aim to create an interior with durable components to stand up to long-term use.


Read the full article

Aimil Series of Servo Controlled Compression Testing Machines are the finest of their types available. The Machine is a fully automated version of the manual/semi-automatic #CTM having provision for stress & strain controlled loading.

Available Capacity: 50kN, 100kN, 250kN, 500kN, 1000kN, 2000kN & 3000kN

Click Here : http://bit.ly/2YU6y6e

#CompressionTesting #CompressionTestingMachine #ServoCTM #aimilltd

Had a great day at #UnitedConsulting today during the Lunch & Learn. Learned a lot of good information about the special inspections services that they provide to make sure that our buildings are being constructed properly using materials that are up to code and standard, as well as what they look for during air quality inspections indoors, and soil quality during land disturbing activities.

We even got to see a demonstration of a compression test on a sample piece of concrete. This was the sample after pressure was applied!!

#LunchAndLearn #CompressionTesting #UnitedConsulting #GeotechnicalEngineering #GeotechnicalTesting #WomenInConstruction #ConstructionProjectManager #ProjectManagers #NeverStopLearning #atlanta #concrete #buildings #materials #inspection #consultation #soil #pressure #projectmanagement (at Norcross, Georgia)
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