Tensile Testing Machine LTTM-T2010

Introduction

Tensile Testing Machine can apply a maximum force of either 1000N (100KG) or 5000N (500KG), both with a high precision of 0.1N. It features an imported servo motor with vector control for fast response and smooth, stable speed without overshooting. Our tensile testing machine supports both manual and pneumatic clamps, and the clips can be easily replaced or customized for different materials. It is ideal for testing breaking, tearing, peeling, seam strength, elasticity, and creep in a wide range of materials such as yarn, fabric, clothing, zippers, leather, nonwoven fabrics, and geotextiles.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Tensile Testing Machine is used for testing breaking, tearing, peeling, seam strength, elasticity, and creep in yarn, fabric, clothing, zippers, leather, nonwoven materials, geotextiles, and more.

Specifications

Maximum Test Force	1000N (100KG), 0.1N or 5000N (500KG), 0.1N
Resolution of Force Value	1/60000
Force Sensor Accuracy	≤±0.05%F·S
Machine Load Accuracy	2% to 100%, ≤±0.1%, Grade: 1 Level
Speed Range	0.1 to 500 mm/min (free setting)
Effective Stroke	600mm
Displacement Resolution	0.01mm
Minimum Clamping Distance	10mm
Unit Conversion	N, CN, IB, IN
Data Storage (Host Part)	≥2000 groups
Power Supply	220V, 50Hz, 600W
Dimension	540 × 420 × 1500 mm
Weight	About 80kg

Features

Color touch screen

Low noise

High-precision sensor

Modular circuit design

Meets GB/T, FZ/T, , standards

FAQs

1. What is the testing temperature range of the Tensile Testing Machine ?

Tensile Testing Machine is capable of testing materials across a wide temperature range, typically from -70°C to +300°C, depending on configuration. This allows simulation of extreme environmental conditions for industries like aerospace, automotive, and electronics. The integrated temperature chamber ensures uniform heating/cooling around the specimen. It helps evaluate material strength, elongation, and elasticity under cold or hot conditions, ensuring product reliability in real-world temperature fluctuations.

2. What materials can be tested with this machine?

Tensile Testing Machine can test a wide variety of materials including metals, polymers, composites, rubbers, and films. It is especially useful for materials used in outdoor, cryogenic, or high-heat environments. The dual-function design allows both tensile and compression testing under controlled temperatures. Industries like aerospace, defense, automotive, and electrical insulation use it to assess how material performance changes with temperature variations, ensuring compliance with standards like and .

3. How is temperature control managed in the Tensile Testing Machine ?

Temperature control is managed by an integrated high-precision chamber with automatic heating and cooling systems. Thermocouples closely monitor the chamber environment, ensuring stable and uniform temperature distribution. The system maintains tight tolerances during testing, reducing thermal drift or measurement errors. Rapid thermal cycling and programmable temperature profiles allow flexible testing conditions. Safety features like over-temperature protection and sealed enclosures prevent damage to specimens and ensure consistent results.

4. How does Tensile Testing Machine ensure accuracy in tensile testing at extreme temperatures?

Accuracy is ensured through servo-controlled crosshead movement, high-precision load cells, and thermally isolated grips that maintain consistent force application without affecting the specimen temperature. The chamber provides uniform heating/cooling, and the software compensates for thermal expansion. Real-time monitoring of force, extension, and temperature ensures reliable data collection. Periodic calibration and environmental conditioning further enhance result repeatability and compliance with test standards.

5. What software features are included with the Tensile Testing Machine ?

The Tensile Testing Machine includes advanced control software for setting test parameters, monitoring live data, and generating stress-strain curves. It supports automatic calculations of tensile strength, yield point, elongation, and modulus, even under varying temperature profiles. The software can execute multi-step test programs, store historical data, and export results in multiple formats. Built-in compliance with standards like , , and GB makes it ideal for both R&D and production quality control.

6. What is the It Tensile Testing Machine used for, and which materials can it test?

The It Tensile Testing Machine is designed to measure the mechanical strength and performance of various materials. It is commonly used to test breaking force, tearing strength, seam strength, peeling strength, elasticity, and creep. This machine is ideal for quality control and research in industries such as textiles, apparel, packaging, and geotextiles. It can handle a wide range of materials including yarn, fabric, garments, zippers, leather, nonwoven fabrics, and geotextiles, making it highly versatile for laboratories and manufacturing settings.

7. How accurate and precise is the It Tensile Testing Machine in measuring force and displacement?

tensile testing machines are built with high-precision sensors that ensure reliable and accurate readings. The force measurement has a precision of up to ±0.05% of the full scale and can detect force changes as small as 0.1N. It also offers a high resolution of 1/60000, meaning even very fine force differences can be measured. Additionally, the displacement resolution is 0.01mm, ensuring detailed and exact movement tracking during tests. This high level of accuracy is essential for testing sensitive materials or conducting research that demands precise data.

8. What types of clamps and grips does the It Tensile Testing Machine offer?

It tensile machines come with flexible gripping options to suit various test requirements. They support both manual and pneumatic clamps, which makes the setup convenient and adaptable depending on the material being tested. The clips or grips are easily replaceable and can also be customized according to specific testing needs. Whether you're testing thin fabrics or thicker materials like leather, It provides the right clamping solutions to ensure secure and accurate testing without damaging the sample.

9. How user-friendly is the It Tensile Testing Machine for lab technicians and operators?

It focuses on ease of use with features like a color touchscreen interface, modular circuit design, and low-noise operation. The machine is simple to operate, even for those who may not have advanced technical knowledge. The color screen makes it easy to navigate settings, start or stop tests, and view real-time results. It also supports data storage for over 2000 test records, which helps users manage and review past test data efficiently. With automatic printing and multiple unit conversions (like N, CN, IB, IN), the machine is highly practical for daily laboratory use.

10. Does the It Tensile Testing Machine meet international testing standards?

Yes, tensile testing machines are designed to comply with a wide range of international and national testing standards. These include GB/T (China national standards), FZ/T (textile standards), (International Organization for Standardization), and (American Society for Testing and Materials). Meeting these standards ensures that the test results are reliable, consistent, and globally accepted. This makes the machine suitable for manufacturers, research labs, and certification bodies that need standardized and traceable testing procedures.