Tensile Testing Machine LTTM-T2010

Introduction

Tensile Testing Machine has a maximum test force of 30 KN, ensuring it can handle high-load testing with exceptional stability. It features a durable frame design that provides long-lasting structural integrity, even under rigorous conditions. The advanced load capacity supports various testing applications while maintaining optimal performance. Its smooth testing operation minimizes vibrations and ensures consistent results throughout the process. Our machine has accurate force calibration, allowing precise adjustments to maintain testing accuracy.

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 evaluates the mechanical properties of materials by applying controlled tension until failure. It is used in industries such as automotive, aerospace, and construction to assess material strength, elongation, and elasticity.

Specifications

Maximum Test Force	30 KN
Temperature Range	-30℃~150℃ (single stage) -70℃~150℃ (cascade)
Environment Condition Temperature	5℃ to +40℃
Maximum Deformation Test Range	10 to 800 mm
Test Force Resolution	±1/500000
Deformation Test Range	0.2% to 100% FS
Testing Deviation	≤±0.5%
Test Force Measurement Range	0.4 % to 100 % FS
Accuracy Grade	0.5
Relative Humidity	≤85% RH
Displacement Deviation	≤±0.5%
Displacement Resolution	0.0025 μm
Test Width	400 mm
The Largest Itinerary of the Beam	1200 mm
Pore Diameter	φ50 to φ70
Power Supply	AC 380V (±10%), 50Hz (±0.5)
Machine Size	755 × 525 ×1950 mm
Dimensions (W × D × H)	240 × 400 × 500 mm
Weight	250 kg

Features

Anti-frost door heating

Binary cryogenic circuit

Heated viewing window

Welded piping reliability

Independent heating-cooling

FAQs

1. What is a Tensile Testing Machine, and how does it work?

A Tensile Testing Machine is used to evaluate the tensile strength and mechanical properties of materials by applying a uniaxial force until the material fractures. Tensile Testing Machines are equipped with high-precision load cells and advanced digital controls, ensuring accurate stress-strain analysis. These machines generate comprehensive data on parameters such as yield strength, ultimate tensile strength, and elongation, making them essential for industries that require consistent material performance validation.

2. What types of materials can be tested using a Tensile Testing Machine?

Tensile Testing Machines can test a wide range of materials, including metals, plastics, polymers, rubbers, textiles, composites, and biomaterials. machines offer versatile configurations that accommodate various material types, with specialized grips and extensometers that ensure optimal holding and strain measurement. For metals, the machines measure tensile strength and ductility, while for polymers and rubbers, they determine elasticity and elongation.

3. Why is tensile testing important in quality control?

Tensile testing is crucial in quality control as it ensures that materials meet the required mechanical properties before being used in production. Tensile Testing Machines help manufacturers assess properties such as yield strength, ultimate tensile strength, and elongation to prevent product failures and maintain industry compliance. By identifying defects and inconsistencies in raw materials, these machines help improve production efficiency, reduce waste, and minimize the risk of product recalls.

4. How does a Tensile Testing Machine control the rate of loading?

The rate of loading in a Tensile Testing Machine is controlled through precision motor systems and servo mechanisms that allow for gradual and consistent force application. machines feature closed-loop feedback systems that continuously monitor the load and adjust the speed to ensure accurate strain application. These machines allow operators to set different strain rates depending on the material type and industry standards.

5. What is an extensometer, and why is it used in tensile testing?

An extensometer measures the strain or elongation of a material during a tensile test. It tracks the change in length between two fixed points on the sample. It offers both contact and non-contact extensometers that provide high-precision measurements. Contact extensometers physically attach to the sample, while non-contact extensometers, such as laser or video-based systems, provide strain measurement without touching the material, ensuring higher accuracy and preventing sample distortion.

6. How do I ensure compliance with and standards during tensile testing?

To maintain compliance with and standards, it is essential to follow test protocols, calibrate the equipment regularly, and maintain detailed records of test parameters. machines come with built-in test profiles aligned with , , and other relevant standards. The software also allows automated data capture and report generation, reducing the risk of manual errors. It provides periodic calibration services and technical support to ensure that machines continue to meet regulatory standards, thereby maintaining consistent accuracy in test results.

7. How often should a Tensile Testing Machine be calibrated?

Calibration ensures the accuracy and reliability of test results. It recommends annual calibration for Tensile Testing Machines, though high-precision applications may require more frequent calibration, such as quarterly or biannual checks. It provides comprehensive calibration services that include verifying load cells, extensometers, and displacement sensors. Calibration certificates issued by It ensure that machines remain compliant with international standards and regulatory requirements, providing confidence in test data accuracy.

8. Can a Tensile Testing Machine be integrated with data acquisition systems?

Yes, Tensile Testing Machines integrate seamlessly with data acquisition systems that capture real-time data on load, displacement, and elongation. These systems provide stress-strain curves and allow for easy data analysis, retrieval, and storage. Its advanced software generates detailed reports that comply with industry standards, ensuring accuracy, traceability, and easy access to test results for quality control and audit purposes.