Tensile Testing Machine LTTM-T2011

Introduction

Tensile Testing Machine has a maximum test force of 100 KN, making it ideal for conducting high-intensity testing with precision and reliability. It features anti-frost door heating, which prevents frost buildup and ensures a clear view during testing. The binary cryogenic circuit maintains stable low temperatures, enhancing the efficiency of cooling operations. Its heated viewing window provides consistent visibility, preventing condensation and ensuring accurate monitoring of test processes. Our machine's welded piping reliability ensures leak-proof performance, contributing to the durability and longevity of the system.

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	100 KN
Temperature Range	-30℃~150℃ (single stage) -70℃~150℃ (cascade)
Environment Condition Temperature	5℃ to +40℃
Maximum Deformation Test Range	10 to 800mm
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	0.03 μm
Test Width	550 mm
The Largest Itinerary of the Beam	960 mm
Pore Diameter	φ50 to φ70
Power Supply	AC 380V (±10%), 50Hz (±0.5)
Machine Size	1070 × 655 × 2100 mm
Dimensions (W × D × H)	350 × 400 × 500 mm
Weight	1250 kg

Features

Durable Frame Design

Advanced Load Capacity

Smooth Testing Operation

Accurate Force Calibration

High Precision Measurement

FAQs

1. Can a Tensile Testing Machine perform both tensile and compression tests?

Yes, most modern Tensile Testing Machines, including those from It, are designed to perform both tensile and compression tests. These machines are equipped with a dual-action load frame that applies force in both tension and compression modes. machines come with interchangeable fixtures and grips that allow seamless switching between test modes. Compression testing evaluates properties such as compressive strength and modulus, while tensile testing measures parameters like ultimate tensile strength and elongation.

2. What is the significance of crosshead speed in tensile testing?

Crosshead speed refers to the rate at which the machine’s crosshead moves during a test, directly affecting strain rate and test results. Tensile Testing Machines allow precise control of crosshead speed, ensuring compliance with industry standards such as and . The selection of appropriate crosshead speed depends on the type of material and the desired test parameters. Too fast a speed may result in inaccurate stress-strain data, while too slow a speed may cause unnecessary delays.

3. Can I conduct high-temperature tensile testing using a standard Tensile Testing Machine?

High-temperature tensile testing requires a machine equipped with an environmental chamber or furnace that can maintain the desired temperature during testing. It offers customized Tensile Testing Machines with integrated high-temperature chambers capable of reaching temperatures up to 1200°C or more. These chambers ensure uniform heating of the sample and maintain temperature stability throughout the test. High-temperature tensile testing is critical in industries like aerospace, where materials are subjected to extreme thermal conditions.

4. What role does software play in tensile testing, and how does software enhance the process?

Software plays a vital role in controlling test parameters, capturing data, and analyzing results. advanced software solutions automate test procedures, ensuring accurate data acquisition and analysis. The software allows users to create custom test profiles, set test limits, and monitor real-time stress-strain curves. It also supports data export, report generation, and compliance with international standards. intuitive interface simplifies operation, reduces errors, and enhances overall efficiency, making it easy for operators to perform complex testing protocols with minimal training.

5. How do extensometers improve the accuracy of strain measurement?

Extensometers measure the elongation of a material during tensile testing with high precision. It offers both contact and non-contact extensometers that capture strain data accurately. Contact extensometers physically attach to the sample, while non-contact systems, such as laser and video extensometers, use optical methods to monitor strain without physical contact. Non-contact extensometers provided by It eliminate the risk of sample damage and provide higher accuracy, especially for delicate materials.

6. Can I test thin films and foils using a Tensile Testing Machine?

Yes, testing thin films and foils requires highly sensitive equipment capable of detecting small loads and subtle elongations. Tensile Testing Machines are equipped with high-resolution load cells and precision grips designed specifically for thin materials. Special care is taken to prevent sample slippage and ensure uniform strain distribution. machines provide accurate tensile strength, elongation, and modulus data for thin films used in industries such as packaging, electronics, and biomedical research.

7. Is it possible to perform cyclic loading tests with a Tensile Testing Machine?

Yes, cyclic loading tests involve applying repeated tensile and compressive forces to a sample to study its fatigue behavior. Tensile Testing Machines come equipped with programmable software that enables cyclic loading tests with customizable parameters such as load, frequency, and number of cycles. These tests are essential for evaluating the durability of materials used in applications where repetitive stress is expected, such as automotive and aerospace components.

8. How can a Tensile Testing Machine be adapted for creep testing?

Creep testing involves applying a constant load over an extended period to evaluate the deformation of a material under sustained stress. Tensile Testing Machines can be modified to perform creep testing by integrating specialized fixtures and environmental chambers that maintain the required temperature and load conditions. The machine’s advanced software ensures continuous monitoring and recording of strain data over time.