Tensile Strength Tester

The rubber and plastic coating adhesion tensile testing machine is an important equipment specially used to test the adhesion of rubber and plastic coatings.
The adhesion properties of rubber and plastic coatings are critical in many industrial fields. The tester accurately measures the bond strength between the coating and the base material by simulating various stress conditions in real use.
It usually uses advanced mechanical sensing technology and sophisticated control systems to apply loads and accurately record changes in force values during stretching. The operation of the testing machine is relatively simple, and the operator can set the appropriate parameters according to different test requirements, such as tensile speed, maximum load, etc.

It is mainly used to measure the mechanical properties of plastic and metal materials under tensile load. Its basic structure includes a fixed fixture and a movable fixture, and the two ends of the material sample are fixed on the two fixtures respectively during the test. For metal materials, the fixture needs to have enough clamping force to ensure that the sample will not slip during the stretching process, and to adapt to different shapes (such as round, rectangular cross sections, etc.) of the metal sample; For plastic materials, the fixture should ensure both clamping and can not cause excessive extrusion damage to the sample.
The testing machine uses a drive system to apply tension to the movable fixture, which is gradually increased to simulate the tensile force that the material is likely to experience in actual use. During the tensile process, the tester is equipped with a high-precision sensor that can accurately measure the size of the tensile force, and also measure the amount of elongation of the sample. For plastic materials, due to their mechanical properties such as elastic modulus and metal are very different, the testing machine can accurately measure in a wide range of tension and elongation.

A precision instrument designed for testing the tensile strength of paper. The whole structure includes test platform, fixture, loading system and measuring system. The test platform provides stable support for the paper, the fixture firmly holds the paper sample to prevent it from slipping, the loading system accurately applies the tensile force, and the measuring system monitors the force and deformation in real time.
The tester works according to the principle of material mechanics, by applying axial tensile force to paper, analyzing the relationship curve between force and elongation, the tensile strength, elongation at break and other indicators are obtained. It has many performance characteristics, high measurement accuracy, force and elongation measurement accuracy of up to ±0.5% and ±0.1mm, can accurately reflect the tensile properties of paper. It also has a variety of test modes, such as constant rate tensile mode, fixed load tensile mode, etc., to adapt to various paper testing needs. And it is equipped with advanced data processing software, which automatically analyzes the data after the test, obtains the tensile strength, elastic modulus, breaking work and other indicators, and generates a detailed test report.

High And Low Temperature Universal Tensile Test Equipment is usually composed of control system, temperature regulation system, loading system and measuring system. The control system is responsible for precisely setting and adjusting test parameters such as temperature, tensile speed and tensile strength. The temperature control system can achieve a wide range of temperature control from low to high temperature, creating the required environment for testing. The loading system applies a stable and controllable tension to detect key indicators such as the tensile strength and yield strength of the material. The measuring system accurately records the deformation, stress and other data of the material during the test Applicable to many fields.

Compressive strength tester is an important test equipment specially used to measure the compressive properties of materials. It plays an indispensable role in many fields, such as material science, manufacturing, construction engineering, etc.
From the appearance, the compressive strength testing machine is usually composed of a sturdy frame, loading system, measurement system and control system. The frame provides a stable support structure to ensure the stability and safety of the entire equipment during testing.
In terms of working principle, the compressive strength testing machine applies gradually increasing pressure to the material under test through a loading system. The loading system can be hydraulically driven, electrically driven or mechanically driven. As the pressure increases, the measuring system accurately records the pressure value and the corresponding deformation of the material in real time.

It is mainly used for accurate testing of tensile strength and other properties of various materials. By applying a specific tensile force, various data such as maximum tensile force, yield strength and elastic modulus can be accurately measured during the tensile process of the material.
The testing machine has an advanced control system and high-precision sensors to ensure the accuracy and reliability of test results.

Tensile compression bench testing machine is an important material testing equipment. It is mainly used to test the mechanical properties of various materials such as tensile and compression.

This testing machine has a precise measurement system, which can accurately obtain various data during the stress process of the material, such as tensile strength, yield strength, elastic modulus, etc. Its operation is relatively simple, and after the parameters are set by the control system, the test can be carried out automatically.

This machine is designed for conducting tensile tests on various materials. It measures the strength and deformation of samples under applied loads. With precise measurement capabilities, it provides accurate results for quality control and research purposes in a wide range of industries.

The single column tensile strength testing machine for plastic material is a specialized equipment designed to precisely measure the tensile strength of plastic materials. It features a single column structure for stability and accuracy. With advanced technology, it provides reliable results for quality control and material characterization in the plastic industry. This machine offers easy operation and maintenance, making it a valuable tool for researchers and manufacturers alike.

The high precision high low temperature tensile strength testing machine is a sophisticated device designed for precise testing of tensile strength at extreme temperature conditions. It offers accurate measurements with high precision, enabling reliable evaluation of materials under varying thermal environments. This advanced machine is essential for industries requiring strict quality control and material characterization.

This High Low Temperature Tensile Tension Test Equipment is designed for precise measurement of tensile tension under varying extreme temperatures. It offers reliable results, allowing for material characterization and quality assessment. With advanced features, it enables accurate testing in harsh temperature conditions, crucial in industries like automotive and aerospace. A essential tool for ensuring material performance and durability.

This is a high-precision testing machine utilizing computer servo control technology. It offers universal testing capabilities for various materials and components. With precise control and data analysis, it ensures accurate and reliable test results, facilitating quality control and research in various industries.

The automatic universal tensile material testing machine is a high-precision instrument designed for testing the tensile properties of various materials. It offers automated operations, ensuring accurate and consistent results. With advanced sensors and control systems, it precisely measures the stress and strain during the tensile process. This machine is versatile, capable of handling a wide range of materials, providing valuable data for quality control and research purposes. Its user-friendly interface makes it easy to operate and interpret the test results