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Used to test the highest temperature called brittleness temperature when the specimen is broken by impact in prescribed conditions. Applied for non-rigid plastic and other flexible materials at low temperatures and also test the brittleness temperature and low temperature performance for different rubber material or different formula vulcanized rubber.

Use carbon fiber pendulum to improve the rigidity of the material in the impact direction,  and concentrate the impact mass on the center of mass of the pendulum to the maximum,  so as to truly achieve no vibration impact test and increase the service life.High-precision intelligent controller,  equipped with LCD display, it can read data intuitively and accurately.

Tensile testing machine for plastic and rubber materials is an important test equipment used to evaluate the mechanical properties of plastic and rubber materials.

Plastic testing equipment is usually composed of loading system, measurement system, control system and data acquisition and processing system. The working principle is to measure the deformation and stress of the plastic sample during the tensile process by applying a gradually increasing tensile force, so as to obtain a series of key performance parameters.

Plastic film paper brightness opacity tester is a precision instrument specially used to measure the brightness and opacity of plastic film paper.

The equipment is mainly composed of heating system, loading system, measuring system and control system. The heating system is able to heat the plastic sample to a specific temperature so that it becomes molten. The loading system applies a certain load to push the molten plastic through the standard die.
The measuring system accurately records the mass of the plastic melt that flows out within a specified period of time to obtain the melt flow index. This index reflects the fluidity of plastics and is of key significance for assessing the processability and quality of plastics.

Plastic film tensile testing equipment is widely used in the quality control of plastic film production enterprises to help ensure that products meet relevant standards and customer requirements. At the same time, it also provides data support for the research and development department to improve product performance, which is of great significance for improving the quality and market competitiveness of plastic film.

Tensile strength testing equipment is widely used in metal materials, plastics, rubber, fiber, composite materials and other fields. For metal materials, its strength, toughness and ductility can be understood through tests; For plastic products, their tensile resistance and durability can be assessed; In terms of fiber and composite materials, it can help determine their mechanical properties and provide a basis for product design and optimization.

Single column vertical structure, compact design, space saving, while ensuring the stability and accuracy of the test. The testing machine is equipped with high-precision sensors and advanced control systems, which can accurately measure the mechanical parameters of rubber and plastic materials under different stress conditions such as stretching, compression and bending. Suitable for a variety of rubber and plastic materials, including rubber, plastic, composite materials, etc.

Plastic rubber tensile strength testing machine mainly by applying gradually increased tension to the material, while measuring the deformation of the material in the tensile process, so as to determine the tensile strength of the material, elongation at break and other performance indicators. Its working principle is based on Hooke's Law, which states that within the elastic limit, the stress of an object is proportional to its stress.

The resin melt flow plastic testing machine mainly measures the quality of the plastic melt through the standard die within a specified time under certain temperature and pressure conditions. The basic principle is to use a heating device to heat the resin in the barrel to a molten state, and then apply a certain pressure through the plunger or screw to extrude the melt from the die. By measuring the mass and time of the extruded melt, the flow rate of the melt can be calculated.

It can ensure that the compressed mattress can still maintain good elasticity and support after vacuum packaging. By simulating the actual vacuum packaging environment, the mattress is rigorously tested to determine whether it meets the quality standards. In the test process, it can accurately measure the thickness change of the mattress, resilience and other key indicators, to provide reliable data support for the production enterprise.

Such test equipment usually consists of a robust frame, release mechanism, and measurement system. It works by releasing a sphere of a specific mass from a certain height, causing it to free fall onto a sample of foam material, and then measuring the height of the sphere's rebound. Through the comparative analysis of the falling height of the sphere and the rebound height, the resilience of the foam material can be accurately evaluated.

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.

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.