Foam Testing Machine

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.

Foam compression tester is an instrument used to test the compression properties of foam materials, mainly suitable for foam products, mattress manufacturing, automobile seat manufacturers and other industries, for laboratory testing in these industries and quality control on the production line.
Using high-precision sensor and measurement and control software, it can accurately measure the compressive strength, elastic modulus and other parameters of foam materials.
It has a variety of test modes such as rupture test, constant deformation test stress, constant force test deformation, etc., which can meet different test needs.

Foam resilience testing machine is a professional material testing equipment.
It is mainly composed of a sturdy frame, accurate measurement system and easy to operate control system. It is designed to provide users with accurate, reliable and repeatable foam resilience test data.
Using advanced technology, it is possible to accurately measure the rebound height of the steel ball on the foam sample to quantify the resilience of the foam. The machine is equipped with highly sensitive sensors and precision measuring mechanisms to ensure the accuracy and stability of data.

Foam compression durability test equipment is an instrument used to test the durability of foam materials under long-term compression The ability to accurately apply a set amount of pressure to simulate compression in real use. It can realize various loading modes such as continuous loading and intermittent loading.
The high precision displacement sensor monitors the displacement change of foam in the compression process in real time and accurately reflects its deformation degree.
Record the force value in the compression process at any time to determine the ability of the foam material to withstand the pressure.
Automatically record force value, displacement, time and other key data.