Universal Testing Machine with Temperature Chamber, also known as the high and low temperature universal material testing machine, is mainly used for testing and analyzing the physical and mechanical properties of metal materials, non-metal materials, composite materials, polymer materials, such as tension, compression, bending, shearing, peeling, tearing, and load holding at room temperature or high and low temperature environments. It is widely used in petrochemical industry, machinery manufacturing, plastics and rubber, adhesives, ceramic building materials, metal materials, as well as universities, scientific research institutions, technical supervision, quality inspection stations and other departments for R&D and quality control.
Application areas:
It is suitable for rubber, plastic profiles, plastic pipes, plates, sheets, films, wires and cables, waterproof membranes, metal wires, metal rods, metal plates and other material products. It is also an ideal testing instrument for industrial and mining enterprises, commodity inspection and arbitration, scientific research institutions, colleges and universities, engineering quality departments and other departments.
Product features:
1. Composition: Consists of a computer-controlled servo tensile testing machine and a temperature chamber.
2. The tensile testing machine can perform tests at both room temperature and high and low temperatures.
3. The tensile testing machine and temperature chamber can be separated by guide rails.
4. Utilizes high-precision closed-loop control software for displacement, speed, and load.
5. Drive: Utilizes a high-precision ball screw drive, offering high efficiency, high rigidity, minimal deformation, and low noise.
6. Drive: Utilizes a Japanese Panasonic servo motor, providing stable, widely adjustable speed, high speed, low vibration, and high-speed positioning.
7. Powerful Software: It can meet the needs of testing diverse materials and simultaneously implement various standards, including international standards (with data processing capabilities for multiple standards). Units: N, kN, g, kgf, Ib, and cN can be converted between each other. Designed in accordance with test standards, the powerful testing software is powerful. Test curves can be zoomed in to clearly visualize the amount of data collected, the speed, and the smoothness of the curve, reflecting the overall processing capabilities of the hardware and software.