TIME Material Testing Machines

Charpy / Izod Impact Testing Machine Charpy / Izod Impact Testing Machine

It is mainly used to determine the anti-impact capability of ferrous metal materials with high toughness, especially for steel and iron and their alloys, under dynamic load. This machine can be operated semi-automatically. The pendulum of the machine can be raised or released automatically. Be applicable for continuing testing in different kinds of laboratories and other metallurgy industrial manufactories. It is designed and developed according to national standard GB/T3808-1995 "Pendulum Impact Testing Machine" and ISO, ASTM, and do impact test for metal material according to the GB/229-1994 "Charpy Impact Test Method for metals"

Computer Controlled Electronic UTM Computer Controlled Electronic UTM

This series of machine is suitable to test the meachanic properties of meal, non-metal & compound materials. It is designed according to GB, JIS, ASTM and ISO standards. It can automatically calculate tensile strength, yield strength, elongation ratio, breaking strength and other parameters of materials. It is an ideal equipment for quality control and laboratory research in factories and high schools.

Dual Digital Display Spring Tension & Compression Testing Machine Dual Digital Display Spring Tension & Compression Testing Machine

TLS-S I Series of spring tension & compression testing machine adopts integrated circuit and micro-computer to test the 2 parameters of displacement and load and to digitally display their values, as well as printing out the testing results. Hand loaded, the machine can pre-set the upper & lower limit load of 4 test points and auto judge the qualification of the 4 test points. It can also auto-revise displacement of load cell. Generally, the machine has functions of peak value holding, overload protection, zero clearing at any test point, stiffness calculation, data retrieval, etc. It is suitable for testing of various precision extension and compression springs and intensity measuring of btittle materials.





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