hY4150 Environmental Stress-Cracking Tester
HY4150 Environmental Stress-Cracking Tester is used to determine the susceptibility of ethylene plastics to environmental stress-cracking when subjected to specified conditions. In the presence of environments such as soaps, wetting agents, oils, or detergents, ethylene plastic may exhibit mechanical failure by cracking.
Product Information
Brand:
Anytester
Model number:
HY4150
HY4150 Environmental Stress-Cracking Tester is used to determine the susceptibility of ethylene plastics to environmental stress-cracking when subjected to specified conditions and in the presence of environments such as soaps, wetting agents, oils, or detergents, ethylene plastic may exhibit mechanical failure by cracking. This instrument complies with the following international and industry standards. ISO: ISO 4599. ASTM: ASTM D1693. GB/T: GB/T 1842. Technical Specification HY4150 Temperature range RT-95℃ Temperature accuracy ±0.5℃ Temperature fluctuation ±0.2℃ Temperature gradient ±0.5℃ Nicking depth 0~1mm, adjustable
Recommended products
ASTM D1895 Apparent Density Tester
AT303 ASTM Series Apparent Density Tester is used to measure the apparent density, bulk factor, and where applicable, the pourability of plastic materials such as molding powders. The apparatus consists of a measuring cup and a funnel. These series testers conform to ASTM D1895.
TST-300 Congo Red Thermal Stability Tester
TST-300 Congo Red Thermal Stability Tester is used to determine the thermal stability of PVC compounds for insulating and sheathing materials of electric cables.
Dial Type Plastic Charpy Impact Tester
HY4251A Charpy Impact Tester is used to determine the impact toughness of non-metallic materials such as rigid plastics, fiber-reinforced composite materials, nylon, glass, ceramics, cast stone, asbestos boards, electrical insulating materials, etc. It is suitable for notched and unnotched specimens.
HY4900 Torque Rheometer
HY4900 Torque Rheometer is a measuring system for studying the flow, plasticizing, heat and shear stability of polymers. This system consists of a platform and some function units, such as the mixer and extruder. The platform connected with a function unit can measure flow and compounding behaviors, critical processing parameters of temperature, pressure, torque and viscosity of polymers in the laboratory—requiring only small sample volume. This instrument, which is designed as an excellent system with high measuring precision, handling flexibility and testing reproducibility, has been widely applied in scientific research, quality control and process experiment.