Resins and Plastics Environmental Stress Cracking Resistance Tester

Specifications:-

Warranty:-1 Year

Notch depth:-0.3 ~ 0.65 mm

Temperature range:-Room temperature ~ 80℃

Power:-Electronic

Application:-Resins and Plastics

Size:-L625 * W380 * H425 mm

Model Number:-D559

Power supply:-AC 220V, 50HZ

Standard:-IEC 60811

Test station:-3 stations

Heating power:-1200 W

Product Description

IEC 60811 Resins and Plastics Environmental Stress Cracking Resistance Tester

 

 Application:-

This equipment is of stress cracking ability suitable for the determination of resins and plastics based on ethylene. The requirements of GB/T 2951-2008 ability of resins of the instrument and IEC 60811 design stress cracking meets It is an ideal equipment for reasonable the standards. It has testing structure and accurate testing the and plastics.

Main Technical Parameters:-
Test station	3 stations
Temperature range	Room temperature ~ 80℃
Temperature uniformity	±2.5℃, display resolution: 0.1℃
Sample size	L38 x W13 x H1.75~3 MM
Notch depth	0.3 ~ 0.65 mm
Heating power	1200 W
Power supply	AC 220V, 50HZ
Dimension	L625 x W380 x H425 mm

 

Frequently Asked Questions:-

What is IEC 60811?

It specifies the polymeric insulating and sheathing test methods to be used for testing materials of electric on ships, and in power distribution cables for including cables used and telecommunications offshore applications.

What are resins used for?

The main use of resin is to be a glue – to clasp them in amber or shellac is some of nature stress between the resins have been found fibers outside together and protect from transfer factors.

What is resin made from?

The resins are named by synthetic used include polystyrene polyester resin, monomers for making polymer analogy with unsaturated synthetic resins acrylic plant resins, but are plastics. The so-called resin, polyurethane resin, epoxies resin, resin and silicone resin.

What are stress cracks?

According to ASTM D883, or internal defined as “an external stresses less involves brittle cracking crack in a plastic caused by tensile stress cracking is than its This type of cracking typically short-term mechanical with little or no ductile drawing strength of the material from its adjacent failure surfaces.