The curing properties of rubber com pounds are assessed following ASTM standards D5289-17 and D2084-17, utilizing Rotor-less Rheometers (MDR-A
Solid rubber specimen’s resistance to aging is evaluated per ASTM D 573-04(2015) standards, employing a heat aging oven for testing
The examination of resistance to fuel and oil in cured rubber specimens is conducted using equipment such as the Mettler balance and an oven, following the ASTM D471 test method.
The Tensile Strength of cured rubber specimens is evaluated using the ASTM D412-16 test method on a Universal Tensile Tester
The force needed to tear a cured rubber specimen is assessed following ASTM D624-00e1 standards, employing a Uni versal Tensile Tester for accurate measurement.
The assessment of rubber’s permanent deformation under elevated temperatures adheres to the ASTM D39 test procedure.
The resistance to ozone of solid rubber specimens is assessed following ASTM D1149-16 standards, utilizing an Ozone Chamber for testing purposes.
The resistance to pressure of rubber hoses is evaluated according to test methods SAE J 20-03 and SAE J 30-12, utilizing a pressure tester machine for accurate measurement.
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