Abstract
Adhesion strength between topping rubber and fabric (nylon 66 and polyester-nylon 66) and cover rubber and topping rubber of heat resistant conveyor belt based on SBR and chlorobutyl rubbers have been measured over a range of peel rates and temperatures and after ageing of the joints at various temperatures and durations. The adhesion strength between SBR topping compound and nylon 66 was greatest. TMTM-based SBR cover compound registered highest adhesion strength with the SBR topping compound. Decreasing the rate or increasing the temperature of testing reduced the peel strength of the joints. Rubber to fabric adhesion decreased with ageing time and temperature, while rubber to rubber joint strength initially decreased and then increased or remained constant.
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