Cure development and important transitions in cure process such as gelation and vitrification point 10 13.
Optimum cure time rubber.
As same the curing time when vulcanized higher weight samples by using a hot press used for testing the mechanical properties of rubber compounds.
Only few cavities will dictate the cure time.
This difference is more evident in the compounds with fillers usually carbon black due to matrix filler interactions.
Typically vulcanization is represented using vulcanization curves.
The low compound temperature cavities.
Rubber compounds that have different formulations differ also in curing behaviors.
Length of time to cool down with rubber lined equipment left in autoclave will also have an influence on the cured lining hardness.
The degree of vulcanization of a rubber compound has a big influence on the properties of the final product.
Is the optimum curing time tc90 at rheometer.
In rubber terminology t90 is defined as optimum cure time for the rubber compound studied.
Therefore precisely defining the curing process including optimum cure time is important to ensure the production of final products having high performance.
If the time is short to heat it up it may require a longer cure time and if the unit requires a long time to heat it may require a shorter cure time.
A new method to predict optimum cure time of rubber compound using dynamic mechanical analysis article khimi2014anm title a new method to predict optimum cure time of rubber compound using dynamic mechanical analysis author s.
However according to the author s knowledge no comprehensive work was dedicated to monitor and predict optimum cure time of rubber compounds.
Optimum cure time t90 is the time required for the torque to reach 90 of the maximum achievable torque tc90 and relates to the time which is necessary for the cured rubber to achieve optimal.
As previously stated the cure time is determined from the rubber in the center of the flow whereas the limit is.
Raa khimi and keith a.
Length of time to get up to cure temperature.