Rubber Vulcanizing Press Testing Machine

Rubber vulcanizing press testing machine

Equipment summary:
Rubber vulcanizing press testing machine use in pressing all kinds of rubber molding products and non-model products, major equipment, can also be used to suppress various types of thermosetting plastics and foam rubber products. Independent institutions and the electrical power system that uses centralized control buttons. Working pressure, heating temperature can be adjusted within a certain range. There are manual and semi-automatic models.

Applicable industry:
Rubber vulcanizing press testing machine suitable for rubber, tire, recycled rubber manufacturers

Main features:
Rubber vulcanizing press testing machine is a four-post structure under the roof, the host from the upper beam and lower base, moving platform, the cylinder group and the column and so on. Plunger cylinder group structure installation within the next base...
1, While working, plunger movement from the bottom up mold, pressing, and automatic heat, pressure and exhaust functions, to ensure product quality. The machine is equipped with hydraulic power source for use in stand-alone drive.
2, When product vulcanizing, the pump motor to stop working, and has automatic pressure compensation function and the pump shutdown time delay, circuit configuration is more reasonable and reliable.
3, Gas discharge time, put the number of gas, heating temperature and curing time can be set, easy to operate.
4, The machine is stand-alone structure of a single pumping station, pumps located in the host on the right, under the base to double as the fuel tank; Hydraulic and electrical systems, they are overload protection, safety and reliability.
5, Hydraulic application of the German imported technology, reliable sealing and long life.
6, The machine fastening electrical boxes to the left of the host, with the buttons, the respective curing time control, temperature control and electric hydraulic compensation function.
7, The user can be allocated according to their characteristics and selection of models.