Super-large energy-saving and environment-friendly rubber vulcanizing machine

Abstract

The invention discloses a super-large energy-saving and environment-friendly rubber vulcanizing machine, and relates to rubber vulcanizing machines. The super-large energy-saving and environment-friendly rubber vulcanizing machine comprises a round base, wherein a functional table is arranged at the middle position of the upper end of the round base; a plurality of sliding rails are arranged at the upper end of the round base on the outer side of the functional table along the radial direction; slide seats which are consistent with the sliding rails in quantity are assembled on the sliding rails; hydraulic cylinders and bearing frames, which are consistent with the slide seats in quantity, are arranged on the slide seats; annular lower dies are assembled on the hydraulic cylinders; annular upper dies are arranged at the upper ends of the bearing frames; and when the rubber vulcanizing machine works, the annular lower dies are matched with the annular upper dies. By virtue of a split hydraulic cylinder structure design, small hydraulic cylinders are arranged on the slide seats and can advance and retreat at the positions corresponding to the sliding rails, so that the positions of the small hydraulic cylinders on equipment can be flexibly adjusted according to the size dimension of the product; and the defects that existing large vulcanizing equipment is large in investment and high in manufacturing cost in industries are greatly changed. The work which can be finished by multiple pieces of equipment in industries can be finished by only one rubber vulcanizing machine.

Description

technical field [0001] The invention relates to a rubber vulcanizer, in particular to a super-large energy-saving and environment-friendly rubber vulcanizer. Background technique [0002] In the known technology, the rubber vulcanizing machine currently used in the rubber sealing industry, whether it is a flat plate or an injection, or other forms, if the diameter of the main plate of the equipment exceeds 2m, the cost is very expensive (usually more than 1 million), and large Most of the sealing rings of drinking water pipes have a diameter of more than 2 meters, and there are many different models and specifications. If each type of sealing ring needs a special rubber vulcanizer, it will bring great troubles to the enterprises that produce sealing rings. For ordinary enterprises, they cannot bear the investment cost of equipment, which seriously restricts this. industry development. [0003] In addition, the production efficiency of the current large-scale vulcanizers is...

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Problems solved by technology

If each type of seal ring needs a special rubber vulcanizer, it will bring great troubles to the enterprises that produce seal rings. For ordinary enterprises, they cannot bear the investment cost of equipment, which seriously restricts this. industry development

[0003] In addition, the production efficiency of the current large-scale vulcanizers is low, and the product quality is not easy to control; because the heating plate is too large, the heating temperature control is not uniform, and the vulcanization temperature of the rubber has a fatal relationship with its production quality, so the current equipment is not suitable for production. The quality control of the product is unfavorable. Because the heating plate is too large, it needs 3~4 people to cooperate to complete the production operation, and the production efficiency is also very low. At the same time, because the current large vulcanizing machines basically use electric heating, the heating plate , high energy consumption, high production cost

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