A system for surface fine treatment of rubber waterstops after forming

Abstract

The invention relates to a surface fine treatment system for a rubber waterstop after forming, which includes a pedestal and a grinding mechanism. The pedestal is symmetrically installed on the existing working ground. The lower end is connected to the existing working ground. This invention adopts the design concept of multiple pressing and limit combined structure to carry out fine treatment on the surface of the rubber waterstop after it is formed. treatment, thereby improving the overall grinding efficiency of the rubber waterstop, and the grinding group adopted at the same time adopts a reciprocating and staggered grinding mode, which is conducive to improving the surface grinding degree of the rubber waterstop.

Description

technical field [0001] The invention relates to the technical field of rubber product processing, in particular to a surface fine treatment system for rubber waterstops after forming. Background technique [0002] Rubber waterstops and waterstop rubbers are made of natural rubber and various synthetic rubbers as the main raw materials, mixed with various additives and fillers, and are made through processes such as mastication, mixing, compression molding, vulcanization and trimming. There are many varieties and specifications, including bridge type, mountain type, P type, U type, Z type, etc. Rubber waterstops can be classified into buried rubber waterstops and back-mounted rubber waterstops according to usage conditions. , The rubber waterstop has good elasticity, wear resistance, aging resistance and tear resistance, strong adaptability to deformation, good waterproof performance, and its temperature range is -45°C-+60°C. When the temperature exceeds 70°C And when the ru...

AI Technical Summary

Problems solved by technology

[0003] 1. Traditionally, when the surface of the rubber waterstop is polished manually or mechanically, the method of single-sided single-time grinding is often used, but this method has low work efficiency and is easy to cause the degree of grinding between the two ends of the rubber waterstop. It is in an uneven state, and the debris generated during the grinding process cannot be cleaned up in time, and the existence of debris can easily affect the movement of the grinding structure and the grinding effect;

[0004] 2. The multi-directional freedom of the rubber waterstop is less than comprehensive and effective clamping, and then it is prone to eccentricity during the grinding process, and the eccentricity is easy to affect the uniformity of the grinding surface. At the same time, rigid direct The pressing structure is easy to cause pressing damage or dents that are difficult to recover on the surface of the rubber waterstop

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