Efficient riveted air supply port

Abstract

The invention discloses an efficient riveted air supply port. The efficient riveted air supply port is characterized by comprising an air supply port box body mounted in a separation layer of a mounting top plate; a sealing frame of an efficient filter is mounted at an air supply port of the air supply port box body; the air supply port comprises a flow homogenizing plate, an air supply port box body, an efficient filter and a flow scattering plate in sequence from top to bottom; the air supply port box body consists of an upper box body and a lower box body; the upper box body and the lower box body are fixedly connected as a whole; the lower box body is mounted in the separation layer of the mounting top plate; a pressing block for placing the efficient filter is fixedly mounted at the lower end of the lower box body; a sealing pad is arranged at the contacted placed of the efficient filter and the upper box body; the flow homogenizing plate is mounted at an air inlet of the upper box body; and the flow scattering plate is mounted at an air outlet of the air supply port box body. The efficient riveted air supply port is higher in energy conservation and environmental protection in the production process, reduces the harm to the environment, and meanwhile, is better in sealing effect compared with a welding structure to achieve higher tightness.

Description

technical field [0001] The invention belongs to the technical field of air purification, and in particular relates to a riveted high-efficiency air supply port. Background technique [0002] The high-efficiency air supply port is an ideal terminal filter device for 1,000-class, 10,000-class purification air-conditioning systems, and is widely used in electronics, hospitals, food, chemical and other industries. In particular, the high efficiency is used for the terminal filter device of the newly built and renovated 1000-300000 class clean rooms at all levels, and is the key equipment to meet the purification requirements of various clean rooms. [0003] The processing technology of the traditional high-efficiency air supply outlet is steel plate bending and welding, and the outer surface is sprayed. Since the spraying process will produce VOC, formaldehyde, thinner, heavy metals and other pollution, it will cause direct or immediate damage and impact on the ecosystem. The m...

AI Technical Summary

Problems solved by technology

Since the spraying process will produce VOC, formaldehyde, thinner, heavy metals and other pollution, it will cause direct or immediate damage and impact on the ecosystem. The most serious pollution not only brings health problems to humans, but also causes a series of social problems

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