Novel coating equipment through utilizing vacuum nanometer technology

Abstract

The invention discloses novel coating equipment through utilizing vacuum nanometer technology, which comprises a machine case, a heating furnace, a deposition barrel and a support bracket. The heating furnace, the deposition barrel and the support bracket are connected via a metal pipe; and a connection flange is arranged at a connection port among the heating furnace, the deposition barrel and the support bracket and is fixed by a retaining ring. The equipment is characterized in that: a thin plate with pores is used as a shell of a rotary drum in the deposition barrel, so that coating materials can enter the deposition barrel from different directions; an inner cavity of the deposition barrel is divided into a plurality of equal parts by fine meshes. A refrigerator and a vacuum pump are arranged inside the support bracket, and are connected with the deposition barrel. The stainless steel thin plate with pores is used as the shell of the deposition barrel, the coating materials enter the deposition barrel from different directions, and the triangular inner cavity is divided into a plurality of equal parts to rotate 360 DEG, so that a magnetic ring continuously rotates during machining, and the optimal effect of machining the magnetic ring is achieved; and because the fine stainless steel meshes are used for protection, the magnetic ring is prevented from colliding during machining rotation.

Description

technical field [0001] The invention relates to a film coating device, in particular to a novel vacuum nanotechnology film coating device. Background technique [0002] At present, surface coating technology has been widely used in more and more fields. The film coating machines on the existing market can only be used for magnetic ring processing and production, and cannot be used for other product processing. During processing, the product is only placed in the lower half of the deposition barrel, and the fine sprocket, chain, and large sprocket are driven by a micro motor. The rotating shaft, the rotating shaft turns the screw, and turning the screw turns the deposition barrel to make a 360-degree rotation, but the product can only roll in the lower part of the deposition barrel, so the product may appear inconsistent. Contents of the invention [0003] The purpose of the present invention is to develop a novel vacuum nanotechnology film coating equipment with simple st...

AI Technical Summary

Problems solved by technology

The film coating machines on the existing market can only be used for magnetic ring processing and production, and cannot be used for other product processing. During processing, the product is only placed in the lower half of the deposition barrel, and the fine sprocket, chain, and large sprocket are driven by a micro motor. The rotating shaft, the rotating shaft turns the screw, and the screw rotates the sedimentation barrel for 360-degree rotation, but the product can only roll in the lower part of the sedimentation barrel, so the product may appear inconsistent

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