Wood-grain-printed aluminum material production line and production process thereof

Abstract

The invention relates to the technical field of aluminum alloy profiles, and particularly discloses a wood-grain-printed aluminum material production line and a production process thereof. The production line comprises a heating channel which is used for carrying out baking and heat transfer printing to aluminum material coated with wood grain paper, a cooling channel for cooling the heat transferprinting finished aluminum material is arranged at the downstream end of the heating channel, an inspection table used for detecting the heat transfer printing degree of the aluminum material is arranged between the heating channel and the cooling channel, the production line is further provided with a suspension conveying mechanism for conveying the aluminum material, wherein the suspension conveying mechanism comprises an annular circulation rail which is connected with the heating channel, the inspection table and the cooling channel in sequence, suspension assemblies are arranged on the annular circulation rail in a sliding mode, and the tops of the heating channel and the cooling channel are provided with slits allowing the suspension assemblies to penetrate through and to extend into the heating channel or the cooling channel. The production line is suitable for the aluminum materials of more specifications and sizes, the cost is low, the connection between all the procedures issmooth, the annular arrangement is adopted, the continuity of the production line is improved, and the production area is effectively reduced.

Description

technical field [0001] The invention relates to the technical field of aluminum alloy profiles, in particular to a production line of wood-grained aluminum and a production process thereof. Background technique [0002] In the production process of wood-grained aluminum alloys, it is necessary to print various wood grains on the surface of aluminum alloy profiles. Put the aluminum alloy profile into a plastic bag with matching specifications and shapes. There is an opening at one or both ends of the plastic bag, and the opening is sleeved outside the air outlet of the vacuum equipment for vacuuming, and then the vacuumed plastic bag profile Enter the baking oven for wood grain thermal transfer printing, let the ink of the wood grain paper adhere to the aluminum alloy profile, and then cool and take off the bag. However, this vacuum thermal transfer printing is only suitable for profiles with regular shapes and uniform specifications. When the profile is plate-shaped, profil...

AI Technical Summary

Problems solved by technology

[0002] In the production process of wood-grained aluminum alloys, it is necessary to print various wood grains on the surface of aluminum alloy profiles. Put the aluminum alloy profile into a plastic bag with matching specifications and shapes. There is an opening at one or both ends of the plastic bag, and the opening is sleeved outside the air outlet of the vacuum equipment for vacuuming, and then the vacuumed plastic bag profile Enter the baking oven for wood grain thermal transfer printing, let the ink of the wood grain paper adhere to the aluminum alloy profile, and then cool and take off the bag. However, this vacuum thermal transfer printing is only suitable for profiles with regular shapes and uniform specifications. When the profile is plate-shaped, profiled, or the profile is large in size, it will cause problems such as difficulty in encapsulating the plastic bag, difficulty in matching the size and shape of the plastic bag, and difficulty in sealing the opening of the plastic bag and the exhaust port of the vacuum equipment. In daily actual production, the shape and size of aluminum alloy profiles often need to be changed according to customer needs, there are no general specifications, and there are also small batch orders; on the other hand, the connection between various processes is also poor, and the labor intensity of workers is high. , work efficiency is slow

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