High-efficiency curing production line for producing resin diamond wires

Abstract

The invention discloses a high-efficiency curing production line for producing resin diamond wires. The production line comprises a rack. The rack is provided with a driving shaft, a driven shaft, a driving motor, transmission chains, a reaction cavity, a feed cavity and a buffer discharge cavity. A plurality of locating blocks distributed uniformly are arranged on each transmission chain. The reaction cavity is sleeved with a metal shell. The metal shell is provided with a cooling water inlet pipe and a cooling water outlet pipe. A plurality of water cooling pipes are arranged between the metal shell and the reaction cavity. A graphite pipe A, a graphite pipe B, thermocouples, intermediate plates A and intermediate plates B are mounted in the reaction cavity. A cold air pipe is arranged between the two intermediate plates A. A plurality of air nozzles are mounted on the cold air pipe. The bottom surface of the rack is provided with a heat dissipation window A and a heat dissipation window B. An automatic material winding device is arranged below the driven shaft. The high-efficiency curing production line can improve the working efficiency and temperature control efficiency and further has the advantages of being high in safety, long in service life, convenient to use, low in labor intensity and manufacturing cost and high in winding efficiency.

Description

technical field [0001] The invention relates to a curing device, in particular to a high-efficiency curing production line for producing resin diamond wires. Background technique [0002] With the rapid development of the photovoltaic industry, the method of cutting monocrystalline silicon wafers by diamond wire is more and more used by various manufacturing factories. The diamond wire used now is mainly divided into two types: electroplated diamond wire and resin diamond wire. During the wire manufacturing process, a curing device is needed to cure the resin on the surface of the diamond wire. The existing curing device is mainly a curing furnace. However, due to the internal structure and heating method of the curing furnace, the internal temperature often fluctuates. Floating, resulting in poor temperature stability, resulting in poor quality diamond wire products, need to remanufacture, reducing work efficiency; and in order to ensure temperature stability, temperature d...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the photovoltaic industry, the method of cutting single crystal silicon wafers by diamond wire is more and more used by various manufacturing factories. The diamond wire used now is mainly divided into two types: electroplated diamond wire and resin diamond wire. In the wire manufacturing process, a curing device is needed to cure the resin on the surface of the diamond wire, and the existing curing device is mainly a curing furnace, but due to the internal structure and heating method of the curing furnace, the internal temperature often fluctuates up and down. Floating, resulting in poor temperature stability, resulting in poor quality diamond wire products, need to remanufacture, reducing work efficiency; and in order to ensure temperature stability, temperature detection devices and temperature control devices are often installed in the curing furnace, which Although this method can control the temperature at a constant temperature, there will be a delay in the constant temperature process, resulting in low temperature control efficiency; at the same time, workers need to manually collect the cured resin diamond wire after curing, and the labor intensity is high.

Therefore, the existing curing device has the problems of low work efficiency, low temperature control efficiency, and high labor intensity.

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