Japan jsw thixotropic injection molding machine favorite __ magnesium particle cutting machine
Japan jsw thixotropic injection molding machine favorite __ magnesium particle cutting machine
The Thixomolding type is a revolutionary magnesium alloy forming method that cares for the environment. The thixoforming type is a method of injection molding a magnesium alloy in a semi-molten state (thixotropic melt). The magnesium alloy is injected into the mold by heating and heating the magnesium alloy particles in the barrel of the molding machine and using the screw in the barrel for metering and conveying. The magnesium alloy particles produced by MACH are the favorite of Japan jsw thixotropic injection molding machine!
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The Thixomolding type is a revolutionary magnesium alloy forming method that cares for the environment. The thixoforming type is a method of injection molding a magnesium alloy in a semi-molten state (thixotropic melt). The magnesium alloy is injected into the mold by heating and heating the magnesium alloy particles in the barrel of the molding machine and using the screw in the barrel for metering and conveying. The magnesium alloy particles produced by MACH are the favorite of Japan jsw thixotropic injection molding machine!

Thira-based basics

The thixoforming type is a revolutionary magnesium alloy forming method that cares for the environment. The thixoforming type is a method of injection molding a magnesium alloy in a semi-molten state (thixotropic melt). The magnesium alloy is injected into the mold by heating and heating the magnesium alloy particles in the barrel of the molding machine and using the screw in the barrel for metering and conveying.

Tactile feature

Due to the use of magnesium alloy pellet raw materials, the thixoforming type does not use a dissolution furnace similar to the conventional die casting method, and the raw material can be easily replaced (similar to a plastic molding machine).
Due to the high injection pressure and fast injection speed, the surface quality of the product can be improved and thin-wall molding can be achieved.
Compared with the traditional die-casting method, the molding temperature is lower, which can improve the dimensional accuracy and mechanical properties of the product, and the low-temperature molding is beneficial to prolong the life of the mold.
Precision and thin wall molding can be achieved.
Depending on the product requirements, different molding temperatures for semi-molten or low-temperature full melting can be selected.
Since the molding does not come into contact with air, the working environment can be greatly improved and the work safety factor can be improved.
Because it does not use a flame-retardant protective gas (SF6, etc.) similar to the die-casting method, it can maximize the environmental protection of the earth. (Using 1 kg of SF6 shielding gas, equivalent to discharging 23,000 kg of carbon dioxide into the atmosphere)

<Tactile-type machine site_Shandong Yinguang Haoyuan Precision Casting Factory>

Thixotropy

An external shear force is applied to the alloy in a semi-molten state to pelletize the solid phase, resulting in a decrease in viscosity and an increase in fluidity.

Https://www.jsw.co.jp/product/mg/mg08_cn.html

Source: jsw Nippon Steel Works

光钰生产的镁合金颗粒产品质量稳定纯正,是日本jsw触变式射出成型机的最爱!

 

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