Precursor, screw three small parts, nozzle material
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SKD61
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Spray seat flange, adapter, joint, spray nozzle, cold water jacket, nut, nylon special inner and outer spring spray nozzle, anti-reverse oil pressure, spray seat flange, rubber head, anti-reverse ring, etc.
Product advantages:
The precursor, as a key supporting component of the injection molding machine, is forged from high-strength SKD61 alloy steel, which has excellent high-temperature resistance, wear resistance, and deformation resistance. Its precise processing technology ensures a perfect fit with the injection molding machine body, effectively reducing energy loss and improving the stability and accuracy of the injection molding process. The optimized flow channel design further improves the flow efficiency of the melt, bringing higher output and lower energy consumption to your production line.
The three small parts of the screw are the core components of the plasticizing system of the injection molding machine, which directly affect the plasticizing quality and production efficiency of the plastic. We use SKD61 advanced alloy material, combined with advanced heat treatment technology, to ensure that the three small parts of the screw have excellent wear resistance, corrosion resistance, and high-temperature resistance. The precise grinding process ensures a tight fit between the screw and the barrel, reducing gaps and avoiding material leakage. At the same time, it optimizes the plasticizing effect, making the product molding more uniform and delicate, meeting the requirements of high-precision injection molding.
As a key interface connecting the mold and injection molding machine, the nozzle is made of SKD61 material, which has undergone precision machining and heat treatment, and has excellent thermal stability and wear resistance. It can withstand continuous operation in high-temperature and high-pressure environments. The unique flow channel design reduces the residence time of the molten material in the nozzle, effectively preventing material degradation and blockage, and ensuring that high-quality products can be obtained every time injection molding is carried out.