We focus on two major areas of engineering plastics and packaging products, and have rich experience in molding halogen-free fiber-reinforced plastics, engineering plastics, multi-cavity mold, etc.
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◆ We focus on two major areas of engineering plastics and packaging products, and have rich experience in molding halogen-free fiber-reinforced plastics, engineering plastics, multi-cavity mold, etc.
◆ Common plastics include ABS, PC+ABS, PC+25%Talc+50%PCR, TPU, and TPEE.
◆ Moldable engineering plastics include PA66, PA6T, PA46, LCP, PBT, PEI, and PPS.
◆ Ordinary nozzles can mold products with 50% glass fiber, while needle valve nozzles can mold products with 60% glass fiber.
◆ It can realize 24, 32, 64, 96, 128-cavity injection molding, with small injection pressure loss and fast color change
◆ One hot nozzle can mold multiple products, with accurate temperature control and beautiful gate marks. The smallest hot nozzle can be 13 mm
◆ Professional calorimetric analysis technology has been used to conduct data testing on each functional component, making the product more ideal.
◆ Reasonable layout of heating tubes ensures that the temperature distribution of each system can meet the ideal requirements.
◆ The hot runner manifold focuses on balanced design and is made of different metal materials based on the characteristics of the molded plastic. We can provide customers with standard hot runner manifolds of I-type, H-type, X-type, Y-type, and any customizable shape that can be achieved. The runner corners adopt arc transition to reduce dead corners and enhance color change effect.
◆ Before leaving the factory, each hot runner system will undergo strict polishing treatment to ensure the smoothness of the runner.
We have been focusing on engineering plastics and packaging products for many years, with more than 95% being standardized products, providing the fastest service response.
Special case of Notebook
Product features: Thin-walled parts made of PC+ABS, with a wall thickness of 0.6 mm, which is difficult to mold. Based on the product characteristics, we improved the hot nozzle structure, balanced the runner layout, and customized the heater. Finally, the product successfully passed the mold testing. After mass production, the customer feedback showed that the product yield rate was above 99.8%.
Product features: Notebook back cover, made of PC+45%GF, using an inverted mold. Based on the product characteristics, we selected special materials for hot nozzle, balanced the runner layout, and customized the heater. Finally, the product successfully passed the mold testing. After mass production, the customer feedback showed that the product yield rate was above 99.9%.
Home appliance cases
Automotive case
Cosmetics cases
Stable and aesthetic product requirements
Injection molding of high-quality products is more challenging than ever, and common injection molding methods often cannot fully meet these requirements. In the cosmetics industry, MLX has a professional hot runner system to mold products with high appearance requirements.
Solution:
Improve the thermal profile at the gate, and optimize the hot runner diameter; optimize the design, and reduce the stagnant material area in the system; conduct high-quality polishing inside the runner; and optimize the cooling method.
Successful cases
Commonly used resins for cosmetics such as PETG, PCTG, PC, PMMA, and AS.
Office Supplies Case
Mobile phone case
Integrated research case
Tel:021-5456 1588