pipe fittings equipment/T-pipe mould/pipe fittings mould

详情

Our factory has always been regarding "science and technology are primary productive forces" as the motto. Development depends on technical .customer from quality, reasonable price and sincerely cooperate with customers. 1. The main processing equipment: CNC machining center, milling machine, grinding machine, line cutting, EDM, injection molding machine, etc. 2. Processing capacity: Product development and design, mold design, mold manufacturing and injection molding processing, *0(******0 set) / month 3. Mold Materials: P*0 core core subsamples hardness> *0hrc, templates, pre-mode hardware pin *5 #> *0hrc 4. Mold cooling uses circulating water which improve the mould unloading effectively. 5. Post-treatment: Nitride [low-temperature nitriding treatment, the deformation is very small, it is no longer the need for hardening the surface of high hardness (greater than HV**0) and wear resistance] 6. Die Life expectancy: Not less than *0 million times. 7. The Design Of Mould Good mould structure design is the premise of a qualified mould manufacturing. Our company’s technical department has more than *0 professional mould designer and product stylist structure. There are more than 5 years work ***** can structure mould and analysis product of all aspects of the structure.(including: mold ejection gradient, a miniature surface of the product, the design of gating system, exhaust system design, cooling system design, etc.).these are the most important problem of mould, would be trailed and test again and again in designing the mould structure. 8. Mould Cooling System Design The cooling system design is a relatively tedious work, that is, to consider the cooling effect and cooling uniformity, but also consider the cooling system affect the over all structure of the mould cooling system to determine the specific location and size; key positions, such as the cooling on moving mould or inserts; side of the slider and the side core cooling; our company started in mould design analysis of issues, tooling approach using recycled water in every part of the internal mould flow, reducing the cooling time injection time, improve production efficiency and greatly reduce production coats.