Product Name: Lock accessories - latch, locking fork tongue latch. 

 Powder steel powder products, the powder product itself has a powder of a special anti-rust function, the products with rust assistance, effectively extending the life of the product according to customer requirements and MIM powder injection molding, precision meet drawing standards, and powder After final processing, the iron-based products such as heat treatment, polishing, plating, grinding, etc., so that products can play an anti-rust, aid slow oxidation, and the appearance of landscaping and other effects to make the products with high hardness, wear resistance, resistance to rust , the natural corrosion resistance, etc., product objection applies to lock small metal parts. 

 Above products Packing: carton 

 Mode of transport: (Guangdong province amounted to standard delivery later) 

 Delivery cycle: starting from the date of placing an order within 10 days 15 days 30 days 

 Open mode to send the sample period: 15 days 20 days 25 days 30 days 



 Powder injection molding advantages: 

 Like the production of plastic products, forming the low-cost production of complex shapes such as metals, ceramics parts components products, good finish, high accuracy (± 0.3% ± 0.1%), generally do not need to follow-up processing and product strength, hardness, elongation, etc. high mechanical properties, good wear resistance, fatigue resistance, uniform and high utilization of raw materials, a high degree of production automation, process simple, continuous mass production of pollution-free production process for the clean technology production. 

 Powder injection molding technology is characterized by: 

 MIM as a near net shape technology to manufacture high quality precision parts, has the incomparable advantage of conventional machining methods. MIM can create a lot of parts with complex shape characteristics: a variety of external grooving, external thread, conical outer surface of the cross through hole, blind hole, four and bond sales, strengthening ribs, surface knurling, with parts of the above characteristics are obtained using conventional powder metallurgy method. Parts manufactured by MIM almost do not need to be machined, so reducing material consumption, and therefore the number of required production of complex shape parts above a certain value, MIM will be more economical than machining methods.