Products

Other Mechanical Parts[6]
Lock Parts[4]
Other Metals & Metal Products[6]
Mould Design & Processing Services[2]
Metal Processing Machinery Parts[3]
Moulds[6]
General Mechanical Components Design Services[6]
Other Stainless Steel[1]
Other Hardware[6]
Other Fasteners[1]
Other Tools[1]
Cast & Forged[6]
Machinery Parts Processing Services[2]
Other Table Decoration & Accessories[1]
Tool Parts[3]
Other Rain Gear[4]

Contact Person : Mr. shen jianzhong
Company Name : Zhejiang Yihuo Tech Co., Ltd.
Tel : 86-579-82317068
Fax : 86-579-82315068
Address : Zhejiang,jinhua,Zhuma Industrial Aera, Jinhua
Country/Region : China
Zip : 321000

metal injection molding lock parts

Product Detailed

metal injection molding lock parts 1.Strong hardness 2.ISO9001-2008 3.High intensity 4.Metal injection molding

metal injection molding lock parts

About MIM:

Metal Injection Molding or MIM, is a new Powder Metallurgy process that can produce sintered components with high density and complicated shapes without the need for machining. With its unique characteristics, MIM is capable of producing precise metal parts for a wide range of products, including automobiles, cellular phones, hand tools, dental instruments, pneumatic tools, power hand tools, surgical instruments, sporting goods, and laptop computers. The common materials used in MIM range from stainless steels and alloy steels to soft magnetic materials.

The basic process step of MIM is as follows:

Name:MIM iron based gun front sight parts

Detail:

FOB Price	USD0.1- 6 pc
MOQ	5000pcs
Packing	Paper box
Delivery time	30-45 days
Payment terms	T/T L/C
Transport	Air or Shipment

Density	Relatively high density(≥95%).
Properties	Product strength,hardness,elongation,other mechanical properties, wear resistance.
Process	A high degree of automation,simple process,the quality of stable and continuous high volume production.
Price	Very cost competitive advantage,usually to save more than 20%,and shorter delivery times.

Package:

Other products

(MIM) iron-based parts mold

Metallurgy mechanical components MIM