Automobile Door Lock Component Slider Metal Injection Molding MIM Parts

Fe8ni iron powder injection molding is used for good mechanical properties and corrosion resistance

Based on the metal powder injection molding MIM process, Fe8ni iron-based materials are selected-one molding,

tensile strength:>1300 MPa

Yield strength: >1200 MPa

Hardness: HRC55

Application: brake system parts, such as brake pistons, brake discs; engine parts, such as valves, crankshafts, pistons; transmission system parts, such as gears, bearings; suspension system parts, such as suspension arms, bearing brackets; body structure parts, such as door locks, body connectors; internal parts, such as seat adjusters, window lifters.

The above data is for reference only. According to the actual needs of customers, the specific product parameters will vary.

MIM, metal injection molding technology, has become a new near-net forming technology with rapid development and the most promising development prospects in the field of powder metallurgy. It is known as one of the "most popular metal parts forming technologies in the world". For engineers, if they want to do a good job in product structure design, they need to actively learn and understand the MIM process, and they can reduce costs by using the MIM process.

MIM basic concept Metal injection molding, referred to as MIM (metal injection molding) is a method of mixing metal powder and binder for injection molding. First, the selected powder is mixed with a binder, and then the mixture is granulated and injection molded into the desired shape. The binder is removed by degreasing and sintering to obtain the desired metal product, or after subsequent molding, surface treatment, heat treatment, machining, etc., the product is made more perfect.

MIM = powder metallurgy + injection molding MIM is a typical cross-disciplinary product. The integration of two completely different processing technologies (powder metallurgy and plastic injection molding) allows engineers to break free from traditional constraints and obtain low-priced, special-shaped stainless steel, nickel, iron, copper, titanium and other metal parts through plastic injection molding, so it has greater design freedom than many other production processes.

MIM process The MIM process is mainly divided into four stages, including granulation, injection, degreasing and sintering, and subsequent machining or wire drawing, if necessary, electroplating and other secondary processing technologies.

Qinhuangdao Zhongwei Precision Machinery Co., Ltd. was founded in 1997. It is a manufacturer and technical solution provider focusing on metal powder injection molding (MIM), investment casting, and forging products. The company is located in Qinhuangdao High-tech Zone. It has the automotive system 16949 certification, a strong R&D team and technical strength, providing customers with fast and effective solutions and stable product supply.

Since its establishment, the company has always adhered to the principle of customer-oriented, quality-first, independent innovation, and continuous improvement. Technology-first development policy.

The company's main business is the research and development, design, production and sales of metal product structural parts. The products can be widely used in key application fields such as consumer electronics, medical devices, and automobiles. It has advantages and rich experience in product research and development, mold development, process design, product manufacturing, quality control, etc.

The company has a stable core team, a strong technical team, and has introduced advanced equipment to form the core competitiveness of MIM products in the industry and become a strategic partner of MIM products for international customers.