High-strength Structural Parts PM Sintered Part

Product Introduction

Application

High strength gear PM sintered part

High-strength powder metallurgy structural parts are similar to the production of ceramics, and both belong to powder sintering technology. Therefore, a series of new powder metallurgy technologies of High strength gear PM sintered part can also be used for the preparation of ceramic materials. Due to the advantages of powder metallurgy technology, it has become the key to solve the problems of new materials and plays a pivotal role in the development of new materials.

Maybe you don't realize it, but somehow it's happening and present in our daily life.

Automobile industry; engine rocker arm, shift lever, turbocharger blade.

Applications in IT, electronic instruments and communications; optical fiber parts, cold plates and radiators, mobile phone parts.

Applications in shipbuilding and aerospace industries; seat belt parts, pressure seats for oil outlet valves, screw seals for airliner flaps, and rocket burner devices.

Applications in consumer products; watch cases and related parts, eyeglass parts, camera tripods, MIM guitar tuner covers.

Other fields: Watch cases and related parts, glasses parts, camera tripods, MIM guitar tuner covers.

Powder metallurgy structural parts are defined as sintered parts manufactured by powder metallurgy methods with certain dimensional accuracy and can withstand loads such as tension, compression, distortion, or work under friction and wear conditions, also known as sintered structural parts. Such materials are mainly those of conventional casting, and the forging material is that it has a variable density. Powder metallurgy structural parts Powder metallurgy structural parts are defined as sintered parts manufactured by powder metallurgy methods with certain dimensional accuracy and can withstand loads such as tension, compression, twisting, or work under friction and wear conditions, also known as sintered structural parts.

The main advantages of powder metallurgy structural parts are saving materials, labor and production costs. It is suitable for mass production and has remarkable energy-saving effect. Widely used in automobiles, agricultural machinery, sewing machines, cameras, electric tools and other industries. The main difference between sintered structural parts (PM parts) and ordinary cast and forged materials is that the density is variable. The chemical composition and microstructure are the same, and the properties of this material are a function of its density. Due to the presence of residual pores in the material, its plasticity and impact value are lower than those of castings and forgings with the same chemical composition.

Reducing or eliminating the internal residual pores of these materials, and developing iron-based alloy materials of chromium, manganese, titanium, silicon and other elements are the development trends of this type of materials, in order to improve the mechanical system performance of learning materials and expand their application and research fields.

Qinhuangdao Zhongwei Precision Machine Parts Co., Ltd. is a professional company that produces and operates a series of powder metallurgy structural parts. The main products are: various powder metallurgy structural parts, powder metallurgy gears, stainless steel powder metallurgy parts, 3D printing synchronous wheels, passage gate movement accessories, etc. The products produced are of high quality and low price, which is the best choice for the majority of users to reduce costs and improve market competitiveness. For more questions, please leave a message for consultation.

Metal Injection Molding Process

Detection Systems