Mindrad Metal

What are the advantages in powder metallurgy product processing

Win with high intensity R&D investment and professional management

Strong R&D capabilities, high R&D investment, and strong differentiated customization capabilities;

Management and technical team with over 10 years of experience in powder metallurgy research and development, production, sales, etc; The company's products have been distributed throughout the Pearl River Delta and major economic regions in China, and are sold overseas.

Win with quality assurance

With a 16 year quality assurance, products must undergo strict testing and inspection before leaving the factory.

The company owns: ① powder metallurgy press; ② Continuous sintering furnace; ③ Vacuum furnace stainless steel sintering furnace; ④ Gas protection device - joint protection device for ammonia decomposition and air separation nitrogen production equipment; ⑤ Universal material testing machine; ⑥ Brinell hardness tester.

Winning with timely delivery and logistics delivery capabilities

Metallurgy adopts a quick response mechanism of ordering and arranging production, striving to complete delivery in the fastest possible time. Greatly improve the production efficiency of your enterprise! The company implements a door-to-door delivery mechanism, making your company feel more considerate!

Winning with high-quality service

The backbone management team and technical team both have years of management experience in a listed company， as well as 16 years of experience in powder metallurgy research and development, production, and quality; Strive to exceed customers' expectations, from placing orders to delivering products to their doorstep, and provide customers with technical support, data analysis, and flexible and high-quality butler style services!

Winning with a reasonable price and cost-effectiveness advantage

The concept of high-end products and mid range pricing is the core, adhering to cost control from raw materials to the production process.

Provide customers with high-quality and reasonable prices, surpassing prices with value.



Advantages of Powder Metallurgy Process

1) No or minimal cutting required;

2) High material utilization rate, up to over 95%;

3) Good consistency and stability of part dimensions; The accuracy can reach 0.01MM!

4) The material composition can be adjusted according to the performance requirements of customer parts;

5) Can treat the surface of parts according to customer needs to improve strength and hardness;

6) Due to the use of molds for forming, complex or peculiar shaped parts that cannot be produced by other cutting processes can be produced;

7) Due to its suitability for mass production, it has high production efficiency and lower costs compared to machining.

Powder metallurgy processing process

Process flow of stainless steel powder metallurgy parts:

Raw material mixing → forming → degreasing sintering → subsequent processing → finished product testing

Mixing: Mix the required materials with a professional mixer and stir evenly

Forming: Using professional powder metallurgy forming machines and specially made templates (designed and manufactured according to product design) to press and shape

Degreasing sintering: Control temperature and time according to different products

Subsequent processing: Depending on the requirements of the parts, the methods of subsequent processing vary, including polishing, finishing, oil immersion, heat treatment, machining, etc

Finished product testing: Conduct testing based on the use of different testing equipment for the product

Process roadmap for iron-based powder metallurgy parts:


Raw material mixing → forming → dewaxing and sintering → subsequent processing → finished product testing

Raw material mixing: Mix the required materials with a professional mixer and stir evenly

Forming: Pressing and forming using professional powder metallurgy forming machines and specially made templates (designed and manufactured according to product design)

Dewaxing sintering: Control temperature and time according to different products

Subsequent processing: Depending on the requirements of the parts, the methods of subsequent processing vary, including polishing, finishing, blackening, oil immersion, machining, heat treatment, electroplating, finishing, re pressing, and re firing

Finished product testing: Conduct testing based on the use of different testing equipment for the product

Copper based powder metallurgy parts processing roadmap:

Raw material mixing → forming → dewaxing and sintering → subsequent processing → finished product testing

Raw material mixing: Mix the required materials with a professional mixer and stir evenly

Forming: Pressing and forming using professional powder metallurgy forming machines and specially made templates (designed and manufactured according to product design)

Sintering: Control temperature and time according to different products

Subsequent processing: Depending on the requirements of the parts, the methods of subsequent processing vary, including polishing, oil immersion, machining, and finishing

Finished product testing: Conduct testing based on the use of different testing equipment for the product