Jan 10,2022

Electroplating Treatment Technology for Powder Metallurgy Components

Our company employs an organic solvent impregnation method for sealing pores, followed by electroplating treatment, which significantly enhances the electroplating yield of the finished products.

Jul 28,2022

The Distinction Between Powder Metallurgy and Casting

The various shaped products used in daily life are manufactured through forming techniques. There are two known forming techniques: powder metallurgy and casting. Both represent methods for shaping materials.

Dec 31,2025

Assembly of powder metallurgy components

Powder metallurgy has experienced rapid development in China in recent years. Seizing the opportunities of the era and operating within a favourable external environment, Kaiyang Powder Metallurgy Company has persevered through arduous endeavours and continuous innovation.

Dec 31,2025

Research and Development of Powder Metallurgy Internal and External Helical Gear Drives

Powder metallurgy manufacturing processes constitute a scientific discipline employing metallic and non-metallic powders as raw materials, utilising pressing, sintering and various subsequent treatment techniques to produce metal components. This technology enables the manufacture of high-performance powder metallurgy products at comparatively low cost.

Dec 31,2025

The launch of our new factory in Vietnam

The successful completion and commissioning of the new factories in Vietnam and Danzao not only signify a significant expansion of the company's scale but also represent a crucial milestone in its strategic transformation and internationalisation process.

Dec 31,2025

Progress Achieved in the Development of Novel Powder Metallurgy Composite Materials

A novel powder metallurgy composite material achieves synergistic enhancement in both strength and corrosion resistance. The associated process optimisation scheme has completed laboratory validation, offering a new option for high-end equipment manufacturing.

Dec 31,2025

Optimising Metal Injection Moulding Processes to Enhance Efficiency Facilitating Mass Production of Precision Components

The Metal Injection Moulding (MIM) process achieves dual enhancements in production efficiency and product precision through process optimisation and parameter control, providing the technological foundation for the stable batch production of precision metal components.

Dec 31,2025

Innovation in Hard Alloy Coating Technology

A novel cemented carbide coating technology has been successfully developed. Through the application of specialised coating materials and preparation processes, it significantly enhances the wear resistance and cutting stability of cemented carbide tools, meeting the machining requirements for a wide range of difficult-to-machine materials.

Dec 31,2025

Intelligent Upgrading of Transmission Gearboxes

Breakthroughs have been achieved in intelligent transmission gearbox technology. By integrating sensor monitoring and intelligent control modules, the stability and controllability of power transmission have been enhanced, meeting the demands of emerging sectors such as new energy and smart equipment.

Dec 31,2025

Multi-technology integration drives the synergistic development of powder metallurgy and metal injection moulding

Powder metallurgy and metal injection moulding (MIM) technologies achieve synergistic integration. Through complementary processes and technological integration, they enhance the manufacturing capabilities for precision components, providing more comprehensive solutions for the high-end equipment manufacturing sector.