Diamond, as the hardest substance in nature, is a core material for manufacturing high-end cutting and grinding tools. However, diamond particles are brittle and need to be reliably bonded to a metal substrate to utilize their hardness advantage. Vacuum furnace brazing is one of the best solutions currently available in diamond tool manufacturing to address […]
This article details the vacuum quenching of 1.2344 (AISI H13) hot-work tool steel. It highlights the material's high-temperature durability for automotive and aerospace use, and provides a specific 4-phase heating and cooling cycle (reaching 1030℃) to achieve a theoretical hardness of HRC 54-56.
SIMUWU vacuum furnaces, with their precise temperature control and process adaptability, have developed a dedicated heat treatment solution for SKH9, achieving breakthroughs in both material performance and production efficiency, providing reliable technical support for high-end manufacturing.
This article provides an introduction to the complete manufacturing process of aluminum retarder coolers using a SIMUWU vacuum furnace, covering five key heating and holding stages.
Vacuum furnaces create a controlled environment that eliminates oxidation and contamination, which is essential for ensuring the quality and longevity of aerospace components.
Sintering is a heat treatment process that densifies powdered cathode materials, improving their conductivity and electrochemical stability. It is a crucial step in the production of cathodes for lithium-ion batteries.
