Explore the latest updates, technical guides, and industry insights from Baoji Dingsheng Vacuum Thermal Technology. From vacuum sintering furnaces to advanced thermal equipment, learn how cutting-edge high-temperature solutions are shaping powder metallurgy, ceramics, and semiconductor manufacturing.
Research and Invention of a New-Type Aluminum Nitride (AlN) Sintering Furnace
Dingsheng Thermal Dynamics is continuously advancing its R&D capabilities and is currently developing a new-type aluminum nitride (AlN) sintering furnace. The goal is to provide customers with a high-temperature vacuum
Exquisite Manufacturing Process of Tungsten Wire Mesh Heating Elements
In industry, heating elements generally use cage-structured tungsten heaters or tungsten wire mesh heaters, which help provide a uniform and stable temperature field. Moreover, the tungsten wire mesh heating element
Operating Method for Aluminum Nitride Sintering Furnace Nitriding Process
First, an appropriate amount of ammonia gas should be introduced into the stainless steel vacuum-sealed canister of the aluminum nitride sintering furnace and heated to over 500°C. During a suitable
Main Equipment for Vacuum Heat Treatment
Dingsheng is striving to become synonymous with vacuum thermal technology and will continue to develop, providing customers with high-quality aluminum nitride ceramic sintering furnace products.
Methods to Resolve High-Temperature Alarm Faults
During the use of vacuum furnaces, electrical faults often occur, mainly manifested as abnormal temperatures, including high-temperature alarms or when the furnace displays a temperature lower than the set value.
Differences Between Laboratory Electric Furnaces and High-Temperature Ceramic Sintering Furnaces
High-temperature ceramic sintering furnaces are important heating equipment in industrial applications. Correct and reasonable use of laboratory furnaces and high-temperature furnaces can ensure optimal performance and extend their service life.