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Benefits of Vacuum Furnaces and Atmosphere Furnace
Jan. 08, 24
Vacuum furnaces are used in many applications in all industries. Vacuum is one of the ways to protect heated steel and metal parts from the negative effects of air atmosphere. A vacuum furnace is usually an electrically heated furnace in which a vacuum is maintained during the process
Spark Plasma Sintering Rates and Performance
Dec. 21, 23
Spark plasma sintering (SPS) is an innovative sintering process that is becoming a key enabling technology for processing a wide range of materials such as nanostructured materials, composites and gradient materials.
How Does a Tubular Hydrogen Furnace Work?
Dec. 07, 23
Tubular hydrogen furnaces are integral components in various industrial processes, particularly those involving the production of hydrogen gas. These furnaces play a crucial role in facilitating chemical reactions and ensuring optimal conditions for hydrogen generation.
Process and Advantages of Spark Plasma Sintering
Nov. 30, 23
Did you know that ceramic materials need to be put into a furnace for heating when they are produced? We refer to this process as sintering. After sintering, the ceramic material will have a firm shape and a fine surface. The sintering process plays an important role in the manufacture of metals, ceramics and nanomaterials.
What Materials Are Suitable for Spark Plasma Sintering?
Nov. 15, 23
Spark Plasma Sintering (SPS) is a sintering technique that uses uniaxial forces and pulsed DC currents to solidify powders at high rates at low atmospheric pressure. this article will introduce you to some of the materials suitable for SPS. We concentrate here on some relevant applications, mainly hard materials.
Advantages of Vacuum Hardening
Oct. 23, 23
Removing air from the environment during the hardening process usually leads to better, more predictable results. In a vacuum hardening process, the heat treatment of the metal is performed in a vacuum.