To produce AISI 420 stainless steel products with excellent performance, vacuum heat treatment is essential. The specific vacuum heat treatment process is as follows:
1.2343 is a high-quality chromium-molybdenum-vanadium alloy hot-work tool steel, internationally equivalent to the American AISI H11 grade. As a representative hot-work tool steel, its core advantage lies in its ability to operate stably for extended periods under high-temperature conditions.
Titanium alloys are high-performance “space metals” whose most notable advantage is their exceptionally high specific strength (the ratio of tensile strength to density), enabling significant structural weight reduction while maintaining strength.
The process of vacuum carbonization furnace is to heat the workpiece in a vacuum, and then introduce carbon-containing gas to diffuse the carbon to the surface.
Vacuum furnace heat treatment is in a controlled vacuum environment, holding it at that temperature for a specified time, and then cooling it according to process requirements.
In vacuum technology, "vacuum" refers to a gas state where the pressure is lower than one atmospheric pressure in a given space, indicating a relatively thinner gas state compared to normal atmospheric conditions.
