Ion nitriding has strong adaptability to materials
Fast permeation speed, good permeability performance
Working Temperature: 550±50℃
Heating Time: 2-3h
Loading Capacity: 1200-10000Kg
Contact Us: +86 13807177084 / hkfurnace@hotmail.com
Ion nitriding is a Chemical Heat Treatment method for metal surface strengthening. It places metal parts in an active medium, under a certain temperature and holding time, allows nitrogen elements to penetrate into the metal surface layer, thereby changing the chemical composition of the metal surface layer, making it have high Hardness , Wear Resistance , Fatigue Strength , corrosion resistance and burn resistance, etc., and has been widely used in industry. In the machine tool, light industry machinery, textile machinery, petroleum machinery, power machinery and other industries, parts that require high Hardness , fatigue resistance, corrosion resistance, and high precision, such as gears, crankshafts, cylinder liners, molds, screws, spindles, cutting tools, etc., are treated with ion nitriding.
Ion nitriding has strong adaptability to materials, and can perform ion nitriding on nitriding steel, Carbon Steel , Alloy Steel , Stainless Steel , ball-milled Cast Iron , High Speed Steel cutting tools, non-ferrous metals and other materials. Plasma nitriding has the advantages of fast infiltration speed, good infiltration layer performance, small workpiece deformation, low Energy Consumption , no pollution, etc. It is a relatively ideal surface treatment process.
Plasma nitriding Equipment consists of several main parts including an electrical control system, Vacuum Furnace body, penetrant gas distribution system, Vacuum Measurement and control system.
We will contact you as soon as possible. Chief Engineer Contact:
+86 13807177084(Wechat) / hkfurnace@hotmail.com
* Glow Ion Nitriding Furnace of various specifications and sizes for users.













We have accumulated on-site application cases of nitriding furnaces across China
Hankou Furnace boasts 50 years of manufacturing experience
