Gas nitriding
The main advantages of nitriding originate from the parameters themselves of the thermochemical treatment, very different from those of the carburizing, and varies from the lack of deformations (or their reduction to a minimum) to a very
Ferritic Nitrocarburizing in Salt Baths -Tenifer®
The best alternative to the gas nitriding is the ferritic nitrocarburizing made in salts baths with traditional process Tenifer® by Degussa.
Salt Baths: Martempering, Austempering, Carburizing, Carbonitriding, Quenching of HS, HSS and tool steels
Why to use still in the 2000’s the “old” technology of salts baths to make massive heat treatments of steels and speed steels?
Carburizing, Carbonitriding, Quenching and Tempering and Hardening of small and very small pieces
The use of endothermic atmospheres in continuous furnaces is the best technology to guarantee the achievement of the carburizing and carbonitriding depth almost identical on all the
Controlled Atmospheres: Carburizing, Carbonitriding, Quenching and Tempering, Annealings and Normalizing
The execution of the massive heat or thermochemical treatments in furnaces at regulated endothermic atmosphere (O2 probe) “sealed quench ”type is, actually, the best way to manage economically the industrial production balancing this way the ratio cost/result.
Quality
We have our own UNI EN ISO 9001:2015 management quality system. Download certificate
All the thermochemical and heat treatment are made according to the following reference standards:
carburizing -> UNI 5381:1999
carbonitriding -> UNI 5479:1999
Nitriding -> UNI 5478:1999 and SAE ASM 2759/10A – 2006
Ferritic Nitrocarburizing -> UNI 10931:2001
Hardening, Annealing, Normalizing and Quenching and Tempering -> UNI 10990:2002
Hardening tests are made according to the following reference standards:
Vickers: UNI EN ISO 6507-1:2006; 6507-2:2006; 6507-3:2006
Brinell: UNI EN ISO 6506-1:2006; 6506-2:2006; 6506-3:2006
Rockwell: UNI EN ISO 6508-1:2006; 6508-2:2006; 6508-3:2006
