If you run a heat treatment plant, gear manufacturing facility, spring maker, or automotive component hardening operation in Pune, you already know that quenching oil is not a commodity you buy on price alone. The quench medium you choose controls the cooling rate at every stage of the hardening cycle — and that cooling rate […]
Distortion is often a cooling-control problem. This guide explains the process factors that influence quenching distortion and how Savsol oils are positioned for controlled cooling Distortion develops when different sections of a component cool and transform at different rates. Geometry, material hardenability, temperature gradients, agitation and quench severity all influence the result. The cooling curve
Cold quenching normally refers to oil-quenching systems operated at relatively lower bath temperatures compared with warm or hot quenching. The process still needs a carefully managed cooling curve. Excessively aggressive early cooling can increase cracking or distortion risk, while insufficient heat extraction may leave the required hardness profile unmet. How the three cooling stages affect
