Preliminary work and semi-finishing.
Semi-finishing work and finishing for complex forms and precise dimensions.
Generally used for both rough machining and finishing. For finishing operations when the shapes are complex and with very accurate dimensions. Recommended by many spark erosion equipement manufacturers.
Diesel engines for standby units: hospitals, nuclear power plants, off shore units.
Cold quenching oil for routine applications.- Quenching of bulky, simple-shaped parts made of medium or high-alloy steels with good hardening capacity.- Quenching of case-hardened or nitrided steels.- Working temperature : 30°C to 80°C.- All types of furnaces with separate or built-in tanks
Quenching of alloy steels and case-hardened or nitrided steels.- All types of furnaces with separate or built-in tanks.- Working temperature : 30°C to 80°C.
Hardening of low quenchability steels.
Highly accelerated quenching oil intended for the processing of steels having a low hardening capacity : custom heat treatment, screws and bolts, small mechanical components.- Utilisation temperature : 30°C to 80°C can be used in all types of furnaces with separate or built-in tanks.
Highly accelerated quenching oil intended for the processing of steels having a low hardening capacity: custom heat treatment, screws and bolts, small mechanical components, bearings.- Utilisation temperature: 30°C to 80°C can be used in all types of furnaces with separate or built-in tanks.- Suitable for steels with a martensite start (Ms) below 300 °C
Accelerated hot quenching oil specially developed to process pieces liable to deformation and quenching-cracks.- Very large pieces.- Quenching of strip.- Quenching of pinions and allied steel axles.- Working temperature: 40°C to 200°C (in atmosphere)
Excellent resistance to oxidation and thermal changes allowing repeated quenchings owing to: - the use of solvent-refined base oils, - the presence of effective and durable antioxidant additives which give long bath life. High flash point to ensure risk-free operation in the utilization temperature range. Low volatility limits evaporation loss and the formation of vapours and fumes. Effective, durable cooling powers guarantee mechanical properties achieved after quenching (hardness, depth of hardness). Low fluidity at the temperature of use reduces loss by entrainment, resulting in product savings. Good antifoam properties which are essential on account of the high swirling of oil in the hardening tanks.
Hardening of steels possessing good quenching power. Hardening of cemented or carbonitrated steels. Hardening of parts for avoidance of deformations, quenching cracks.
