Quenching Oils
Oil-based options selected around the required cooling profile and operating conditions.
Heat Treatment & Process Fluids
Quenching
Cooling performance for your heat-treatment process.
Explore quenching oils and water-based fluid options for heat-treated metal components. QA can help review your application, current fluid and process requirements to identify suitable product options.
Control the cooling process
Match the quench to the part.
Quenching is a critical step in heat treatment. Fluid selection and bath conditions influence how a heated component cools, helping shape the balance between required properties and dimensional control.
Share the metal being treated, component geometry, heat-treatment specification and current operating conditions with QA to begin a product review.
Water-Based Fluids
Glycol-type and polymer fluid options for processes that specify an aqueous quenchant.
Cooling Performance
Review cooling behavior alongside the material, part geometry and desired results.
Process Support
Discuss fluid condition, testing needs, bath temperature and agitation.
Quenching fluid options
Oils and aqueous quenchants.
Choose a fluid around the approved process and the properties your components require.
Glycol-Type & Polymer Quenching Fluids
Water-based quenching fluids provide another option for suitable heat-treatment processes. Product type, concentration and operating conditions should be considered together when reviewing cooling performance.
Oil-Based Quenching Fluids
Quenching oils are used in processes that call for an oil bath. Review the specified fluid, operating temperature, cooling characteristics and maintenance requirements before changing products.
Discuss your applicationFluid testing & technical review
Understand the cooling curve.
A quenchometer records how a heated test probe cools in a fluid sample. The cooling curve helps characterize quench behavior and supports comparison of fluid condition under defined test conditions.
QA can discuss the testing and documentation needed for your process. Provide your current quenchant, sample history and applicable test requirements when requesting support.
Cooling speed & dimensional control
Balance performance and distortion.
The goal is a cooling profile that meets the required properties while controlling dimensional change. The illustration below explains a general tendency; it does not represent measured product performance.
Product selection
Start with your process requirements.
Share the material, part dimensions, required hardness, heat-treatment specification, current product and bath conditions. QA can help review available fluid options, technical information and supply needs.
Brands & sourcing support
Quenching product suppliers
Contact QA to discuss product selection and availability.
Find the right quenching fluid.
Contact QA for product information, technical support, pricing and availability.