Skip to content

Find a product, or start with your problem

If you know the product, go straight to its details and request a quote. If you need help choosing, tell us what you are treating and what you want to improve. Each of the four quenchant families has its own features; you do not need to learn an analysis workflow first.

AR-HCCI

Quenchant for high-chromium white iron

Addresses insufficient through-hardening with air cooling, uneven hardness in heavy sections and cracking when cooling is intensified. Temperature-range-specific cooling and workpiece validation help balance service performance and create scope to optimize nickel, molybdenum and other alloy additions.

Ready to buy, or investigating a production issue?

Ready to purchase: Send the model and quantity for a quotation.
Replacing your fluid: Tell us about the current medium and part so we can discuss suitability and trial conditions.
Investigating a problem: Describe insufficient hardness, cracking, distortion or uneven hardness. A complete report is not required to start.

Optional testing, selected for the task

A cooling-curve analyzer compares fresh and in-service fluid. Internal temperature measurement checks cooling inside heavy parts. Dedicated fixtures and quenching equipment address immersion, shielding, placement and relative motion.

Testing and equipment are optional additions, not conditions for purchasing quenchant. Drawings, curves and composition may be provided voluntarily after initial contact.

Production footage

Quenchants in production

The footage shows lifting, transfer, immersion and bath response. It helps frame equipment and process questions, but it does not replace material, concentration, temperature, relative motion or inspection data.

Large-workpiece immersion and bath response

Watch the lifting attitude, transfer route, available tank space and response after immersion. Quenchant selection still depends on material, section and installed capacity.

Production footage records one workpiece, fixture and tank condition. Microstructure, hardness, distortion and cracking must be confirmed with data from the same production context.

Explore other products as needed

Every product can be quoted and purchased separately. Choose complementary products only when needed.

Ask directly about products and pricingAn email address and a short message are enough. Technical files are optional.

Data classification

Three data types must remain separate

Every curve and conclusion on this site is identified by how the data was obtained.

01 / MEASURED

Measured standard-probe cooling curves

Describes the medium response for the stated probe and test conditions. It is not the surface or core curve of a production workpiece.

02 / PREDICTED

Software-predicted curve

Calculated from a stated model and inputs. It is a prediction, not measured production data.

03 / WORKPIECE

Measured internal workpiece cooling curves

Comes from internal points in the actual workpiece and is used to assess the real cooling process against post-quench hardness, microstructure and properties.

Unless explicitly identified and validated, one data type cannot be converted into or substituted for another.Read the technical method