Opens in a new tab

Polymer Quenching Fluid KR9988

Due to the absence of inverse solubility, the cooling rate of the quenching medium can be adjusted by increasing its operating temperature, providing the medium with broader application versatility.

Product Details

Advantages

● No inverse solubility, ensuring stable cooling performance;
● Flexible cooling control through concentration adjustment to meet various heat treatment requirements;
● Excellent rust and corrosion protection for workpieces, quenching tanks, and circulation systems;
● Superior stability against aging and degradation, extending service life;
Smoke-free and non-flammable, eliminating fire risks and maintaining a clean production environment;
● Eco-friendly formulation with low environmental impact.

Technical Specifications

Model KR9988
Appearance Light yellow to pale reddish viscous liquid
Typical Viscosity (40℃, 10%) mm²/s 3.19
Operating pH Value (5%) 9.5-10.5
Typical Applications Suitable for large-size workpieces with medium to low hardenability, including 30CrMo, 40CrNiMoA, and 42CrMo steels, such as vehicle-mounted gas cylinders. Also applicable to spring steels (50CrV, SUP9), tool and die steels, and martensitic stainless steels.

Related Products

    KR1280

    Controlled-rate Cooling Fluid KR1280

    This water-soluble, uniform cooling medium, which is non-reverse-soluble, exhibits very slow cooling
    Explore More

    KR8180

    Controlled-rate Cooling Fluid KR8180

    This water-soluble, uniform cooling medium, which is non-reverse-soluble, exhibits very slow cooling
    Explore More

    KR6480

    Induction Quenching fluid KR6480

    It effectively improves the heat treatment work environment and enhances the quenching
    Explore More

    KR7280

    Controlled-rate Cooling Fluid KR7280

    This advanced, environmentally friendly, water-soluble quenching agent provides faster cooling rates at
    Explore More

Send Your Request

Tell us about your application, process conditions, or product needs. Our technical team will get back to you shortly.