OAT GRADE HOSES

Experience the next level of coolant system performance with our OAT Grade Silicone Hoses, designed specifically to withstand the corrosive nature of organic acid-based coolants. Ideal for modern automotive, heavy-duty, and industrial applications, these hoses are engineered to deliver exceptional durability and longevity in challenging environments.

Why OAT Grade Hoses?

OAT grade hoses are crafted to resist the degradation that can occur when exposed to organic acid-technology coolants. These coolants are widely used in contemporary cooling systems for their extended service life and environmental benefits. Our OAT grade silicone hoses offer:

Superior Chemical Resistance:

Specifically formulated to withstand the corrosive properties of organic acids found in OAT coolants.

Enhanced Durability:

Designed to last longer than standard hoses in high-temperature environments, resisting hardening, cracking, and swelling.

High Temperature Capability:

Capable of continuous operation in temperatures as high as 250°C, ensuring reliability under extreme conditions.

Versatility:

Suitable for a wide range of applications, from passenger vehicles to commercial trucks and heavy machinery.

Customisation to Meet Your Needs

We offer fully customisable solutions to fit your specific requirements. Our OAT Grade Silicone Hoses can be tailored in terms of size, shape, and length, equipped with the necessary fittings to integrate seamlessly with your existing systems.

Commitment to Quality

Our OAT Grade Silicone Hoses are manufactured under strict quality controls to ensure they meet the highest standards of performance and reliability. Each hose undergoes rigorous testing to guarantee resistance to OAT coolants and to ensure that they perform optimally under all conditions.

Get in Touch

For more information about our OAT Grade Silicone Hoses or to place an order, please contact us or fill out our form to get a quote. We provide you with the best solutions, ensuring your systems operate efficiently and without interruption.