Is the KLAUDIA KMU Lever Joint Gasket, EPDM suitable for outdoor use in temperatures as low as -25°C?

Yes. The KLAUDIA KMU Lever Joint Gasket, EPDM is suitable for outdoor use down to -25°C. Made from durable EPDM with a specified temperature tolerance of -25°C to +60°C, it maintains reliable sealing performance in cold climates, resists weathering, and minimizes leakage risk, making it appropriate for outdoor installations at those temperatures.

Can the KLAUDIA KMU Lever Joint Gasket, EPDM withstand exposure to oils, fuels, or typical industrial chemicals without degrading?

The KLAUDIA KMU Lever Joint Gasket, EPDM offers good general resistance to weathering, wear and many common environmental conditions, but EPDM rubber is not broadly resistant to oils, fuels, or many typical industrial hydrocarbons and solvents. Based on the product description (EPDM material, -25°C to +60°C, durable in varied environments), this gasket will perform well in water-based, steam, and many alkaline/acidic environments, but it is likely to degrade, swell, harden or lose sealing properties if exposed repeatedly or continuously to mineral oils, petroleum fuels, gasoline, diesel, hydraulic oils, or aggressive organic solvents. If your application involves incidental contact with water-based fluids or mild chemicals, the KMU gasket should be suitable. For regular exposure to oils, fuels or harsh industrial chemicals, select a gasket material specifically rated for hydrocarbon and solvent resistance (e.g., NBR/Nitrile, FKM/Viton) or consult KLAUDIA technical support to confirm compatibility and avoid premature failure.

KLAUDIA KMU Lever Joint Gasket, EPDM

All products, Lever couplings/

Additional information

Maximum operating temperature [°C]	60
Minimum operating temperature [°C]	-25

The KMU gasket is a high‑quality sealing element designed specifically for the socket of the KLAUDIA lever coupling, ensuring a secure and reliable connection in demanding applications. Manufactured from durable EPDM, it offers excellent resistance to wear, weather conditions, and a wide range of operating environments. With a temperature tolerance from -25°C up to +60°C, the gasket guarantees consistent performance both in colder climates and in moderate heat, making it a versatile choice for various industries. Its robust construction minimizes the risk of leakage, enhances system safety, and extends the service life of the entire coupling assembly. Easy to install and engineered for long‑lasting efficiency, the KMU gasket is the ideal solution for professionals seeking dependable sealing technology that combines durability, precision, and cost‑effectiveness.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
KL-KMU-051	KLAUDIA connector gasket 51 mm	-	-	In stock	Enquiry
KL-KMU-070	KLAUDIA connector gasket 70 mm	-	-	In stock	Enquiry
KL-KMU-089	KLAUDIA connector gasket 89 mm	-	-	In stock	Enquiry
KL-KMU-108	KLAUDIA connector gasket 108 mm	-	-	In stock	Enquiry
KL-KMU-133	KLAUDIA connector gasket 133 mm	-	-	In stock	Enquiry

Do you need a larger quantity of products or a bespoke quote?

Call us: +91 8 925 918 796 or email us: chennai@tubes-international.com

SEND ENQUIRY

The KMU gasket is a high‑quality sealing element designed specifically for the socket of the KLAUDIA lever coupling, ensuring a secure and reliable connection in demanding applications. Manufactured from durable EPDM, it offers excellent resistance to wear, weather conditions, and a wide range of operating environments. With a temperature tolerance from -25°C up to +60°C, the gasket guarantees consistent performance both in colder climates and in moderate heat, making it a versatile choice for various industries. Its robust construction minimizes the risk of leakage, enhances system safety, and extends the service life of the entire coupling assembly. Easy to install and engineered for long‑lasting efficiency, the KMU gasket is the ideal solution for professionals seeking dependable sealing technology that combines durability, precision, and cost‑effectiveness.