John Guest PM Series Pneumatic Fitting 10mm Push-in, Male, 1/2 in R, Acetal Copolymer, 65°C, 10 bar PM051004E

John Guest PM051004E pneumatic fitting is a precision-engineered component designed for efficient and secure pneumatic connections. It features a 10mm push-in tube connection combined with a male 1/2 inch R threaded connection, facilitating straightforward integration into industrial pneumatic and fluid power systems.

Manufactured from acetal copolymer, this fitting provides excellent durability and performance stability under operating temperatures up to 65°C. It is rated for a maximum operating pressure of 10 bar, making it suitable for a variety of pneumatic applications including air, potable liquids, inert gases, and vacuum systems.

The PM series fittings are tailored to meet the demanding requirements of industrial environments, ensuring reliable sealed connections and resistance against standard mechanical wear. This particular model is designed as a threaded-to-tube connector with a push-in tube type connection for ease of installation and maintenance.

Although it does not feature chemical resistance or food-grade approval, its robust design and UK manufacturing origin attest to its quality assurance standards. This pneumatic fitting is part of a comprehensive range suitable for diverse mechanical, fluid power, HVAC, manufacturing, and automation uses.

Constructed from durable acetal copolymer material. Rated for maximum operating pressure of 10 bar. Suitable for operating temperature range up to 65°C. Reliable threaded-to-tube connection with push-in tube interface. Designed for pneumatic system applications including air and inert gas transfer.

Manufactured in the United Kingdom ensuring consistent quality. Part of the PM series pneumatic fittings.

For industrial professionals seeking dependable pneumatic connectors, John Guest PM series fittings provide a robust solution meeting technical and operational standards. Explore the full selection of Pneumatic Fittings at EnvMart for optimized fluid power system installations.