Is the SPEEDFIT Plastic Male Threaded Coupling compatible with both plastic and metal pipes (copper, brass, aluminum) and rated for 10 bar at +23°C?

Yes. The SPEEDFIT Plastic Male Threaded Coupling is compatible with both plastic and metal pipes (including copper, brass, and aluminum) and is rated for 10 bar at +23°C. It is manufactured from high-quality plastic, offers reliable, leak-free threaded connections, and is designed for safe operation up to 10 bar at +23°C (7 bar at +70°C) with an operating temperature range of -20°C to +70°C.

Can the SPEEDFIT Plastic Male Threaded Coupling maintain leak-free performance at temperatures down to -20°C and up to +70°C?

Yes. The SPEEDFIT Plastic Male Threaded Coupling is specified to operate across an ambient and media temperature range of -20°C to +70°C while maintaining secure, leak-free connections. Made from high-quality plastic and featuring precise external threading, it is engineered to provide durable, reliable performance within that full temperature span. Pressure ratings are temperature-dependent (up to 10 bar at +23°C and 7 bar at +70°C), so ensure system pressures remain within these limits at the corresponding temperatures to preserve leak-free operation.

SPEEDFIT Plastic Male Threaded Coupling

All products, Pneumatic piping systems/

Additional information

Material	P – material (plastic)

The external threaded fitting designed for the SPEEDFIT system is a reliable solution for creating durable and efficient compressed air installations. Manufactured from high-quality plastic, it ensures long-lasting performance while maintaining a lightweight structure that simplifies handling and assembly. The fitting is compatible with both plastic and metal pipes, including copper, brass, and aluminum, offering flexibility and versatility in various installation environments. Engineered to withstand working pressures of up to 10 bar at +23°C and 7 bar at +70°C, it guarantees safe operation even under demanding conditions. With an impressive operating temperature range from -20°C to +70°C, this component delivers consistent functionality in diverse industrial and workshop settings. Its precise threading ensures a secure and leak-free connection, reducing downtime and maintenance costs. Ideal for professionals seeking efficiency, reliability, and ease of use, this fitting is the perfect choice for modern compressed air systems that require both performance and adaptability.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]
JG-PM010611E	Screw fitting 6 mm x 1/8" BSP	-	10
JG-PM010813E	Screw fitting 8 mm x 3/8" BSP	-	10
JG-PM011014E	Screw fitting 10 mm x 1/2" BSP	-	10
JG-PM011213E	Screw fitting 12 mm x 3/8" BSP	-	10
JG-PM011214E	Screw fitting 12 mm x 1/2" BSP	-	10
JG-PM011514E	Screw fitting 15 mm x 1/2" BSP	-	10
JG-PM011516E	Screw fitting 15 mm x 3/4" BSP	-	10
JG-PM011814E	Screw fitting 18 mm x 1/2" BSP	-	10
JG-PM012216E	Screw fitting 22 mm x 3/4" BSP	-	10
JG-PM012818E	Screw fitting 28 mm x 1" BSP	-	10

The external threaded fitting designed for the SPEEDFIT system is a reliable solution for creating durable and efficient compressed air installations. Manufactured from high-quality plastic, it ensures long-lasting performance while maintaining a lightweight structure that simplifies handling and assembly. The fitting is compatible with both plastic and metal pipes, including copper, brass, and aluminum, offering flexibility and versatility in various installation environments. Engineered to withstand working pressures of up to 10 bar at +23°C and 7 bar at +70°C, it guarantees safe operation even under demanding conditions. With an impressive operating temperature range from -20°C to +70°C, this component delivers consistent functionality in diverse industrial and workshop settings. Its precise threading ensures a secure and leak-free connection, reducing downtime and maintenance costs. Ideal for professionals seeking efficiency, reliability, and ease of use, this fitting is the perfect choice for modern compressed air systems that require both performance and adaptability.