Metal transition polypropylene (PPR) M d.25x3/4

The presented connector is made of polypropylene (PPR), a strong and durable material used in a variety of applications in the construction and plumbing industries. It is a type M connector, indicating its suitable use for a variety of connections in water and gas networks.

Specifications:

Type: Polypropylene (PPR) M connector
Diameter (mm): 25
Diameter (inch): 3/4
Pressure (bar): 16
Material: Polypropylene (PPR)

Peculiarities:

PPR Material: The choice of material from which the connector is made, namely polypropylene (PPR), indicates its resistance to corrosion and wear. PPR is known for its durability in a variety of environments, including contact with potable water and gas.

Dimensions: 25 mm diameter and 3/4 inch diameter are standard sizes in the plumbing industry and plumbing systems. These dimensions ensure proper compatibility with other system elements.

Operating Pressure: With a pressure rating of 16 bar, this connector is able to withstand significant pressure, ensuring safe and efficient operation in pressurized water or gas systems.

Reliable Connections: Being a Type M connector, it provides a strong and leak-proof connection, minimizing the risk of leaks and ensuring long-term system integrity.

Recommended Applications:

Plumbing: PPR connector is ideal for use in residential or commercial plumbing systems, providing a secure connection between pipes, faucets and other components.

Heating and cooling systems: Thanks to its resistance to high and low temperatures, this connector is also suitable for central heating or cooling systems.

Industrial Installations: The connector is suitable for use in industrial installations where resistance to various chemicals and aggressive environments is required.

In conclusion, the 25mm 3/4" 16 bar polypropylene (PPR) connector is a reliable and durable choice for a wide range of plumbing and building applications. It is designed to provide long-term performance and safety in a variety of environments and operating conditions.