Contour Gray Branch Tee 110/50x45

Compact pump for household heating systems.

Sewer pipe for wastewater drainage.

Sewer pipe for wastewater drainage.

Sewer pipe for wastewater drainage.

Sewer pipe for wastewater drainage. Durable and long-lasting.

Compact sewer pipe for installing drainage systems.

Clip for fixing pipes. Provides secure fastening.

Clip for fastening small diameter pipes.

Fastener for medium thickness pipes. Easy to install.

Coupling for connecting sewer pipes.

Connecting coupling for large diameter pipes.

Repair coupling for pipeline restoration.

This PILSA unequal tee fitting, sized 63x50x63mm, is a durable and reliable component for polypropylene piping systems. Ideal for creating branch connections in hot and cold water supply lines, it ensures leak-proof performance and long-lasting functionality. Manufactured by PILSA, a trusted name in plastic piping, this fitting is designed for easy installation and compatibility with other PILSA components. Perfect for residential and commercial plumbing projects.

The RTP 25mm angular radiator valve is a crucial component for efficient heating and plumbing systems. Designed for both open and closed-loop piping, its compact and refined construction ensures reliable performance in heating and air conditioning applications. Easy to install and maintain, this valve provides convenient control over radiator output. Ideal for residential and commercial projects.

The RTP Radiator Valve [d/20 Straight] is a crucial component for efficient heating and water supply systems. Designed for use in both open and closed-loop piping, these valves offer reliable performance and easy installation. Their compact design ensures compatibility with a wide range of heating and air conditioning setups, simplifying maintenance and upgrades. Ideal for residential and commercial applications.

The RTP Radiator Valve [d/25 Straight] is a crucial component for efficient heating and plumbing systems. Designed for use in both open and closed-loop piping, these valves ensure reliable operation in heating and air conditioning. Their compact design allows for easy installation and maintenance, making them ideal for a wide range of applications. Built for durability and performance, these valves contribute to optimal system efficiency.

The TDS 4-Port Manifold with Ball Valves provides a reliable and efficient solution for splitting and controlling fluid flow in heating, cooling, and plumbing systems. Featuring four individual ball valve outlets with a durable nickel finish for corrosion resistance, this manifold simplifies installation and maintenance. Ideal for radiant floor heating, fan coil units, and other hydronic applications. Designed for optimal performance and longevity.

The TDS 5-Port Manifold with Lambdavalves, finished in durable nickel, is a crucial component for efficient and reliable fluid distribution in heating and cooling systems. Designed for ease of installation and maintenance, this manifold allows for precise control of flow to multiple circuits. Its robust construction ensures long-lasting performance and resistance to corrosion. Ideal for both residential and commercial applications.

The TDS 6-Outlet Manifold with Lambdas (Nickel) provides a reliable and efficient solution for distributing fluids in heating, cooling, and plumbing systems. Featuring six connection points with integrated lambdas (shut-off valves), this manifold simplifies installation and allows for individual circuit control. Its durable nickel finish offers corrosion resistance and a professional aesthetic. Ideal for both residential and commercial applications.

The TDS 7-port manifold with Lambdavalve in a durable nickel finish is a crucial component for efficient and reliable radiant heating and cooling systems. Designed for precise flow control, this manifold allows for individual circuit adjustment, optimizing performance and comfort. Ideal for residential and light commercial applications, it simplifies installation and maintenance. Features a robust construction for long-lasting use.