loader
We sell, deliver and install climate control equipment throughout the Republic of Moldova
Product code: 14779

Polyethylene clamping ball valve PN 10 bar, d. 63 x 63

1
388 mdl
347 mdl
visa logo master card logo
Installment is possible for physical and legal entities
Shipping and payment arrow down
Free delivery throughout Republic of Moldova
Payment by card is possible:
visa logo master card logo maib gamma maib liber starcard
Installment plan for 0% for individuals and legal entities
Product Description

We bring to your attention the description of a shut-off valve with a compression ball mechanism:

Main characteristics:

Type: Valve with compression ball mechanism. This type of faucet uses a perforated ball to control the flow of fluid. It is known for its reliability and ability to completely stop the flow of fluid.

Inlet and Outlet Diameter: With a diameter of 63mm at both inlet and outlet, this valve is suitable for applications requiring constant and controlled fluid flow.

Operating Pressure: With a pressure rating of 6 bar, this valve can handle a wide range of pressures without compromising performance or structural integrity.

Material: Made from polythene, this faucet is designed to withstand harsh environments and ensure a long service life. Polythene is known for its resistance to corrosion and wear, making it ideal for industrial and domestic applications.

Based on its functionality, this unit is designed to provide simple and efficient operation and is suitable for a wide range of applications, from water distribution systems to gas control systems. Manufactured to high quality standards, this valve is an integral part of your liquid distribution infrastructure, providing a reliable and durable solution for your needs.

Product characteristics arrow down
Diameter 2, mm: 63
Type: clamping ball valve
Diameter, mm: 63
Body material: polyethylene
Color: Black/Blue
Maximum working pressure, bar: 6
Temperatura maxima apa, °C: +40
Please clarify the specifications with the managers, as they may differ from the actual ones