content loaded

WATTS 81012953 2-1/2 R-LEX SINGLE JACKET PIPE

Name: WATTS 81012953 2-1/2 R-LEX SINGLE JACKET PIPE
Brand: WATTS® | Watts Radiant™
SKU: 1205465
Availability: OutOfStock

MFR Part #: 81012953

SKU #: 1205465

Brand: WATTS® | Watts Radiant™

UPC: 400009331844

Watts Radiant™ R-Flex™ 81012953 Single Insulated Pipe With Corrugated Double-Wall HDPE Cover, 63 x 160 mm Nominal, Metric PEX OD x Jacket OD End Style, 160 psi Working, Polyethylene, Import

1 year Limited

For Agricultural Piping, Biomass Heat Source, Commercial and Process Piping, Cooling Towers and Chilled Water System, District Heating, Geothermal, Hydronic Heating, Hydronic Snow Melting, Solar and Wood-fired Boiler

DIN 16892/16893 | DIN 4726 Oxygen Barrier | PROP65: This product can expose you to chemicals including lead which is known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov

Product Details
Attributes
Features
Resources

Watts Radiant™ R-Flex™ Insulated Pipe, Single, 63 x 160 mm Nominal, Metric PEX OD x Jacket OD, 160 psi Working, 73 deg F, Polyethylene, Import

This 63 MM x 160 MM OD R-Flex single insulated pex pipe is used for hydronic heating, snow melting, supply and return piping. It consists of an internal fluid channel made of cross-linked SDR-11 PEX barrier pipe with a core PE foam insulation layer and an outer double layered corrugated shell casing. It is manufactured with an integral oxygen layer that prevents any oxygen diffusion through the pipe wall.

Product Details

Watts Radiant™ R-Flex™ Insulated Pipe, Single, 63 x 160 mm Nominal, Metric PEX OD x Jacket OD, 160 psi Working, 73 deg F, Polyethylene, Import

This 63 MM x 160 MM OD R-Flex single insulated pex pipe is used for hydronic heating, snow melting, supply and return piping. It consists of an internal fluid channel made of cross-linked SDR-11 PEX barrier pipe with a core PE foam insulation layer and an outer double layered corrugated shell casing. It is manufactured with an integral oxygen layer that prevents any oxygen diffusion through the pipe wall.