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HEATLINK EX16333 Image 1

HEATLINK EX16333 1-1/4 F1960 PEX POLYSULFONE TEE

MFR Part #:Ā EX16333
SKU #:Ā 1225153
Brand:Ā HeatLinkĀ®
UPC:Ā 62799801670
HeatLinkĀ® EX16000 Series EX16333 Tee, 1-1/4 in F1960 PEX x 1-1/4 in F1960 PEX x 1-1/4 in F1960 PEX, Polymer
25 Year
For PEXa potable water expansion systems
ANSI/NSF 14/61/372 | cNSFus-pw-G Certified | cQAIus P371 | CSA B137.5 | ICC ES PMG 1087 | IMC Compliant | IPC Certified | IRC Certified | NSPC Certified | ULC S102.2 | UMC Certified | UPC Listed

HeatLink® Tee, EX16000 Series, Tee Fitting, 1-1/4 in Connection Size 1, Connection Type 1: F1960 PEX, 1-1/4 in Connection Size 2, Connection Type 2: F1960 PEX, Connection Size 3: 1-1/4 in, Connection Type 3: F1960 PEX, PEX|PEX|PEX Connection, Polymer, Material Construction: Polymer, 100 psi, 180 deg F, Additional Information: 0.97 x 0.97 x 0.97 in ID Dimensions

The HeatLink® potable water system features PureLink® PEX-a tubing, high performance polymer (HPP) fittings and multi-port tees, no lead brass fittings and a choice of stainless steel press sleeve or PEX-a expansion ring connection technology. The unique HeatLink® PEX-a process is based on a method developed during the 1970's and uses organic peroxide to chemically cross-link the polyethylene during the manufacturing process. The PEX-a process produces a higher degree and greater uniformity in crosslinking, resulting product with significantly improved material properties with respect to temperature, pressure, strength and chemical resistance. Press sleeve technology has been used for decades worldwide in plumbing systems and has also been used extensively for pneumatic and hydraulic applications. HeatLink® superior potable water system carries all necessary approvals for North American installations and offers significant advantages and benefits in comparison to both copper and most common PEX plumbing systems in use today.

Product Details

HeatLink® Tee, EX16000 Series, Tee Fitting, 1-1/4 in Connection Size 1, Connection Type 1: F1960 PEX, 1-1/4 in Connection Size 2, Connection Type 2: F1960 PEX, Connection Size 3: 1-1/4 in, Connection Type 3: F1960 PEX, PEX|PEX|PEX Connection, Polymer, Material Construction: Polymer, 100 psi, 180 deg F, Additional Information: 0.97 x 0.97 x 0.97 in ID Dimensions

The HeatLink® potable water system features PureLink® PEX-a tubing, high performance polymer (HPP) fittings and multi-port tees, no lead brass fittings and a choice of stainless steel press sleeve or PEX-a expansion ring connection technology. The unique HeatLink® PEX-a process is based on a method developed during the 1970's and uses organic peroxide to chemically cross-link the polyethylene during the manufacturing process. The PEX-a process produces a higher degree and greater uniformity in crosslinking, resulting product with significantly improved material properties with respect to temperature, pressure, strength and chemical resistance. Press sleeve technology has been used for decades worldwide in plumbing systems and has also been used extensively for pneumatic and hydraulic applications. HeatLink® superior potable water system carries all necessary approvals for North American installations and offers significant advantages and benefits in comparison to both copper and most common PEX plumbing systems in use today.

Attributes

Connection Size 1:Ā 1-1/4 in
Connection Size 2:Ā 1-1/4 in
Connection Size 3:Ā 1-1/4 in
Country Of Origin:Ā China
Nominal Size:Ā 1-1/4 x 1-1/4 x 1-1/4 in
Additional Information:Ā 0.97 x 0.97 x 0.97 in ID Dimensions
Connection Type:Ā PEX|PEX|PEX
Connection Type 1:Ā F1960 PEX
Connection Type 2:Ā F1960 PEX
Connection Type 3:Ā F1960 PEX
Fitting Type:Ā Tee
Material:Ā Polymer
Material Construction:Ā Polymer
Pressure Rating:Ā 100 psi
Series:Ā EX16000 Series
Temperature Rating:Ā 180 deg F

Features

  • Better chemical resistance than other manufacturers
  • Heat stability across a wide range of temperatures
  • High continuous temperature use
  • Exceptional hydrolytic stability
  • High burst pressure rating
  • Erosion-resistant can withstand aggressive water conditions
  • Outstanding-resistance to hot chlorinated water