Nomaco Kflex
Nomaco Kflex 1" Thick NBR/PVC Tee Pipe Fitting Insulation Black
1" thick NBR/PVC tee fitting insulation rated R-7.0 for -297 °F to 220 °F service
- TypeTarps
- Fits 7/8 in tube for secure pipe coverage
- NBR/PVC material withstands -297 to 220 Degrees F
- Approx. R Value 7.0 delivers strong thermal resistance
- 1 in wall thickness reduces heat loss on ducts and tanks
- Black finish suits piping and ductwork installations
Tee fitting insulation for 7/8 in tube
This Nomaco Kflex tee fitting insulation is made from NBR/PVC material in black. It fits a tube size of 7/8 in with a nominal inside diameter of 7/8 in and is designed for use on ducts, tanks and piping. The wall thickness is 1 in and the approximate R value is 7.0.
Suits installers needing thermal protection to 220
The insulation operates from -297 degrees F to 220 degrees F, so it suits systems that stay within that range. It is not for buyers who need a higher temperature rating or a different tube diameter. The pre-formed tee shape also means it will not work on straight runs or elbows.
Pre-formed tee saves cutting time on site
The part arrives shaped as a tee with a length of 23/32 in and width of 2 7/8 in, removing the need to fabricate a fitting from sheet stock. The black NBR/PVC body provides the stated R value without additional coatings. No adhesives or tapes are included in the package.
Highlights
- Fits 7/8 in tube for secure pipe coverage
- NBR/PVC material withstands -297 to 220 Degrees F
- Approx. R Value 7.0 delivers strong thermal resistance
- 1 in wall thickness reduces heat loss on ducts and tanks
- Black finish suits piping and ductwork installations
Specifications
| Brand | K-FLEX USA |
|---|---|
| Type | Tarps |
Questions about this item
What pipe outer diameter must I already have for this 1" thick tee fitting to fit?
The insulation is sized for a 7/8 in tube outer diameter, which corresponds to a 3/4 in nominal pipe size.
Will this NBR/PVC tee insulation stay flexible if I run it next to older copper lines that see -297 °F?
The material is rated from -297 °F to 220 °F, so it remains flexible and insulating across that full range.
How can I confirm the tee piece is delivering its rated R-7.0 performance after installation?
Measure the surface temperature on the insulation outer skin; it should be close to ambient when the pipe carries fluid at design temperature.
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