- Light weight and flexible.
- Tool-less latch for easy on and off.
- Outer layer is made of aerospace grade silicone impregnated fiberglass fabric.
- Inner warmth is a type "E" glass fibers needled together into a 1 " thick mat (-50 F to 1000 F)
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1 inch diameter pipe nipple covers. Benefits of the layers consist of the following:
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2 inch diameter pipe nipple covers. Benefits of the layers consist of the following:
- Light weight and flexible.
- Tool-less latch for easy on and off.
- Outer layer is made of aerospace grade silicone impregnated fiberglass fabric.
- Inner warmth is a type "E" glass fibers needled together into a 1 " thick mat (-50 F to 1000 F)
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Our Ball valve covers are engineered so you can access the valve for on|off use - even with handle still attached. PipeGlove’s ball valve covers protect both high\low pressured threaded applications. Our wraps are made for ball valves ranging in size from 1" to 4" diameter.
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Threaded 90's covers range in diameters of: 1", 2", 3", and 4". PipeGlove’s 90* covers are sized to overlap PipeGlove's nipples on either side of the fitting. Our wraps are engineered to also cover heat trace and fit snug.
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Low Pressure threaded Check Valve covers allow quick on|off access while keeping the heat in and the cold out. Our Check valves are engineered for the following diameters: 1", 2", 3", and 4" lines. PipeGlove’s Check Valves are sized to overlap the nipples on lines coming in on each side. Simply cover the check valve from the top down, attach hook and loop at the under side. Our wraps are engineered to also cover heat trace and fit snug.
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PipeGlove’s steam trap covers are a 2 part piece. These steam traps freeze over often if not insulated properly. Our wraps are made for the 1 inch steam trap device.
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PipeGlove's Kimray Back Pressure Regulator Covers protect both Flanged or Threaded applications. Our wraps are made for back pressure regulators ranging in size from 2" to 6" diameter.
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PipeGlove’s Rosemount Wireless Transmitter Covers protect the units and keep the battery from losing its energy while keeping the cold out.