OATEY
OATEY 31228 Pipe Thread Sealant 8 fl oz Brush-Top Can Gray
Non-hardening gray sealant for metal and plastic threads, rated to 3,000 psi gas and 10,000 psi liquid from 50 to 500 Degrees F, brush-top 8 fl oz can
- Non-hardening cure allows easy disassembly of joints
- Withstands up to 500 degrees F for high-heat lines
- Seals gas threads to 3,000 psi and liquid threads to 10,000 psi
- Compatible with aluminum, brass, copper, CPVC, PVC and stainless steel
- 8 fl oz brush-top can provides controlled application
Purpose and user
OATEY 31228 is a non-hardening pipe thread sealant supplied in an 8 fl oz brush-top can. It is formulated for general-purpose thread sealing on aluminum, brass, copper, CPVC, PVC and stainless steel piping systems.
Temperature range and pressure limits
The compound remains effective from 50 degrees F up to 500 degrees F. It withstands gas pressures up to 3,000 psi and liquid pressures up to 10,000 psi, providing reliable sealing across a wide operating envelope.
Brush-top applicator benefit
The integrated brush allows direct application to threads without extra tools, reducing mess and waste. Orders of $75 or more qualify for free shipping from the supplier.
Highlights
- Non-hardening cure allows easy disassembly of joints
- Withstands up to 500 degrees F for high-heat lines
- Seals gas threads to 3,000 psi and liquid threads to 10,000 psi
- Compatible with aluminum, brass, copper, CPVC, PVC and stainless steel
- 8 fl oz brush-top can provides controlled application
Specifications
| Brand | OATEY |
|---|
Questions about this item
How do I apply the sealant with the brush-top can, and what is the common mistake?
Brush the sealant evenly onto clean male threads; the common mistake is applying it to female threads or using too much, which can push excess into the pipe.
Will the non-hardening compound need to be replaced or retightened over time?
The non-hardening formula remains pliable, so it does not require replacement; retightening is only needed if the joint loosens from vibration or thermal cycling.
At what temperature does the sealant reach its limit during sustained high-heat use?
The maximum operating temperature is 500 degrees F; sustained exposure above this limit can degrade the compound and cause leaks.
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