Gasoila BT04 Pipe Thread Sealant Red 1/4 Pint Can

Product Description

The GASOILA BT04 is a hard-setting pipe thread sealant supplied in a 1/4 pint can. It is formulated to seal threaded pipe joints in plumbing, HVAC, and gas piping systems. The red color allows installers to confirm application coverage at a glance. Rated for a temperature range of -60 degrees F to 350 degrees F, this sealant holds up across a broad range of operating conditions. Licensed plumbers, pipefitters, and HVAC technicians apply it to male threads before assembly to create a leak-free mechanical joint. The hard-set formulation cures to resist vibration and system pressure once fully dried.

This thread sealant is suited for residential and light commercial pipe assemblies where a hard-curing compound is specified. Typical applications include threaded connections on gas lines, water supply lines, and HVAC refrigerant piping accessories. The 1/4 pint can size is practical for service calls and repair work where a full pint is more than needed. It is classified under Federal Supply Service Code 8040, indicating its use across general maintenance and repair operations.

Key Features

• Hard-set formulation cures firm to resist joint movement and pressure
• Red color provides visible confirmation of thread coverage before assembly
• Wide temperature rating: -60 degrees F minimum to 350 degrees F maximum
• Compact 1/4 pint can is sized for field service and repair kits
• Suitable for threaded pipe joints in plumbing, gas, and HVAC applications

Compatibility

Designed as an OEM-style hard-set thread sealant for use on threaded pipe joints across plumbing, HVAC, and gas piping systems where a curing compound is required.

Installation Notes

Application is typically performed by a licensed plumber, pipefitter, or HVAC technician. Shut off gas or water supply and depressurize the system before disassembling any threaded joint. Apply sealant evenly to the male threads, then assemble and tighten per system requirements. Allow adequate cure time before pressurizing the system, and verify joint integrity with an approved leak-detection method before returning the system to service.