The Green PTFE Thread Seal Tape from Mill-Rose measures 1 inch by 260 inches, designed for sealing threaded connections in plumbing and HVAC applications. This high-quality tape is made from durable PTFE material, ensuring a reliable seal that prevents leaks. Its green color indicates suitability for use with potable water systems, meeting industry standards for safety and compliance. Easy to apply, this tape is essential for both professional plumbers and DIY enthusiasts looking to ensure leak-free connections in their projects.
Mill-Rose 70854 - GREEN PTFE THREAD SEAL TAPE, 1 X 260", ROLLS
Mill-Rose Full-Density Green Thread Seal Tape is over five times heavier than common sealing tapes so you can use it and never worry about contaminating systems.
Because it is degreased; it has no residual lubricant, unlike common tapes made with petroleum as a lubricant. Specifically developed for oxygen installations, Green thread seal tape is both safe and reliable to use; it is chemically inert and wont support combustion.
Applications:
Oxygen lines, systems and other flammable environments. Also may be used on most liquid, oil and chemical installations.
Specification MX65:
Oxygen sealant tape is a degreased version of Gas Seal Tape. Meets or exceeds A-A58092 standards (ASG) and has the approval of most gas companies: AIRCO (USA), British Oxygen Co. (UK), CANOX (Canada), and Commonwealth Ind. Gases (Aus.).
Specifications:
• Composition: 99.6% PTFE <0.4% pigment
• Color: Green
• Length: 260" (6.6m)
• Width: 1/2" (12mm), 3/4" (19mm) and 1" (25mm)
• Thickness: 0.102mm +/-10%
• Density: 1.5g/cm3 +/-10%
• Elongation: >100%
• Pressure rating: Mill-Rose Green Oxygen Tape has been used regularly on oxygen fittings at pressures up to 2,173.9PSI or 15,000kPa Note: Pressure ratings are relative to the quality and torque of the fittings and the amount of tape used.
• Temperature range: -450F to +500F (-268C to +260C) PTFE is completely stable up to +500F or +260C. Decomposition is slow up to 750F or +400C. Although decomposition will occur on contact with naked flames.
• Tensile strength: 9-13N/mm2
