Sealant Tape, 3/4 x 520 In
Original price
$4.99
-
Original price
$4.99
Original price
$4.99
$4.99
-
$4.99
Current price
$4.99
Mfr # | 21TF36 |
Item | Thread Sealant Tape |
Tape Backing Material | PTFE |
Tape Shape | Continuous Roll |
Tape Color | White |
Tape Thickness | 3.94 mil |
Min. Tape Performance Temp. | -400 Degrees F |
Max. Tape Performance Temp. | 550 Degrees F |
Standards | UL Listed; CSA and Mil Spec A-A-58092 |
Tape Application | Used to Form a Leak Proof Seal and Help Prevent Cross Threading on Pipe Threads |
Gas Pressure Range | 0 to 2250 psi |
Thickness | 3.94 mil |
Color | White |
Material | PTFE |
Performance Temp. Range | -400 Degrees to 550 Degrees F |
Density | 1.2 to 1.5sg |
Application | Used to Form a Leak Proof Seal and Help Prevent Cross Threading on Pipe Threads |
Liquid Pressure Range | 0 to 10,000 psi |
Color Family | White |
Brand & Series | GRAINGER APPROVED |
Minimum Linear Density | 1.2 g/cc |
Sealing Application | General Purpose |
Maximum Linear Density | 1.5 g/cc |
Backing Material | PTFE |
Minimum Operating Temperature | -400 Degrees F |
Peel Strength | 300 psi |
mil Thickness | 4 mil |
Compatible Materials | Brass, Steel |
Operating Temperature Range | -400 Degrees F to 550 Degrees F |
Tape Type | Pipe Thread Sealant Tape |
For Material Type | Brass, Steel |
Maximum Operating Pressure for Gases | 2,250 psi |
Resistance Properties | Electrically Insulating, Flame Resistant, High-Temperature Resistant, Low-Temperature Resistant |
Density Grade | Extra-High Density |
Maximum Operating Pressure for Liquids | 10,000 psi |
Maximum Application Temperature | 500 Degrees F |
Maximum Operating Temperature | 550 Degrees F |
Minimum Application Temperature | -400 Degrees F |
Compatible Fluids | Air |
For Fluid Type | Air |
Industry Application | Automotive, Commercial and Industrial Construction, HVAC, Marine |
Linear Density Range | 1.2 g/cc 1.5 g/cc |
Shelf Life | 5 yr |
Specific Sealing Application | General Purpose Thread Sealing |
Tape Properties | For Gas Lines, For Stainless Steel Thread |