Reflectix 149.5 in. Tape Insulation 150 ft. L
More from: Reflectix
Type: Insulation Tape
Retail: $59.94
$5354
(11% Off)
The Reflectix family of tapes are designed specifically for use with the Reflectix Reflective Insulation products. The Foil Tape is for seaming our Double Reflective and Single Reflective Insulations. Reflectix Foil Tape is a heavy gauge aluminum foil bonded to an acrylic adhesive with a release liner.
The Reflectix family of tapes are designed specifically for use with the Reflectix Reflective Insulation products. The Foil Tape is for seaming our Double Reflective and Single Reflective Insulations. Reflectix Foil Tape is a heavy gauge aluminum foil bonded to an acrylic adhesive with a release liner.
- UPC: 716511102507
- Manufacturer Part No:
- Product Type: Tape Insulation
- Brand Name: Reflectix
- Maximum Pipe Size: 149.5 in.
- Length: 150 ft.
- Material: Aluminum
- Self Sealing: No
- Maximum Temperature: 180
- Minimum Temperature: -60
- Flexibility: Flexible
- Color: Silver
- 2in.
- Aluminum tape is specifically designed to adhere well to foil
- Wall Thickness: 3.2 mil
- High strength acrylic adhesive for secure seaming of Reflectix insulation
- Serves as best means to join ends of Reflectix product together because it ensures a continuous reflective surface. Use of ordinary adhesive or duct tape would create "windows" for radiant energy to pass through
Product Details
- UPC: 716511102507
- Manufacturer Part No:
- Product Type: Tape Insulation
- Brand Name: Reflectix
- Maximum Pipe Size: 149.5 in.
- Length: 150 ft.
- Material: Aluminum
- Self Sealing: No
- Maximum Temperature: 180
- Minimum Temperature: -60
- Flexibility: Flexible
- Color: Silver
- 2in.
- Aluminum tape is specifically designed to adhere well to foil
- Wall Thickness: 3.2 mil
- High strength acrylic adhesive for secure seaming of Reflectix insulation
- Serves as best means to join ends of Reflectix product together because it ensures a continuous reflective surface. Use of ordinary adhesive or duct tape would create "windows" for radiant energy to pass through
