Complete the Seal With Reflective Waterproof Sealing Tape
DuPont™ Tyvek® Metallised Tape is a reflective waterproof sealing tape for sealing overlaps in Tyvek® Enercor® Roof, Tyvek® Reflex and DuPont™ AirGuard® products
This single-sided waterproof sealing tape is made of metallised Tyvek® and acrylic adhesive, and is ideal for sealing around penetrations, pipework, windows and doors.
Tyvek® Metallised Tape provides a durable bond and offers high resistance to water and humidity.
Key Benefits of DuPontTM Tyvek® Metallised Tape
- Seals overlaps in Tyvek® Enercor® Roof, Tyvek® Reflex and AirGuard® Reflective
- Seals around penetrations, pipework, windows and doors
- Provides a durable bond
- High resistance to water and humidity
Key Properties of DuPontTM Tyvek® Metallised Tape
- Colour: Silver
- Roll size: 75mm x 25m, Rolls per box: 8
INFORMATION & IDEAS
Find here all the technical information about DuPont™ Tyvek® & DuPont™ AirGuard®.
- Free CPD Seminars
- Building In Energy Efficiency
Give Home Energy Efficiency a Boost
DuPont™ Tyvek® solutions can significantly improve home energy efficiency. The combination of low-emissivity, vapour-open Tyvek® Reflex and AirGuard® Reflective is particularly effective.
- Tyvek® offers unrestricted application when tested in accordance with BS5534:2014
- Tyvek® is compliant to New BS5534 Annex A
Tape Selection Guide
Find the right Tyvek® or DuPont™ FlexWrap tape with our Tape Applications Selection Guide.
CE Compliant Membranes
All DuPont breather membranes, including Tyvek® and AirGuard®, are fully CE compliant, and carry the CE marking required throughout Europe.
- The Tyvek® Evolution Story
RELATED DUPONT PRODUCTS & SERVICES
- Tyvek® e-Guard W1
Tyvek® Reflex is a heat reflective membrane that can help improve thermal efficiency in wall systems by reflecting 91% of radiant heat in summer, and reducing convective heat loss in winter.
DuPont™ AirGuard® Reflective is a low emissivity internal vapour barrier that combined with an airgap can enhance thermal comfort by reflecting up to 95% of radiant heat back into the building.