Sunday, April 25, 2010

VaproShield - WrapShield SA Installation

WrapShield Self-Adhered (SA) Installation
Install vertical or horizontal, easily repositioned after initial application to ensure alignment.

VaproShield - WrapShield SA Installation

Monday, February 8, 2010

Vaproshield Installation Videos


New installation videos for Vaproshields Wrapshield's self adhesive products.



Thursday, December 10, 2009

WrapShield Self-Adhered


WrapShield Self-Adhered (SA) combines the best properties of a vapor permeable membrane and an air barrier in one innovative, affordable self-adhering product.

It fully bonds (no mechanical attachment) to almost any substrate for air tightness and ease of installation, requiring minimal use of sealants or tapes.

WrapShield SA air barrier prevents lateral air movement enhancing building thermal performance and with a rating of 50 perms, provides the highest vapor permeability in a commercial quality, self-adhered, air barrier breather membrane.

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Monday, November 16, 2009

Rain Screen Design


Rain Screen Design
Rain Screen Design is a twofold approach used to control rain penetration into interior walls. The first line of defense minimizes rain passage by blocking leaks. The second defense intercepts all water allowing it to dissipate to the exterior.

Rain screen design is a simple, effective moisture management approach. VaproShield Membranes, Rain Screen Design Components and 3D Window Flashing Elements provide an affordable and innovative solution to build a breathable building envelope.

Vapro Shield






VaproShield Solutions Approach

VaproShield markets and distributes affordable, innovative products that reflect state-of-the-art building envelope science. Our systems offer distinct drying capability advantages in all types of building design including high rise construction. Our 20 year warranty exceeds all industry standards.

Real Issues, Real Solutions

Every year the building industry spends around $9B repairing and litigating damages from water and moisture. Air leakage results in increased energy use of up to 40% in heating climates and 15% in cooling climates.