Backed by the manufacturers of proven TYPAR Weather Protection System barriers, TYPAR Plus Home Slicker is one more component in the line of defense against extreme wet and coastal climates.
TYPAR HouseWrap has teamed up with Home Slicker® to provide enhanced bulk water resistance, specifically designed for wet and coastal climates. Two great products rolled into one unbelievably tough barrier. So when it rains, Home Slicker Plus TYPAR really pours on the protection.
TYPAR Plus Home Slicker is a cost-effective, labor and material saving, moisture eliminating rainscreen combined with a water resistive barrier. Each roll contains the patented Home Slicker three-dimensional matrix bonded to TYPAR HouseWrap, the premium residential and commercial grade membrane.
TYPAR Plus Home Slicker was created to comply with new Canadian building codes.
In addition to superior weather protection, TYPAR Plus Home Slicker offers the following key advantages:
· Defends against extreme elements. Allows moisture to escape quickly as vertical channels direct water out of the wall assembly.
· Saves time and money. Installing two moisture-management products at one time saves time and money, and eliminates the need for furring strips.
· Provides cladding flexibility. Ideal for use with wood, fiber cement, vinyl siding, and more.
Protect your building with the TYPAR® Weather Protection System.
How can you build a home that provides excellent comfort and energy-efficiency while controlling the damaging impact of moisture intrusion? The TYPAR Weather Protection System. It provides exceptional air and water holdout, optimal moisture vapor transmission, superior tear strength and outstanding surfactant resistance PLUS The TYPAR Advantage.
At the heart of the system are TYPAR Weather Resistant Barriers (WRB) which act as air and moisture barriers, while allowing moisture vapor to escape from the wall cavity. Installed before the exterior siding, TYPAR WRBs also protect the structure from nature's harshest elements with exceptional tear strength and ultraviolet stability.