In addition, vinyl resin's ability to combine with additives and modifiers in the compounding process means that vinyl is versatile - it can be made flexible enough for wallcovering or rigid enough for pipe, can have nearly any texture or pattern, and can be made clear or in virtually any color. Its durability, resistance to the elements and fire performance are all characteristics affected by the compounding process. Vinyl blends many of the attributes of traditional materials with advanced technologies to produce a material with nearly unlimited possibilities for use in the built environment. The continuous evolution of vinyl's performance capabilities virtually ensures the material we know today as vinyl will be capable in the future of use in applications not previously thought possible. The result is the creation of entirely new building products.
Building codes govern the performance of building materials in a fire.
Vinyl building products are generally slow to catch fire, their flame spread is slow and they cease to burn after the flame source is removed, because they are based on a naturally fire retardant polymer. Vinyl produces less carbon monoxide than most other organic materials, which is why it is often specified for use in buildings. Employees of hospitals, schools, assisted living facilities and other institutions generally find vinyl wallcovering and flooring easy to keep clean and sanitary. In addition, vinyl can enhance the hygiene of buildings and indoor air quality by minimizing hiding places for dust, dirt and allergens. You may apply for credits either by downloading the form and faxing or mailing it, or by completing the electronic version and sending it via the Internet.