The dreaded call-back from an unhappy customer often takes up time and money that eats into your profit margins. However, successfully dealing with these issues can boost your customer service and improve word-of-mouth business. Turn your clients into raving fans with these call-back fixes.
Increased incidence of strong weather systems and the tragedies that follow high wind events have encouraged engineers and designers to rethink the way we build to improve wall strength. Stronger walls will keep home occupants safer during weather events and will increase the lifespan of the home. One of the problems is that the roof, wall and flooring systems are installed as separate entities. Connecting the OSB wall sheathing and the flooring system can create a continuous load path which can improve wall strength by up to 38%.
As rebuilding efforts commence in the wake of this summer’s storms, construction professionals seek ways to ensure that homes are safer and built to withstand major wind events. There are several techniques that will help to keep property and lives safe.
QuakeZone provides a continuous load path which, when used with a professional designer’s fastener schedule, meets building code and helps withstand the kinds of shear forces your home is subjected to during an earthquake.
As the cost of home construction and building materials increase in cost, and building codes demand more effective building envelopes, construction professionals are looking to taller wall sheathing to fill in the gaps. Listen to the Builder Insights Podcast.
As construction costs increase and building codes demand more effective building envelopes, construction professionals are looking to taller wall panels to fill in the gaps. OSB wall panels already make for a sustainable and cost-effective option but with longer length OSB wall panels, the efficacy of the building envelope is increased by creating fewer seams while costs, waste and installation time are reduced.
An effective building envelope is a combination of insulating building materials and a reduction in air leakage. This reduction can be achieved by using taller wall sheathing panels and through effectively sealing air leaks. When determining which air leaks construction professionals should focus on, Dave Wolf from Owens Corning Science and Technology has conducted a study to see which leaks require the least effort and sealant and provide the highest returns in building envelope efficiency.