You could say that 2020 had its ups and down. In March and April, builder confidence dipped to an all-time low of 30. But by November, it was back up to 90. “It was a great year, and 2021 looks even better,” NAHB chief economist Robert Dietz told Builder Online. “We expect the gains to …
By Tom Murphy Construction is experiencing higher demands on budgets, product capabilities, deadlines and skilled labor. If you are an engineer, builder, or general contractor/framer you need a simple and different approach to attain the perfect height panel for your dimensions. The premise here is that the 4×8 panel may no longer meet the speed …
For any other agency, good referrals are your best sales opportunities and are always worth getting. Here’s how.
Learning to quote effectively is a great way to keep your customers happy and your business in the black. Calculating a base rate can help you to provide more accurate quotes and keep your profit margins healthy.
Unventilated attics can help to mitigate energy loss through leaky ducts or ceiling fittings. The energy savings touted by unvented attics can be as high as 20%. However, if moisture is able to enter the unvented attic space, it may lead to roofing panel issues.
Placing notoriously leaky HVAC ductwork into an unconditioned space will not make for an energy efficient heating or cooling system.There are a few options which locate the ductwork within the thermal enclosure of the home. Options include moving the ceiling plane to the underside of the roof with an unvented attic or placing the ductwork in a conditioned basement. A third option is the installation of plenum trusses which allow for a compact ducting system to be placed in a conditioned bulkhead.
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%.