Improve your Construction Framing with These Techniques

As a contractor, you might want to cut down all the excessive costs involved in construction projects. There are many advanced framing methods now available to optimize the material used so that your waste and redundancies can be brought to a minimum. It is much sought after due to the growing need for sustainability and the need to conserve resources. It also helps in energy management and making the building more structurally durable.

Here are some proven tricks from experts who have made it a point to reduce the extra costs and use minimum resources. These concepts focus on the increment of cavity insulation and the reduction of thermal bridging. It provides a greater R-value to the walls by utilizing the framing materials to the fullest! As a construction crew in Salem, Oregon, you can use these techniques creatively for the best results!

Insulate the corners

In conventional three or four stud corners, you have the isolated cavity that you can replace with the insulated corners. It will help in easier installation and provide the building with more “cavity insulation space.”

The 2x6 construction framing

Traditionally, the framing members are kept 16 inches apart on center. The more advanced framing methods increase this member spacing, up to 24 inches on the center. This helps in trimming the required stud number by one-third. You may consult some of the best wood framing contractors in Oregon to have a broader and deeper insulation cavity than traditional 2x4 framing.

For example, the advanced framed 2x6 frame with 24 inches on the center will provide a greater R-value than a 2x4 frame with 16 inches on the center.

Insulated headers

You can have increased energy efficiency by replacing framing material with space for cavity insulation in the building header. The advanced framing headers are usually sized based on the loads they carry and have single plies installation rather than double. The single-ply headers are calculated on the tributary loads that are applied to the header. It would help determine the live load and the total load in pounds per linear foot for doing this task. You may require referring to a published standard of measurement, like American Wood Council’s WFCM (“American Wood Council’s Wood Frame Construction Manual”) for the correct measure of one or two-family dwellings.

In-line framing

Also known as single top plate construction, it helps you to eliminate many lineal feet of per home lumber and reduce the thermal bridging abruptly. It also increases the vertical framing alignment, where the members are stacked over to create a direct load path. It only requires a single or a master layout at all framing levels.

Therefore, if you want to have minimum wastage of resources and time, you should opt for advanced framing techniques that provide more efficiency. Moreover, it will also help you attain more reputation as a framing company throughout Oregon, as your buildings will not only offer better sturdiness and longevity, but it will also help reduce energy bills. More R-value means more insulation against the cold. Therefore, there will be no need to overuse the heaters! Hence, for a right and smart building choice, please make use of advanced framing techniques!