Green Building Framing Port Orange FL

This page provides relevant content and local businesses that can help with your search for information on Green Building Framing. You will find the following informative article, which is titled "Green Building Framing". Below you will also find local businesses that may provide the products or services you are looking for. Please scroll down to find the local resources in Port Orange, FL that can help answer your questions about Green Building Framing.

Art Wilmot Construction
(386) 756-6944
2090 S Nova Rd
Daytona Beach, FL
A G Pifer Construction Co Inc
(386) 257-4448
3629 Old Deland Rd
Daytona Beach, FL
Gary C Wyatt General Contractor Llc
(386) 236-0423
139 Executive Cir
Daytona Beach, FL
Adams Homes
(386) 254-5081
1124 Beville Rd Ste G
Daytona Beach, FL
(386) 586-3504
6248 Palomino Cir
Port Orange, FL
B & S Construction
(386) 761-2929
927 Beville Rd Ste 107
Daytona Beach, FL
Local Tradesman
(386) 341-0044
721 Edwards Street Mailing Address Only
Daytona Beach, FL
Alternate Phone Number
(386) 341 0044
Interior Home Remodeling - 25 Years Experience
Prices and/or Promotions
Fair Price and High Quality - website

Magic Overhead Door Company
(386) 253-5396
528 N Beach St.
Daytona Beach, FL
Garage Doors

(386) 322-0287
1 Palmetto ave
Port Orange, FL
Aba Residential Door Service
(386) 253-9595
1425 Sunland Rd
Daytona Beach, FL

Green Building Framing

Green Framing Resource

Framing is the skeleton of a home. Wood is one of the best suited and most renewable materials used in construction. With new advances in framing, projects can now use less wood, resources and save money at the same time.

See Chapter 5 on Framing in the Green from the Ground Up book for more details or contact us about training .

  Advanced Framing Reduces Waste

During the 1970's energy crisis, the National Association of Home Builder's Research Foundcation conducted studies to identify what structural configuration was necessary to maintain superior strength and allow the maximum insulation in wall cavities to improve energy efficiency. The result was called "Optimal Value Engineering" (OVE).

The basics of OVE:

Walls are framed with 2x6s on 24-in centers rather than 2x4s on 16-in. center Corners are made from two studs rather than four Headers are sized according to the load they actually carry. Roofs are built with trusses rather than framed conventionally Floors are framed with I-joists rather than sawn lumber Insulating sheathing replaces conventional plywood or oriented strand board New Framing Materials

There's a tremendous diversity in the materials, techniques and traditions that go into the building the frame of a house. These new materials all have their advocates and they all have something to offer sustainable building. A few of these new materials are identified and defined below.

Autoclaved Aerated Concrete (AAC) - takes the place of a number of components used in standard stick-frame—wood, insulation, house wrap, and drywall—all in a single product.

Certified Wood - certification bodies like the Forest Steward Council (FSC) and the American Forest and Paper Association's Sustainable Forest Initiative (SFI) can ensure the wood you are using to frame a home is harvested sustainably.

Engineered Lumber - use wood fiber more efficiently than solid sawn lumber, and they can be made from wood species that regenerate themselves.

Steel studes with Recycle Content - made with recycled materials and are also dead straight, so walls and ceilings are true.

Structural Insulated Panels (SIPs) - combine insulation and structure in a single product. They are a sandwich of insulating foam and oriented strand board that can be used for floors, walls, and roofs. In the book, read how one of the authors used structural insulated panels (SIPs) to build his office in January before the snow fell.

A Green Framers' Transition Guide

Frame new walls with advanced framing techniques

Reduces lumber by placing truss and exterior wall framing at 24” O.C. Consult with the structural engineer for applicability in your jurisdiction. Typically advanced framing includes:  2x6 on 24” centers 2-stud corners Ladder blocking for partition walls Stacked loads from trusses down to foundation Always use double top plates Uses up to 20% less material while st...

Click here to read the rest of this article from