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CONCRETE WALL SCAFFOLD BRACKETS HOW TO
CONCRETE WALL SCAFFOLD BRACKETS INSTALL

Secure the platform bracket to the strongback with 1.5-inch #10 or #12 pan head self-tapping screws. Attach scaffold platform bracket into the slots of the strongback.This scenario makes the wall difficult to align and may damage the bracing or cause the wall to bow. The resulting pressure from the screw not moving transfers to the brace. Placing the screw at the bottom of the slot does not allow it to move downward. The screw must be loose because after placing the concrete, the foam settles which causes the screw to travel downward. Insert the screws at the top of the strongback and leave the screws slightly loose. Never over-tighten nails or place at the bottom of the slot because this causes the alignment system to work against a straight and plumb wall. Place the strongback against the wall and fasten to the form’s furring strip using 1.5” #10 or #12 pan head self-tapping screws. Strongbacks come in various lengths (8 to 12 feet) with slots spaced vertically along their length. Strongbacks, typically made of steel or aluminum, are the vertical upright sections of the bracing system that are directly attached to the ICF wall.Assembling an ICF bracing system in five steps: Image Credit – However, exceptionally windy weather may require assembly of the bracing earlier in the stacking process.

CONCRETE WALL SCAFFOLD BRACKETS INSTALL

Typically, contractors place the bracing system after three courses of ICF block before it becomes difficult to install the horizontal rebar or stack additional courses of ICF block. Turnbuckle alignment bracing is the industry’s standard for ICF bracing.

1.5- inch #10 or #12 pan head screws to attach to 2-inch by 4-inch uprights and lateral brace support to scaffold bracing bracket.Īssembling the Five Basic Components of an ICF Bracing System Image Credit –.

1.5-inch #10 or #12 pan head self-tapping screws for securing scaffold bracing bracket to the.

1.5-inch #10 or #12 pan head self-tapping screws for attaching strongback to ICF block.

2-inch #10 or #12 pan head screws for securing wood planks to scaffold bracing bracket.

Materials for anchoring turnbuckles to soil or concrete: a 3-foot long #5 rebar, Tapcon® concrete screws, or a 2-inch by 6-inch wood plank and low expansion spray foam adhesive.

Strongbacks – 18 gauge steel studs ranging in sizes of 8 to 12 feet tall.

Steel turnbuckles to adjust wall to a plumb vertical surface once anchored.

2-inch X 8-inch wood planks for standing surface.

2-inch X 4-inch dimensional lumber for uprights, rails, tow board, lateral braces, and wood form guides.

The areas near the door and window openings, on the corners, and the T-intersections may require extra bracing Materials Required to Install ICF Bracing:

Accommodate the lengths of scaffolding planks.

Withstand concrete pressures during the pour.

The spacing of ICF bracing should achieve the following:

The spacing of braces must meet safety codes.

CONCRETE WALL SCAFFOLD BRACKETS HOW TO

Several factors determine how to space the ICF braces however, they are typically five or six feet apart. Planning, Preparing, and Materials for ICF Bracing Image Credit – How to Determine the Number of Braces for a Jobsiteĭetermining the number of required braces for a project depends on the spacing of the braces. A properly applied ICF bracing system ensures worker safety, as well as straight, level, and plumb ICF walls. The bracing system is critical as it protects the poured wall from wind and other lateral loads until the concrete has fully cured. ICF bracing also allows the installer to plumb the walls immediately after pouring the concrete. ICF bracing systems align the wall before pouring the concrete. Insulated concrete form (ICF) installers must master the installation of the ICF wall alignment bracing system to ensure the success of the ICF wall project. Best Lawn Care Service for Service Dogs.Lighted Magnifying Glass That Stays Put.