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Reduce Cost - Speed construction
- Reduce Injury
- No Welding
Streamline structural calculations, optimize layouts, and ensure accuracy with an
intuitive interface designed for architects, engineers, and builders.
Golden Beam Pockets are a revolutionary cutting-edge solution designed to streamline installation and save time while reducing costs and injury. They reduce crane time, accelerate construction schedules and minimize risk.
The Beam Pocket provides support for the dead weight of the beam before leveling and grouting, and provides support for the full design weight after grouting.
Reduce Cost Speed construction Reduce Injury No Welding
The bearing plate will support a point load of 3 kps or 3000 pounds of dead load - not design load - before grouting the bearing plate.
Beam Pocket Small Specifications Design Load: 124,800 lbs. Point load: 3 kips (3,000 lbs) dead load before grouting Maximum unloaded dead weight: 6000 lbs Fits W6 To W14 Steel or Wood Beams For Poured Concrete Walls 8 Inch to 10 Inch walls.The bearing plate will support a point load of 5.1 kps or 5100 pounds of dead load - not design load - before grouting the bearing plate.
Beam Pocket Large Specifications Design Load: 164,000 lbs Point load: 9.1 kips (9,100 lbs) per end Maximum unloaded dead weight: 18,200 lbsFits W 14 To W27 Steel Beams For Poured Concrete Wall 10 Inches Or More
ICF models are for use with ICF styrofoam blocks.
The bearing plate will support a point load of 3 kps or 3000 pounds of dead load - not design load - before grouting the bearing plate.
Design Load: 124,800 lbs or 14 k. Point load: 3 kips (3,000 lbs) dead load before grouting Maximum unloaded dead weight: 6000 lbs Fits W6 To W14 Steel or Wood Beams For Poured Concrete Walls 8 Inch to 10 Inch walls.The CAST-IN-PLACE ADJUSTABLE technology used to connect steel beams to concrete walls. An efficient product that saves time, reduces cost, and makes your construction business more sustainable. No on-site welding, utilizes less crane time, and improves safety while costing less. It is simply better than the old-style methods used today.
Assemble the beam pocket Place In Form Pour Concrete Set The Beam Adjust The Height With A Wrench Secure the beam with included clamps
Architect Paul Karius, structural engineer Peter Monroe, and fabricator Von Honnecke were working on an industrial building with 48 steel beam-to-concrete connections. On previous projects, the installation of beam pockets had frustrated the team with their poor implementation, so they developed this new beam pocket technology to simplify and improve a critical construction component. Karius collaborated with several contractors to build multiple testing prototypes, while Monroe conducted structural analysis to refine the designs. Honnecke contributed his expertise in construction techniques, ensuring practical feasibility during implementation. After numerous test concrete pours, the design was optimized and submitted for patent review.
The GOLDEN BEAM POCKET has received approval on its first US patent, and in process for receiving Canadian and other Patents.