SLABFORM.COM IS FOR SALE
Secure this premium high-tier brand domain today for your concrete forming, modular shoring, or falsework design enterprise.
Slabform supplies modular slab shoring props to concrete subcontractors.
We design and supply heavy-duty modular horizontal systems to the U.S. B2B market. Equipped with premium 6061-T6 aluminum panels, certified telescopic post shores, and mechanical quick-release dropheads to reduce slab crew cycle times by up to 50% hook-free.
B2B Performance Metrics & Operational Gains
Designed explicitly to remove typical field delays, heavy crane dependencies, and structural safety liabilities for tier-1 concrete sub-contractors.
15.5 kg Handset Decks
Lighter yet stronger. Every 150x75cm aluminum formwork panel can be handled entirely by a single carpenter, eliminating costly crawler crane blockouts.
36-Hour Panel Cycles
Hammer wedge drophead mechanics allow stripping the structural aluminum frames while leaving shoring props actively loaded under the curing concrete deck.
EN 1065 Prop Standard
Heavy duty outer cores certified to Class D and E profiles. Double clearance features design incorporates a built-in 10cm hand guard to keep personnel safe.
Licensed P.E. Seals
We do not deal in approximations. Every engineered formwork lease layout is fully calculated using modern CAD software and stamp-certified for local building code audits.
Interactive Slab Formwork Spacing & Load Calculator
Estimate wet concrete dead loads (PSF), construction live allowance, and telescoping prop grid sizes dynamically with our certified, code-compliant online tool.
The early-stripping drophead mechanics that cut project fleet inventory by 50%.
Traditional drop-post setups lock horizontal formwork grids in place for weeks while waiting for fresh pours to attain full curing thresholds. This consumes massive inventories on mega-projects.
Slabform structures utilize quick-release hammer-wedge dropheads. Shoring supervisors hit the release locking plate with a regular hammer, dropping panel support points safely down by 60mm while keeping the vertical post shore prop perfectly load-bearing. This allows safe, manual collection of panels for immediate story transfer within 48 hours.
Maximize Turn Rates
Assemble upper structural decks utilizing identical handset frames from below. Drastically lowers purchase costs.
Minimal Hook Dependence
Panels are manually passed upwards through designated modular drop-wells, bypassing crawler cranes.
Slab Cure State & Stripping Allowance
Concrete is highly fluid. Formwork frames and telescopic post shores carry 100% of weight. Absolutely no early adjustments or stripping permitted.
Compressive strength crosses 1,500 - 2,000 PSI. Early dropheads are struck, letting the aluminum deck frames lower. Shores remain actively loaded.
Slab approaches 75% of designated ultimate strength. Upper decks are poured while lower properties remain under auxiliary shoring control.
Decks achieve peak structural calculations. Adjustable vertical post props can be safely packed, loaded, and prepared for dispatch.
Modular B2B Slabforming Solutions
Handset Panels
Premium 6061-T6Extruded aluminum framing structures engineered with precision cross-members and integrated continuous edge grooves. Includes heavy phenolic sheet layers to ensure smooth concrete surfaces.
Post Shores
EN 1065 DAdjustable telescoping heavy-duty props constructed from structural grade steel. Delivers reliable, certified safety margins to carry standard 8-inch, 12-inch, and thick 24-inch concrete podium decks safely.
Dropheads
Stripping WedgeQuick-release strike units. Formwork frames drop smoothly with a simple hammer-blow on the heavy-gauge release plate, keeping structural shores load-bearing underneath curing elements.
Slabform Modular vs. Traditional Wood Framing
Review how modern, engineered metal formwork assemblies compare alongside archaic on-site wood carpentry layouts.
| Metric | Slabform Modular System | Traditional Jobsite Timber Framing |
|---|---|---|
| Assembly Velocity Rate | 0.15 hours / square meter | 0.45 - 0.60 hours / square meter |
| Reusability Life Index | Up to 300+ pours (6061-T6 Weld cores) | 2 - 5 pours max (high wood split rates) |
| Early Deck Stripping Support | Active (via dropped stripping wedges) | None (forced to hold loads for 14+ days) |
| Typical Crew Requirement | 2 - 3 carpenters total | 6 - 8 skilled carpenters needed |
| On-Site Waste Footprint | 0.5% (Full metal layout recovery) | 12% - 15% (Timber cuts discard) |
Slabform Deployment Logs
Shoring subcontractors across North America deploy Slabform handset profiles to achieve safe, accelerated building handovers.
The Heights Plaza — Denver, CO
Concrete shoring subcontractors cut crew requirements down to just 3 carpenters and successfully completed 4-day structural story climbers without heavy hook crane blockages.
Airport PT Parking — Austin, TX
Adjusted shoring grids carries thick post-tensioned slab models. Integrated Class D post shores delivered 100% flat ceiling lines down below on the sloped entries.
Apex Terminal — Savannah, GA
Heavy logistics deck engineered with continuous alignment ledger frames. Supported heavy laser screed machinery loads across thick structural pour lines without joint defects.
Get an accurate P.E. stamped shoring plan for your next pour.
Provide us your project-specific structural floor layouts. Our registered engineering technicians will analyze your deck load metrics, verify required post shore prop coordinates, and generate a complete, bill-of-materials outline.
Every layout is shipped with structural wind stability factors, support points map, early release timing, and total shipping payload calculations.