Did you know 68% of construction delays stem from unstable temporary supports? Discover why shuttering prop innovations are revolutionizing concrete projects worldwide.
(prop shuttering)
Traditional wooden props collapse under 12kN loads. Our steel-core shuttering props handle 35kN+ with 2mm max deformation. See the difference:
Feature | Wooden Props | Standard Steel | Our ProShut™ |
---|---|---|---|
Max Load Capacity | 12kN | 25kN | 35kN |
Height Adjustment | Manual | Semi-auto | Smart Hydraulic |
1. 3-second setup: Our magnetic locking system beats 15-minute manual assembly
2. All-weather durability: -40°C to 120°C operational range
3. Cost-saving: 2000+ reuse cycles vs 3-5 uses for competitors
"Using ProShut™ props cut our concrete work from 14 days to 8 days per floor."
- John M., Site Manager (Dubai)
Need props for curved walls? Sloped floors? Our engineers deliver:
Get your FREE prop shuttering
consultation and 10% launch discount!
(prop shuttering)
A:Shuttering props are temporary vertical supports used to hold formwork in place during concrete pouring. They ensure structural stability until the concrete sets. Proper placement prevents collapse and maintains shape.
A:Shuttering props are specifically designed to support formwork systems, while regular props may serve broader structural needs. They often feature adjustable heights for precise alignment. Their load capacity is calibrated for wet concrete pressures.
A:Prop shuttering is essential for creating suspended slabs, beams, or complex concrete structures. It's used when traditional scaffolding can't provide sufficient vertical support. Timing depends on concrete curing rates and project specifications.
A:Always inspect props for damage before use and ensure base plates are stable. Follow load capacity guidelines and avoid overloading. Use diagonal bracing for multi-tier systems to prevent lateral movement.
A:Timber props suit light-duty projects with shorter spans, while steel props handle heavier loads and taller structures. Material choice depends on weight requirements and reusability needs. Mixing types within one system requires engineer approval.
A:Determine based on concrete weight, formwork area, and prop spacing guidelines. Account for 10-15% extra for overlaps and adjustments. Always verify calculations with structural engineers to meet safety factors.
A:"To prop up" refers to installing temporary supports to stabilize structures during modifications or repairs. It can also describe using shuttering props specifically for formwork support. The term emphasizes immediate structural reinforcement needs.