RMD Kwikform is a UK-based leader in temporary works, combining engineered scaffolding, shoring, and formwork support for complex civil and industrial projects. With decades of involvement in bridges, highways, energy plants, and large commercial builds, the company is known for robust systems, meticulous design support, and consistent site performance. Its approach centers on delivering predictable outcomes under high loads and tight timelines, where safety, compliance, and constructability are non-negotiable.
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Temporary Works Expertise, Not Just Hardware
Unlike suppliers that focus solely on components, RMD Kwikform integrates design engineering, method statements, and on-site technical assistance. Project teams typically receive load analyses, staged erection drawings, and risk assessments aligned with relevant standards (e.g., EN 12811 for access scaffolds and applicable temporary works codes). This service model reduces rework, clarifies responsibilities, and helps general contractors coordinate interfaces between scaffold, shoring, and formwork operations.
Systems Built for Heavy Civil and Industrial Use
RMD Kwikform’s portfolio covers modular access scaffolding, propping and shoring frames, soldier systems, and high-capacity falsework designed to carry significant vertical and horizontal loads. Systems are engineered for rapid assembly using standardized nodes and braces, minimizing loose fittings while maintaining flexibility for irregular geometries. Typical use cases include bridge decks and edge protection, refinery turnarounds, turbine hall maintenance, and multistorey commercial cores where program certainty matters.
Materials are selected for strength-to-weight efficiency and lifecycle durability. High-grade steel delivers stiffness and fatigue resistance; aluminium modules reduce handling weights where speed and frequent repositioning are priorities. Components are optimized for stacking, transport density, and crane or manual handling to compress logistics costs across large sites.
Design for Safety and Buildability
Safety is embedded in system geometry and connection detail. Integrated guardrails, toe boards, and progressive platform protection support safe erection sequences. RMD Kwikform emphasizes temporary works design checks, stability during partial builds, and clear tie-in strategies to primary structures. Standardized connection logic and visual verification features reduce assembly error, while compatible accessories (stair towers, access gates, and containment) help maintain safe circulation under changing site conditions.
Digital Planning and Project Controls
For high-risk projects, early planning is critical. RMD Kwikform supports digital modelling (BIM) and temporary works simulation to validate load paths, deflection limits, and clash resolution before equipment arrives onsite. Quantification tools improve forecasting for tonnage, trucking, and laydown areas. This integration shortens learning curves between design and operations and helps main contractors align scaffolding milestones with concrete pours, lifts, and shutdown windows.
Why Major Projects Choose RMD Kwikform
- Capacity & reliability: Systems proven under heavy loads and challenging access requirements.
- Engineering support: Calculations, drawings, and site guidance that de-risk complex sequences.
- Speed of assembly: Modular, repeatable components enable shorter critical path durations.
- Compliance & governance: Processes aligned with UK temporary works practice and international norms.
- Lifecycle efficiency: Durable components, efficient logistics, and structured maintenance guidance.
RMD Kwikform operates where scaffolding must behave like engineered infrastructure. By uniting robust modular systems with rigorous temporary works design, the company provides predictable, safe access and support solutions for large construction and industrial environments. For teams managing high loads, constrained footprints, or compressed shutdowns, RMD Kwikform offers the combination of hardware and engineering that turns complex planning into reliable on-site execution.