Certified Composite Floor Decking — Eurocode 4 & BS 5950

A fully certified composite floor decking package designed for structural engineers working to Eurocode 4 and BS 5950 standards.

Manufactured from high-strength galvanized steel with certified yield strength, every shipment is backed by BES 6001 responsible sourcing (Very Good) and a third-party verified EPD (ISO 14025 / EN 15804). We supply the deck as a fully documented system—not just a bare profile. By providing the code basis, material certificates, fire performance, and environmental declarations together, we collapse your project approval loop from weeks to days.

Compliance Matrix

Engineering & Design Verification

1. Triple-Stage Eurocode 4 Verification
The deck is verified to Eurocode 4 across all three governing stages of a composite slab: construction (wet concrete), service (composite action), and fire. This provides one set of assumptions, one deflection philosophy, and one fire model from tender to construction, eliminating the mismatch of approvals under different standards.

2. BS 5950 Route & High-Yield Steel
Under the BS 5950 route, the anti-crack mesh is specifically detailed, and the deck is verified for construction loading, service behavior, and fire. The certified high-strength substrate delivers long unpropped spans at a leaner gauge, meaning fewer props, lighter bundles, and lower overall steel consumption. Corrosion performance remains predictable in indoor and semi-exposed environments.

Sustainability & Green Building

1. BES 6001 Responsible Sourcing
Rated Very Good, this certification covers the full chain—from raw material procurement to manufacturing. It directly supports BREEAM and LEED submissions, satisfies public infrastructure procurement clauses, and shortens the supplier questionnaire process.

2. EPD & Embodied Carbon
Third-party verified to ISO 14025 and EN 15804, the EPD records the embodied carbon for this specific deck. For landmark and internationally funded projects, assessors can use real declared values instead of generic database figures—often the difference between securing a green credit and having it rejected.

Fire Performance & Slim Floor Application

1. Bare Soffit Fire Resistance
With an optimized rib structure and matched reinforcement, the deck achieves long-duration soffit fire resistance with a bare soffit (no applied fireproof coating). It also provides reliable protection with encastre beam connections, making it ideal for commercial, educational, and medical buildings.

2. Slim Floor Systems
In slim floor layouts, the deck sits within the beam depth. This results in a lower structural zone, enables an extra storey on taller buildings, reduces cladding area, and allows for concealed MEP services—all achieved with the same certified deck.

Tender Package & Technical Support

Each order is issued with the exact documentation set required by project teams:

• Code Compliance Statement: Eurocode 4 & BS 5950

• Sustainability: BES 6001 Certificate & Valid EPD Report

• Material Traceability: BS EN 10346 confirmation

• Engineering Support: Parameter verification, span calculation, & slab depth guidance

• Fire Statement: Bare soffit and encastre beam conditions

Export & Site Delivery

The nestable profile maximizes loading quantity per bundle and container, significantly cutting sea freight costs. On-site, two workers can lay a large floor area per day, allowing hoisting and concrete pouring to proceed rapidly—converting paper certification into on-site program advantages.

Company Information

Hangzhou FAMOUS Steel Engineering Co., Ltd. (FASECbuildings) supplies certified composite floor deck and long-span floor deck systems for global construction projects. We provide professional parameter verification, span calculation, and full technical support for engineers and contractors submitting to international codes.

• Location: Hangzhou, China

• Product Scope: Composite floor deck, galvanized steel deck, bridge deck formwork, slim floor systems.

(Note: Span, slab depth, and fire resistance values refer to verified project conditions. Final composite slab design should be confirmed against project loads, beam spacing, and applicable local codes.)