DESCRIPTION:
The SK Non-Pouring Floor Decking System is a high-performance galvanized structural platform engineered for elevated floor applications in industrial and commercial environments.
Designed to eliminate on-site concrete casting, this advanced system delivers superior installation efficiency, structural reliability, and long-term durability — making it an intelligent solution for modern factory and warehouse expansions.
Optimized for Malaysia’s humid climate, the galvanized steel construction ensures lasting corrosion resistance and dimensional stability.
Premium Galvanized Steel Construction
Engineered with high-grade galvanized material for enhanced corrosion resistance and structural integrity.
Concrete-Free Structural System
Removes the need for wet works, significantly reducing construction time, structural load, and site disruption.
Refined Anti-Slip Surface Finish
Integrated textured surface enhances safety while maintaining a clean, professional appearance.
Superior Load-Bearing Performance
Designed for demanding industrial usage with reliable strength and stability.
Lightweight yet Robust Design
Optimized structural efficiency without compromising durability.
Accelerated Installation Process
Minimal welding is required, ensuring faster project completion and reduced downtime.
Precision Cut-to-Size Manufacturing
Custom fabrication minimizes waste and enhances on-site cleanliness.
Industrial mezzanine floors
Warehouse storage platforms
Goods loading zones
Commercial space expansions
Office extensions within industrial facilities
Elevated walkways and staircases
PRODUCT SPECIFICATION:
Effective Width: 200mm, 250mm, 300mm
Available length: Custom Length
Material Standard: Hot-dip galvanized steel complying with JIS G 3302 or AS 1397 standards.
Steel Grade: High tensile steel Grade G450 (minimum yield strength 450 MPa).
Zinc Coating Mass: 120 g/m².
Thickness Options: 1.6 mm / 2.0 mm.
Structural Performance: Design load capacity up to 500 kg/m². (Actual load capacity shall be determined based on support spacing, beam and column design, and overall structural configuration, subject to engineering calculation and verification.)
