We supply a complete premium Concrete Filled Steel raised access flooring system kit featuring genuine ASM panels. Available by the square foot in convenient 4 foot increments, this kit delivers a secure, high performance solution for a wide range of commercial and technical environments.
The system is engineered with panels that sit securely within and lock into a fully bolted steel grid. Cross members, or stringers, are mechanically fastened to pedestal heads, forming a rigid and stable framework. Bolted grid construction is the industry standard, trusted for its strength, durability, and long term reliability. Each panel measures 24″ x 24″, the recognized standard size for raised access flooring systems.
Designed for strength and durability, this Concrete Filled Steel system provides outstanding rolling load capacity and high ultimate load performance. Its precise component design also simplifies installation, making it efficient for both first time installers and experienced professionals.
Panels are finished with a high pressure laminate surface in Grey Starlite, the most widely specified raised floor color. This HPL finish offers an attractive appearance, easy maintenance, and static dissipative properties ideal for technology driven spaces.
The system is rated to support loads of up to 1,250 pounds.
Included in the raised floor system kit:
- Concrete filled steel panels 24″ x 24″ with 1/16″ Grey Starlite HPL surface
- Black integral trim edge
- Adjustable all steel pedestal assemblies with 1″ height adjustment up or down
- 2′ steel stringers that create the interlocking grid structure
- Bolted fasteners for securing stringers to pedestal heads
- Specialty adhesive for bonding pedestal bases to the subfloor
- Solid and perf panel lifter kit with wall mount
What’s not included in your kit:
- Side/Metal facia board for exposed edges
- Perforated Airflow Panels
- Ramps & accessories
- Floor Grommets
- Handrail
This comprehensive package provides everything required for a complete, high strength raised floor installation.
