Custom Heavy Duty Raised Access Floor Understructure Systems | HUIYA
Customized Raised Access Floor System Solutions
Huiya provides customized raised access floor system solutions for demanding industrial and commercial applications. Our heavy duty understructure system combines steel encapsulated calcium sulphate panels with high-strength pedestals and stringers, delivering exceptional load capacity, fire resistance, and ESD performance.
Customized Raised Floor Panel – Made of high-density calcium sulphate, encapsulated by galvanized steel on all sides. Available in various finishes (HPL, PVC, ceramic) and sizes to match your layout. Edge options include sealed or conductive edges for enhanced moisture and ESD protection.
Standard Heavy Duty Stringer – The horizontal connecting beam that interlocks adjacent panels. Its rolled-steel channel design ensures accurate grid alignment, distributes point loads to the pedestal system, and simplifies panel replacement without dismantling surrounding floors.
Customized Heavy Duty Pedestal – The vertical support with a threaded adjustment mechanism. Our heavy-duty version features a larger base plate (Ø150mm+) and thickened upper cup, allowing height adjustments up to 1,500mm. Optional head types (flat, slot, or bolt-fixed) accommodate different stringer connections and seismic requirements.
Steel Encapsulated Calcium Sulphate Raised Floor Panel Introduction
- 3 mm anti-static,anti-slip ESD finish
- Steel Encapsulated Calcium Sulphate Panel
- DIABOND DC7000 strong adhesive spraying process
- Four screw lock corners
- Galvanized Steel Top Plate: 0.5mm
- High-density calcium sulfate substrate (1600kg/m³) core
- Galvanized Steel Bottom Plate: 0.6mm
- 600mm Width × 600mm Length × 30mm Thickness
| Specification | Unit | Value |
|---|---|---|
| Galvanized Steel Top Plate Thickness | mm | 0.5 |
| Galvanized Steel Bottom Plate Thickness | mm | 0.6 |
| Core | High-density calcium sulfate substrate (1600kg/m³) | |
| Glue | DIABOND DC7000 strong adhesive (JAPAN) | |
| Weight per Panel | kg | 20.0 kg/piece |
| Panel Dimensions | mm | 600 × 600 × 30 |
Customized Panel Specification
4.5 kN Concentrated Load
Maximum deflection of 1 mm
Concentrate load (Design load)
20 kN/m² Uniformly Distributed Load
Uniform load (Distributed load)
2-Hour Fire Performance Rating
Report 1
- 00:00 Start to ignite;
- 01:00 Smoke release from the floor;
- 05:00 Panel gaps became black;
- 31:00 Record point 1 max deflectionis 1mm and point 2 max deflection is 1.2mm.
Report 2
In accordance with the EN 13501:2018 standard for the fire classification of construction products and building elements, this flooring has passed the Bfl-s1 fire test. This rating indicates a low rate of flame spread and limited smoke production, as well as the absence of flaming droplets during combustion, thereby meeting the mandatory EU fire safety requirements for flooring materials in public spaces.
Fire resistance
Gravel Pattern
3mm anti-static, anti-slip ESD finish. Static conductive floor tiles and static dissipative floor tiles. Size: 600×600×2.0/2.5/3.0mm.
ⓘ Production cycle: 15 days. Printed colors may vary slightly from actual samples.
Colored Debris
PVC conductive (dissipative) roll material. Available as 2.0/3.0mm × 2.0m × 20m/15m rolls, or 600×600mm / 900×900mm tiles.
ⓘ Production cycle: 15 days. Printed colors may vary slightly from actual samples.
Introduction to Static Conductive PVC Raised Access Floor
Composed of polyvinyl chloride resin, plasticizers, stabilizers, coupling agents, and conductive materials, it utilizes the conductive network formed between plastic particle interfaces to conduct electricity and has permanent anti-static function.
| Project | Standard Basis | Quality Indicator | |
|---|---|---|---|
 |
Size | SJ/T11236-2020 / ISO 24342 (EN427) | 600×600mm / 610×610mm |
 |
Thickness | SJ/T11236-2020 / ISO 24346 (EN428) | 2.0, 2.5, 3.0mm |
 |
Resistance | SJ/T11236-2020 / EN 1081 | Static conductive EC: 1.0×10⁴ – 1.0×10⁶ Ω Static dissipative SD: 1.0×10⁶ – 1.0×10⁹ Ω |
 |
Human Walking Voltage | IEC 61340-4-5 | <100V |
| ANSI ESD STM97.2 | <100V | ||
| EN1815 | <2KV | ||
 |
Static Voltage Decay Period | WJ 2146-2016 | ≤2 Sec |
 |
Wear Resistance (1000r) | SJ/T11236-2020 | ≤0.02 g/cm² |
| EN660-2 | P | ||
 |
Fire Resistance | SJ/T11236-2020G | V-0 |
| B8624-2012 | B₁(B-S1,t0) | ||
| ASTM E648-17 | Class I | ||
| EN13501-1 | Bfl-S1 | ||
 |
Dimensional Stability | ASTM F2199:09(2014) / ISO 23999 | ≤0.25% |
 |
Moisture & Slip Resistance | DIN 51130 | R9 |
 |
Residual Concavity | GB/T4085-2015 / EN ISO 24343-1 | 0.15<1R≤0.40mm / ≤0.10mm |
 |
Colorfastness | ISO 105-B02 | ≥6 |
 |
Chemical Resistance | EN ISO 26987 | OK |
| Testing for Harmful Chemicals | GB 18586-2001 / EN 71-3 | OK | |
|
TVOC Emissions after 28 days | ISO 16000-6 | A+ |
Customized Pedestal
Customized Pedestal Specification
- 75 mm diameter steel pipe stem
- 3 mm wall thickness
- 150 × 150 × 6 mm thick base plate
- Screwable cap for Ø75 mm tube
- Galvanized zinc coated 8μm
- Adjustable Height100 mm
- Suitable for raised floor heights up to1000 mm
- Compatible with 600×600mm panels
- Stringer system required
- Pedestal Weight7.5 kg/piece
- Vertical Load Capacity46 kN (without collapse)
Heavy Duty Stringer
Heavy Duty Stringer Specification
- Dimensions21 × 32 × 540 mm
- Wall thickness1.5 mm
- Vertical Load Capacity20 kN (without collapse)
- Stringer Weight0.75 kg/piece
