HUIYA Raised Access Floor with Conductive PVC Veneer
Static conductive PVC veneer material is a high-quality supply chain resource of Huiya, which can be used for bonding and processing of Huiya’s all steel raised access floor, calcium sulfate raised access floor, and aluminum raised access floor products.
1
2
Static Conductive PVC Floor
Suitable for surface finishing of calcium sulfate raised access floor
Calcium Sulfate Raised Access Floor
1
2
Static Conductive PVC Floor
Suitable for all steel raised accessfloor surface finishing processing
All Steel Raised Access Floor
1
2
Static Conductive PVC Floor
Suitable for aluminum raised access floor surface finishing processing
Aluminum Raised Access Floor
Application Fields of Static Conductive PVC Raised Access Floor
The Benefits of Using Conductive PVC Flooring
as the surface finish for raised access floor
Permanent Conductivity
The floor contains uniform conductive materials and has permanent anti-static function.
Prevent Equipment Malfunction
Prevent computer amnesia, incorrect input, or recovery errors.
High Cleanliness Control
Low carbon pollution and low radiation, strictly meeting cleanroom requirements of up to level 10.
Processing Not Easily Damaged
Easy to perform drilling processing.
Anti Pollution, Wear-Resistant, Anti Slip
Featuring patented surface treatment technology, wear-resistant with R9 level anti slip performance.
Fire Resistance and Chemical Resistance
Fireproof performance reaches B1 level (V-0) and has good resistance to chemical corrosion.
Gravel Pattern
Static conductive floor tiles and static dissipative floor tiles. Size: 600×600mm, thickness: 2.0/2.5/3.0mm. Certified by FloorScore and SCS Global Services.
ⓘ 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 | 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+ |
Colored Debris
PVC conductive (dissipative) roll material. Available in 2.0/3.0mm × 2.0m × 20m/15m rolls, or 600×600mm / 900×900mm tiles. Certified CE, UKAS, IAF, SGS, ESD Safe.
ⓘ Production cycle: 15 days. Printed colors may vary slightly from actual samples.
Technical Indicators
| Test Item | Test Standard | Test Result |
|---|---|---|
| Thickness | EN428 | 2.0 / 3.0mm |
| Size | EN426 | 2.0m × 20m/15m |
| Weight | EN430 | 2900 g/m² |
| Resistance Value | SJ/T11236-2001 / EN1081 | SD: 1.0×10⁶ – 1.0×10⁹ Ω EC: <1.0×10⁶ Ω |
| Static Voltage Decay Period | SJ/T10694-2006 (<100V) | 0.3S |
| Frictional Voltage | SJ/T10694-2006 (<100V) | ≤70V |
| Fire Rating | DIN4120 | B1 |
| Combustion Performance | SJ/T11236-2001 (<10s, FV-0) | 0.35s FV-0 |
| Thick Smoke Intensity | ASTM E-662 | <450 |
| Wear Resistance | SJ/T11236-2001 (≤0.020g/cm²) | 0.014 g/cm² |
| Antibacterial Performance | DIN EN ISO 846-A/C | No bacterial growth |
| Wheel Crushing | EN425 | No influence |
| Harmful Substances | GB18586-2001 | Suitable |
| Smoke Toxicity | GB8024-2006 | ZA₁ level |
| Residual Depression | EN433 / SJ/T11236-2001 | <0.1mm / ≤0.15mm |
| Dimensional Stability | EN434 | ≤0.35% |
| Color Stability | EN ISO 105-B02 | Degree 6 |
| Chemical Resistance | DIN423 / FN ISO 26987 | Good |
| Shock Absorption | VLI / ISO104 / ISO717 | ~2 dB |
| Slip Resistance | DIN51130 / EN13893 | R9 / DS |
| Thermal Conductivity | EN12667 | 0.03 W/(m·K) |
| Cleanroom | ASTM F51/68 | Class A, non-shedding ISO 14644-1 Class 4 |