3mm Static Anti-static Vinyl Flooring is produced through a multi-layer composite process, combining conductive and anti-static materials to slowly release static electricity generated by the human body and equipment to the ground. It is suitable for clean rooms, laboratories, and medical device manufacturing areas. With moderate thickness and stable structure, it offers durability, slip resistance, and comfortable foot feel.
Core Advantages
Static Dissipation: Conductive range of 10⁶–10⁹ Ω, safely releases static electricity to prevent damage to sensitive equipment.
Wear-resistant and Durable: 3.0mm thickness, suitable for high-frequency operations and equipment pushing/pulling environments.
Chemical Corrosion Resistance: Resistant to acids, alkalis, and various cleaners, making it safe and reliable for use in clean room environments.
Eco-friendly and Fire-resistant: No TVOC emissions, BF1 fire rating, complies with international environmental and safety standards.
Convenient Installation: Smooth and easy to lay, can be glued or dry-installed, adaptable to various construction scenarios.
Applicable Scenarios
Clean rooms, laboratories, biopharmaceutical areas, medical device manufacturing areas, precision electronics assembly areas.
Technical Parameters
Thickness: 3.0mm
Conductivity: 10⁶ – 10⁹ Ω
Dimensions: 600×600mm / 610×610mm / 914×914mm / 900×900mm
Weight: Approx. 5700g/m² (reference, varies with thickness)
Surface Treatment: Polished
| Item | Standards | Specifications | |
| Thickness | SJ/T11236-2020 | 2.0, 2.5, 3.0mm | |
| SO 24346(EN428) | |||
| Electrical Resistance | SJ/T11236-2020 | 110 - 110Ω | 110 - 1100 |
| EN 1081 | 10 - 10Ω | 10 - 100 | |
| Stating Voltage | AATCC - 134 | 50V | 100V |
| SJ/T 10694 - 2006 | <100V <2 KV |
||
| EN1815 | |||
| Body Voltage | ANSI ESD STM97.2 | <100V | |
| Static Decay | GJB3007A - 2009 | ≤2(Sec) 0.01(Sec) |
|
| Federal Test Method 1018 Method 4046 | |||
| Resistance To Wear | SJ/T11236-2020 | ≤0.02 g/cm² P |
|
| EN660 - 2 | |||
| Fire Resistance | SJ/T11236-2020 | FV - 0 B(B - 51,t0) Class B1 - S1 |
|
| GB8624 - 2012 | |||
| ASTM E648 - 2009a | |||
| EN13501 - 1 | |||
| Dimensiona | ASTM F2199 | ≤0.05 % ≤0.05 % |
|
| ISO 23999 - 2018(EN434) | |||
| Slip Resistance Wet | DIN 51130 | R9 | |
| Residual Indentation | GB/T4085 - 2015 | 0.15mm≤lgs0.40mm 0.01mm |
|
| ISO 24343 - 1(EN433) | |||
| Color Fastness | SO 105 - B02 | ≥6 | |
| Chemical Products Resistance | EN ISO26987(EN423) | OK | |
| Toxic Testing | GB18586 - 2001 | OK | |
| EN 71 - 3 | |||
Anhui Hanhua Building Materials Technology Co., Ltd. is a large-scale manufacturer specializing in PVC flooring and eco-friendly magnesium oxide (MGO) boards. The company has an annual production capacity of over 6 million square meters of various new material flooring. Most of the products are exported to developed markets such as the United States, Australia, and the European Union (including Germany, the UK, and France).
All products exceed EU standards in quality and environmental protection, and have obtained CE certification, as well as FloorScore and GreenGuard certifications from the United States. Domestically, the company’s “Swanflor” brand flooring is widely used in interior decoration and has received high praise from customers.
Our product lines include four main series under the Xueyan brand:
SPC (Stone Plastic Composite) Flooring
WPC (Wood Plastic Composite) Flooring
LVT (Luxury Vinyl Tile) Flooring
MGO (Magnesium Oxide) Fireproof Board
SPC flooring, known locally as stone plastic flooring, is waterproof, fire-resistant, and environmentally friendly.
MGO fireproof boards, known in China as wood-magnesium boards, are made from magnesium oxide, wood powder, and straw powder. These boards are eco-friendly, Class A fire-rated, and can also be used as wall panels. They are easy to install and are an ideal material for interior decoration, especially for prefabricated buildings. MGO boards do not burn in fire and do not swell in water, making them a reliable choice for modern construction.
Founded in
Advanced Plant Area
Manufacturing Staff
Industry Years
2025-10-23
2025-08-27