You are using an outdated browser. For a faster, safer browsing experience, upgrade for free today.
Ultra-Clean Semiconductor ESD Vinyl Rolls - Low Outgassing Homogeneous Sheet for Class 10 Cleanrooms

Ultra-Clean Semiconductor ESD Vinyl Rolls: Reliable Static Control for Clean Manufacturing Environments

Protect semiconductor production, electronic assembly and other sensitive manufacturing environments with our Homogeneous ESD Vinyl Flooring Rolls. The homogeneous construction provides stable electrical performance throughout the flooring thickness, helping control electrostatic discharge and reduce the attraction of airborne dust to the floor surface.

The flooring is available in both conductive and static-dissipative resistance ranges. It also provides low TVOC emissions, antibacterial performance, dimensional stability and heavy-duty commercial and industrial durability. The 2-meter-wide roll format reduces the number of joints and can be heat welded to create a hygienic, continuous flooring surface.

Product Technical Data

Test Item Test Standard Test Result
Thickness ISO 24346 / EN 430
SJ/T 11236-2001
2.0 mm
Dimensions ISO 24341 / EN 426
SJ/T 11236-2001
Roll: 2 m × 20 m
Tile: 600 × 600 mm
Electrical Resistance DIN 51953
EN 1081
Static Dissipative: 1.0 × 106–1.0 × 109 Ω
Conductive: 1.0 × 104–1.0 × 106 Ω
Static Electrical Propensity EN 1815 <2 kV
Decay Period of Static Voltage SJ/T 10694-2006 ≤0.4 s
Starting Voltage SJ/T 11236-2001 |V| <100 V
Amount of Wear SJ/T 11236-2001 ≤0.02 g/cm²
Fire Rating EN 13501-1 Bfl-s1
Antibacterial Performance ISO 22196 >99% growth inhibition
Slip Resistance DIN 51130
EN 13893
R9
≥0.3
Toxic Substance Testing GB 18586-2001 Compliant
Formaldehyde Emission EN 717-1 N.D. — Not Detected
Residual Indentation EN 433 ≤0.10 mm
Effect of Castor Chair EN 425 No delamination or cracking
Dimensional Stability EN 434 ≤0.40%
Color Fastness EN ISO 105-B02 ≥Grade 6
Impact Sound Absorption EN ISO 717-2 Approx. 2 dB
Resistance to Staining EN 423:2001 Not affected
Use Classification EN ISO 10874 Class 34 — Heavy Commercial
Class 43 — Heavy Industrial
TVOC After 28 Days ISO 16000-6 <10 μg/m³

Recommended Applications

  • Semiconductor manufacturing and packaging facilities
  • Electronic component and PCB assembly plants
  • Clean manufacturing rooms
  • Data centers and server rooms
  • Laboratories and testing facilities
  • Medical equipment production areas
  • Industrial areas requiring permanent electrostatic control

Trade & Supply Information

  • Material: Homogeneous ESD PVC flooring
  • Available Electrical Types: Conductive and static dissipative
  • Standard Roll Size: 2.0 m × 20 m
  • Standard Tile Size: 600 × 600 mm
  • Standard Thickness: 2.0 mm
  • MOQ: 1 × 20'GP container
  • Lead Time: Approximately 20 days
  • Supply Ability: 200,000 m² per month
  • Documentation: Technical data sheets and available test reports can be provided upon request

B2B Core Advantages

  • Permanent Electrical Performance: The homogeneous structure maintains electrical resistance throughout the flooring thickness, even after long-term surface wear.
  • Conductive and Dissipative Options: Electrical resistance ranges from 1.0 × 104 to 1.0 × 109 Ω, allowing buyers to select the appropriate solution for different ESD-controlled environments.
  • Low TVOC Emission: TVOC emissions after 28 days are below 10 μg/m³ according to ISO 16000-6.
  • Heavy-Duty Performance: Classified as Class 34 for heavy commercial use and Class 43 for heavy industrial use.
  • Hygienic Welded Installation: The 2-meter-wide roll format reduces floor joints and supports heat-welded installation for a continuous and easy-to-clean surface.
  • Antibacterial Surface: More than 99% bacterial growth inhibition according to ISO 22196.
  • Reliable Safety Performance: Bfl-s1 fire classification and R9 slip resistance support use in demanding commercial and industrial environments.

Note: Product colors shown in samples or images are for selection reference only. Final color confirmation should be based on the approved physical sample.

Contact Us