Colorex SD-Signal ESD flooring
The Colorex SD-Signal ESD flooring is a highly functional, conductive vinyl floor designed specifically for use in technically demanding environments such as laboratories, electrical and pharmaceutical industrial areas, and battery rooms. The homogeneous nature of the material according to DIN EN 649 ensures consistent ground conductivity (RE according to DIN EN 1081 < 108 Ohm and IEC 6-1340 106 Ohm to ≤ 108 Ohm) without the use of chemical antistatics. The backing is conductive, securing the electrical properties throughout the entire lifespan of the flooring.The tiles, measuring 615 x 615 mm and 2 mm thick, are high-pressure compressed and feature a smooth, veined surface suitable for abrasive cleaning techniques. The flooring is flame-retardant (fire behavior DIN 4102-1 Class B1/Q1, EN 13501-1 Class Bfl-S1) and chemical-resistant according to EN 423. It is also suitable for use under chair casters according to DIN EN 12529 Type W and offers excellent resistance to mechanical stresses.
Additionally, Colorex SD-Signal stands out with its signal colors, enabling clear marking of emergency exits and escape routes, thereby enhancing safety in critical areas. This flooring from Forbo combines safety with durability, making it an ideal choice for areas that demand both high technical and safety requirements.
Details
- Color Color
- see selection of signal colors
- Width Width
- 615 mm
- Length Length
- 615 mm
- Thickness Thickness
- 2 mm
- Fire behavior Fire behavior
- hardly inflammable
- Fire class Fire class
- Bfl – s1
- Bleeder resistance Bleeder resistance
- 106 - 108 Ω
- ESD ESD
- yes
- Weight Weight
- 3.2 kg
Accessories
Downloads
- Please log in to download datasheets! :
- There are several datasheets for this product. Please log in!
Catalogues
Product Family
Colorex SD, dissipative
Properties of the floor covering
Constant conductivity over the entire service life
The unique material construction of Colorex SD ensures constant conductivity over the entire service life of the flooring, regardless of humidity and temperature. In combination with suitable footwear, Colorex EC conducts charges safely through the vein network. Colorex SD not only safely dissipates the charge generated by people, but also reduces the charge at the interface between the sole of the shoe and the floor. This floor meets all ESD standards
Cleanroom suitability
In microelectronics cleanroom environments, even the finest air particles can cause contamination. The consequences are pre-damage and loss of input. As a highly compressed material with a non-porous surface, Colorex SD meets the highest requirements for particle emission behavior and helps to reduce contamination by molecular airborne particles.
Germ and particle-free surface
Meets the highest hygiene requirements thanks to the antimicrobial, compact and non-porous surface. The floor is also characterized by very good resistance to disinfectants.
Resilient
The high-pressure pressed construction is extremely hard-wearing, resistant to high point loads and resistant to static and dynamic loads. It also has excellent chemical resistance.
100% restorable and repairable
Deep and long scratches, holes and burns can be removed effectively and without a trace, without impairing the original properties of the flooring. Visible damage can be repaired by thermal material-in-material welding. To do this, a strip of the same flooring material is heated and worked directly into the damage. After grinding and polishing the repaired area, a homogeneous appearance is restored. Dangerous impurities caused by radionuclides can be removed without leaving any residue.
Care and value retention
Loose dirt can be removed by vacuuming or damp mopping with impregnated disposable cloths. Alternatively, the floor can be spray-cleaned using a single-disc machine with a red pad and spray device with a neutral and wax-free cleaning solution. Clean large areas with a suitable scrubbing machine. Clean the edges manually.
Colorex starts where others stop
Colorex is manufactured using a special production technique. This process gives the material an extremely high and uniform density.
Step 1: Shredding and conductive coating
The sheet material is cut into individual, small “chips”. These are then coated with a conductive substance.
Advantage
- Constant conductivity over the entire service life
- The individual coated chips work as “conductor tracks” and guarantee constant conductivity over the entire service life of the flooring, regardless of the humidity and temperature.
Step 2: High-pressure pressing process
The conductive chips are pressed into thick blocks of material under extremely high pressure and temperature.
Advantage
- High load capacity
- The chips pressed under high pressure form a perfect, homogeneous material composition that can easily withstand high mechanical and dynamic loads over the long term.
Step 3: Splitting and mechanical surface treatment
The homogeneous, pressed blocks are then cut into individual 2.0 mm thick plates.
Advantage
- Can be repaired/rehabilitated, resistant to chemicals
- Cutting the homogeneous slabs enables complete repairability without visual and functional impairment of the floor and - thanks to the highly compacted surface - excellent chemical resistance
Colorex fully bonded
Conductive installation guarantees that unwanted electrostatic charges can flow through the dense network of fine conductive tracks through the entire panel thickness. The charges are safely dissipated by the conductive adhesive and the copper strips. If a conductive floor is not required, Colorex can also be laid with normal adhesive as a non-conductive variant. In order to meet the highest hygiene requirements, it is recommended that Colorex is thermally welded in the same color.
Technical data:
CE sign | EN 14014 | conform |
Surface |
| smooth |
Total thickness | EN ISO 24346 | 2.0 mm |
Trade class | EN ISO 10874 | 34 very strong |
Industrial class | EN ISO 10874 | 43 strong |
Size (without dovetails) | EN ISO 24342 | 615 x 615 mm |
Surface weight | EN ISO 23997 | 3.2 kg/m² |
Plate weight |
| 4.6 kg |
Fire behavior | EN 13501-1 | Bfl -S1, G, CS |
Thermal conductivity | EN 12524 | 0.25 W/(m·k) |
Slip resistance | DIN 51130 | R9 |
| bfu/bpa/upi R 9729 | GS1 |
Resistance to castor wheels | ISO 4918 | suitable type W |
Thermal dilation coefficient |
| 0.07 mm/m°C |
Electrical bleeder resistance | IEC 61340-4-1 | 1 x 106 ≤ R ≤ 108 Ω |
| ESD STM7.1 |
|
Insulation resistance | DIN VDE 0100 | ≥ 50 kΩ |
Electrical system resistance with ESD shoes | IEC 61340-4-5 | R ≤ 1 x 109 Ω |
| ESD STM97.1 |
|
Walk-on charge with ESD shoes (typical value) | IEC 61340-4-5 | < 100 V ~ 40 V |
| ESD STM97.2 |
|
Dimension stability | EN ISO 23999 | ≤ 0,05% |
Residual indentation behavior (typical value) | EN ISO 24343-1 | ≤ 0.10 mm ~ 0.02 mm |
Impact sound improvement | EN ISO 140-8 | 2 dB |
Light fastness | EN ISO 105-B02 | ≤ 6 |
Resistance to load | Lift trucks and forklift trucks: Total weight up to 2.5 t and with pneumatic tires 5 t; Static: 50 kg/cm³ - Dynamic 90 kg/cm³ | |
Chemical effects | EN ISO 26987 | very good |
Cleanroom emissions | IDEMA M11-99 | total < 1 μg/cm2 |
Cleanroom particle emissions | IDEMA 14644-1 | ISO 4 |
Recycling part | up to 95% recycled content in the back construction | |
Workwear | Professional Footwear 2024
DPV main catalog 2023 | 2024