System photo
Anti-static system
ESD epoxy system 2–3 mm
2–3 mm
R9–R10
Antistatic epoxy coating with controlled resistance for clean and hazardous (explosive) areas. Works as part of an ESD system with conductive layers and grounding.
Antistatic epoxy coating with controlled resistance for clean and hazardous (explosive) areas. Works as part of an ESD system with conductive layers and grounding.
Typical parameters: thickness 2–3 mm, R class R9–R10, commissioning 24–48 h. Resistance/modes: wet areas, oils & fats, alkalis.
System layers (bottom to top)
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Antistatic epoxy primer consumption: ≈ 0.2–0.3 kg/m²Substrate preparation, dust removal and application of an antistatic epoxy primer. If needed — local levelling/patching. Exact consumption and substrate requirements are defined by the selected product TDS.
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Conductive layer and grounding grid (copper tape)Installation of a grounding grid (typically copper tape/bus), application of a conductive layer and connection to a grounding point. Then — verification of resistance parameters according to the project requirements.
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ESD epoxy topcoat, layer 1 consumption: ≈ 0.35–0.5 kg/m²Final antistatic layer with controlled electrical properties. Provides a wear-resistant and easy-to-clean surface.
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ESD epoxy topcoat, layer 2 (optional) consumption: ≈ 0.35–0.5 kg/m²Second topcoat layer (per project/service conditions) to improve durability and coating uniformity.
Technical characteristics
- Thickness
- 2–3 мм
- R class
- R9–R10
- Commissioning
- 24–48 ч (typical)
- Wet areas
- yes
- Thermal shock
- no
- Low temperature
- no
- Oils/fats
- resistant
- Alkalis
- resistant
- Acids
- limited
Note: exact values (chemical resistance, temperature limits, substrate requirements) are defined by the TDS and project specs.
Consumption & rough estimate
- Antistatic epoxy primer: ≈ 0.2–0.3 kg/m²
- ESD epoxy topcoat, layer 1: ≈ 0.35–0.5 kg/m²
- ESD epoxy topcoat, layer 2 (optional): ≈ 0.35–0.5 kg/m²
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Total for system: ≈ 0.9–1.3 kg/m²(excluding losses).
Actual consumption depends on substrate condition, porosity and required texture. Pricing is calculated individually considering logistics and volume discounts.
Compatible materials (SKU)
Example system build-ups. Final material selection depends on the TDS and project conditions.
antistatic
antistatic_paint_optional
antistatic_self_levelling
The final system build-up is fixed in the working specification and approved with design & facility teams.
System FAQ
What is an ESD floor and where is it used?
An ESD coating helps dissipate static electricity and reduces the risk of damaging sensitive electronics. It is typically required in electronics manufacturing/assembly areas, server rooms, laboratories and clean zones when specified by the project requirements.
Do you need grounding and copper tape?
Yes. An antistatic floor is a system: conductive layers + a grounding grid (often copper tape) + connection to a grounding point. Without proper grounding the required measurable parameters may not be achieved.
How do you verify the floor is actually antistatic?
After curing, resistance is measured with a dedicated ESD meter according to the method/standard specified in the project. Results are recorded in an acceptance protocol. During service it is important to avoid insulating contamination and use suitable cleaning agents.
Want the same floor or a cost estimate for your facility?
Send a floor plan and a brief description of the loads. Our engineer will select the optimal floor system, calculate material consumption, and provide an indicative budget.
