vebrostatic ESD SL
Verified by manufacturer 8 months ago
vebrostatic ESD SL (Dissipative)
vebrostatic ESD SL (Dissipative)
A pigmented, solvent–free, self–smoothing epoxy flooring system, designed to ground electrostatic discharge in EPAs (electrostatic protected areas).
Application
- vebrostatic ESD SL (Conductive) is designed for use in highly sensitive areas subject to fire and explosion risk, including flammable and chemical solvent stores where any ESD (electrostatic discharge) build-up requires grounding immediately.
- vebrostatic ESD SL (Dissipative) is designed for use in electronic component production areas, computer chip manufacturing, clean rooms and data centres where any ESD (electrostatic discharge) build-up requires grounding more slowly and in a more controlled manner.
- The material is applied using a a notched steel trowel with tooth size no. 25 before being spike rolled to release any entrapped air.
- Prior to this, the primed and cured concrete substrate receives a self-adhesive copper grid network and black-water-based ESD primer coat.
- Once the resin body coat has cured and hardened, an optional broadcast and polyurethane seal coat can be applied for additional traction underfoot.
Application suitability:
- Highly sensitive dry processing industrial areas.
- Flammable solvent stores.
- Chemical plants.
- Hospitals and operating theatres.
- Laboratories and clean rooms.
- Electronic production areas.
- Clean rooms.
- Microelectronic assembly rooms.
- Computer chip manufacturing.
- Food and beverage production.
- Workshops.
Description
vebrostatic ESD SL is a pigmented, solvent–free, AgBB low emissions, self–smoothing epoxy flooring system, designed to ground electrostatic discharge in EPAs (electrostatic protected areas).
vebro PU ESD SL is used in highly sensitive, explosion proof areas and fire protection zones in places where organic (flammable) solvents are stored as well as surrounding areas, hospitals and operating theatres.
The material can also be used in electronic manufacturing facilities where sensitive components or data chips are made.
Features and benefits:
- Meets EN 61340-5-1, EN 61340-4-1 & EN 61340-4-5 criteria.
- ISEGA certified, hygienic and safe for use in food production facilities.
- Exhibits low body voltage values, minimising charge created by movement.
- Offers excellent resistance to fuels, lubricants, solvents and other chemicals.
- Low-viscosity, more workable than competitive systems and easy to install.
- Delivers an easy to clean, non-tainting and non-dusting finish.
- Formulated from natural biopolymers and meets AgBB low emissions criteria.
- Available in a range of colours and decorative quartz blends.
- Slip resistant options available.
General information
Color | Other Guidance for specification option: Choose from the RAL Classic Colour Chart. Please note the ESD Primer is black, therefore mid to dark colours are advised. Grey |
Finish | Smooth |
Material | Epoxy resin Guidance for specification option: ESD conductive and dissipative AgBB low emissions self-levelling epoxy resin. |
Warranty description | Other |
Uniclass | |
CAWS | M12/110 Resin flooring M12/10 Resin flooring |
Specification data - Resin flooring systems
Levelling screed | Concrete bases and suitable cement/ sand levelling screeds.Cementitious underlayments designed to receive resin flooring. |
Primer | vebro EP ESD Prime.Guidance for specification option: Use water-based vebro EP ESD Primer on the pre-primed substrate. A 20% water addition can be added. A self-adhesive copper grid network should be laid out onto the vebro ESD primer once cured and hardened and any readings have been taken. vebro EP Primer.Guidance for specification option: Use vebro EP Primer if the substrate is below 75% RH (Relative Humidity) or 4% CM. vebro EP DPM.Guidance for specification option: Use two coats of vebro EP DPM Plus if the substrate exceeds 75% RH or 4% CM. Scatter final coat of primer with vebro 52 Silica Sand ( while still wet). Allow to cure. vebro EP DPM Plus.Guidance for specification option: Use vebro EP DPM Plus if the substrate exceeds 75% RH or 4% CM. |
Resin flooring | Resin floor coatings. |
Primer | vebro 52 Silica Sand. Guidance for specification option: Scatter final coat of primer with vebro 52 Silica Sand ( while still wet). Allow to cure. Manufacturer guidanceFinish primer. |
System thickness | 1.0—2.0 mm. Guidance for specification option: Standard SL. 1.5—2.5 mm. Guidance for specification option: SL SR (Slip-Resistant). |
Body coat | vebro EP ESD SL (Dissipative). |
Seal coat | Not required. vebro PU ESD Seal. Guidance for specification option: (Optional) Use vebro PU ESD Seal water-based, AgBB low emissions, aliphatic polyurethane sealer.
Additional slip resistance can be achieved by broadcasting the bodycoat whilst wet with vebro Conductive aggregates and then applying vebro PU ESD Seal to seal the system. |
Setting time | 24 hours (light foot traffic); 72 hours (wheeled traffic). |
Cure time | Full chemical cure in 5 days. |
Colour | Light Grey RAL 7035. Agate Grey RAL 7038. Dusty Grey RAL 7037. Concrete Grey RAL 7023. Graphite Grey RAL 7024. Manufacturer guidanceChoose from the RAL Classic Colour Chart. Please note the ESD Primer is black, therefore mid to dark colours are advised. |
Slip resistance | To DIN 51130, Class R11 (Dry). Guidance for specification option: Additional slip resistance can be achieved using vebro Conductive Aggregate in the system and sealing to deliver a textured finish. |
Chemical resistance | Resistant to a very wide range of aggressive chemicals and corrosive byproducts. Guidance for specification option: For a full chemical resistance breakdown contact Vebro Polymers' Technical Services team. |
Resistance | To EN 61340-4-1, ≤ 10⁹ Ω (Rg), ≤ 3.5 x 10⁷ Ω (Rs) <100 Volt (Body Voltage). Manufacturer guidanceResistance to Earth. |
CompressiveStrength | To EN 196, 44 N/mm². |
VOC content | ≤100 μg/m³. Manufacturer guidanceAgBB Low Emissions: |
Fire resistance | To EN 13501-1, Bfl s1. |
Wear resistance | To EN ISO 5470-1, ≤60 mg/1000 cycles. Guidance for specification option: (Taber Abrader CS10 wheel). |
Shore Hardness - D | To EN ISO 868, D 58. |
Flexural strength | To EN 196, 20 N/mm². |
Working time | 20—25 mins. Guidance for specification option: Approximately. |
Literature
Data Centre Flooring Guide
Industrial Manufacturing & Warehousing Flooring Guide
Pharmaceutical Flooring Guide
vebrostatic
Vebro Polymers Introduction