Staroxy EISL 500-5000 Screed

• Exceptional Dielectric Properties: Provides a highly effective insulating layer to prevent current leakage in high-voltage areas.
• Self-Leveling and Seamless: Ensures a uniform, defect-free application for optimal insulation performance.
• Durable and Impact Resistant: Withstands mechanical loads, heavy traffic, and wear in industrial environments.
• Thermal Stability: Maintains dielectric and structural integrity across a wide temperature range.
• Chemical Resistance: Resists oils, acids, and other industrial chemicals, ensuring long-term durability.
• Versatile Thickness Range: Can be applied in varying thicknesses (500 microns to 5 mm) to suit project-specific requirements.
• Solvent-Free and Eco-Friendly: Zero VOC formulation ensures safer application and environmental compliance.
• Compatible with Topcoats: Designed to integrate seamlessly with dielectric epoxy topcoats like Staroxy EISL 500-5000 Topcoat for complete insulation systems.

• Dielectric Underlay: Acts as a critical base layer for insulation flooring in high-voltage facilities.
• Power Generation and Substations: Provides an insulating foundation for transformer rooms, switchgear facilities, and other power equipment areas.
• High-Voltage Equipment Rooms: Ensures safety in facilities housing electrical machinery and systems.
• Testing Laboratories: Offers a reliable dielectric base for high-voltage testing and research areas.
• Industrial Applications: Suitable for heavy-duty manufacturing plants where electrical insulation and durability are essential.
• Renewable Energy Facilities: Provides insulation flooring for wind turbine, solar power, and other renewable energy installations.

Application Areas

• Electrical substations and power plants
• Transformer rooms and high-voltage switchgear facilities
• Electrical equipment manufacturing and testing units
• Data centers and critical IT infrastructure spaces
• Renewable energy installations, such as wind and solar power facilities
• Research and development laboratories handling high-voltage applications