Stanrose SLR 150-2000

Stanrose SLR 150-2000 is a specialized epoxy-based flooring and surface coating material designed for environments exposed to nuclear and gamma radiation. Engineered to meet the stringent safety and durability standards of nuclear facilities, this solvent-free, high-performance material provides exceptional resistance to radiation, chemicals, and mechanical wear. Offering tailored protection for floors and surfaces in nuclear power plants and related facilities.

• Radiation Resistance: Effectively withstands nuclear and gamma radiation, ensuring long-term durability in radiation-intensive environments.
• Durable and Tough: Provides excellent mechanical strength to resist abrasion, impact, and heavy loads.
• Chemical Resistance: Protects against aggressive chemicals, oils, and solvents commonly found in nuclear facilities.
• Seamless and Hygienic: Offers a smooth, joint-free finish, minimizing the risk of contamination and easing maintenance.
• Self-Leveling Properties: Ensures uniform coverage and flawless application on floors and surfaces.
• Thermal Stability: Maintains performance under fluctuating temperatures typical in nuclear settings.
• Customizable Thickness: Flexible application options (150 microns to 2 mm) to meet specific project needs.
• Eco-Friendly and Solvent-Free: Low VOC formulation ensures safe application and environmental compliance.

• Nuclear Power Plants: Ideal for radiation-resistant flooring and coatings in reactors, control rooms, and containment areas.
• Radiation Testing Laboratories: Provides durable surfaces for facilities conducting gamma or nuclear radiation experiments.
• Medical Radiation Facilities: Suitable for use in areas with radiation therapy equipment and isotope handling.
• High-Security Installations: Enhances flooring and surfaces in environments requiring radiation shielding.
• Research and Development Centers: Protects floors and walls in nuclear and radiation-related R&D labs.

Application Areas

• Nuclear reactor containment and control rooms
• Waste processing and storage areas in nuclear facilities
• Laboratories handling radioactive materials
• Isotope production and radiation therapy rooms in medical facilities
• Industrial and defense installations requiring radiation-resistant surfaces