PRODUCT/SERVICE INFO
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.
BENEFITS
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.
USES
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
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