Stanrose SLR 150-2000 Primer

Stanrose SLR 150-2000 Primer is a high-performance, epoxy-based primer specifically formulated as the foundational layer for nuclear and gamma radiation-resistant flooring and surface coating systems. This solvent-free primer enhances adhesion to concrete and other substrates, creating a strong and durable base for subsequent radiation-resistant coatings. Designed for use in nuclear power plants and other radiation-intensive environments, it ensures long-lasting performance, safety, and durability.

• Radiation Resistance: Provides an initial protective barrier capable of withstanding nuclear and gamma radiation exposure.
• Superior Adhesion: Ensures excellent bonding between the substrate and the top layers, preventing delamination.
• Durable and Chemical Resistant: Offers resistance to aggressive chemicals, solvents, and oils, ensuring substrate protection.
• Smooth Application: Self-leveling properties allow for a uniform and seamless primer layer.
• Solvent-Free and Eco-Friendly: Zero VOC formulation supports safe and environmentally friendly installation.
• Moisture Tolerant: Can be applied on properly prepared substrates with residual moisture, reducing delays in installation.
• Thermal Stability: Maintains structural integrity in fluctuating temperatures typical of nuclear facilities.
• Compatibility: Designed to integrate seamlessly with Stanrose SLR 150-2000 radiation-resistant coatings.

• Nuclear Power Plants: Prepares floors and surfaces in containment areas, control rooms, and storage facilities for radiation-resistant coatings.
• Radiation Laboratories: Serves as a primer for flooring and surfaces in gamma or nuclear radiation testing environments.
• Medical Radiation Areas: Ensures a strong foundation for coatings in rooms handling radiation therapy or isotope processing equipment.
• Industrial Applications: Ideal for facilities requiring radiation-resistant coatings for walls and floors.
• Defense and Research Facilities: Prepares surfaces in high-security environments exposed to radioactive materials.

Application Areas

• Reactor containment and control rooms
• Radioactive waste storage and handling facilities
• Research and testing laboratories dealing with radiation
• Medical isotope production and radiation therapy areas
• Industrial and defense installations requiring radiation shielding