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Wear neoprene gloves or chemical-resistant handwear.
Nitocote PE135 Protective Coating Guide | PDF | Solid - Scribd
: Non-toxic, solvent-free, and contains no coal tar, pitch, or asbestos. nitocote+pe135+msds+best
It is part of Fosroc’s extensive range of protective coatings, which includes other solutions like Nitocote EN901, EP140M, EP410, and numerous others tailored for specific industrial challenges. What sets Nitocote PE135 apart is its dual functionality: it serves as both a and a protective anti-corrosion coating in a single application.
The substrate must be sound, clean, and free from all contaminants. Concrete must be free from dust, grease, oil, curing compounds, loose particles, and laitance. The surface must be smooth and dry, though the product can be applied to damp concrete, it should be free from standing water. For steel surfaces, a higher standard of cleanliness, such as sandblasting to SA 2½, is often required. Wear neoprene gloves or chemical-resistant handwear
Disclaimer: Always refer to the most recent official Fosroc technical data sheet and MSDS before using this product. If you're interested, I can:
The superiority of Nitocote PE135 is defined by its technical capabilities and the tangible results it delivers on-site. Here is a detailed breakdown of its key features and benefits. What sets Nitocote PE135 apart is its dual
The MSDS (or Safety Data Sheet – SDS) is a legal document that provides hazard information, composition, and first-aid measures. Here are the critical sections every user must know to achieve the best results.
Excellent protection against chloride and sulphate ions. Nitocote PE135 MSDS and Safety Information
Nitocote PE135 is a single-component, water-based, hydrophobic polyester resin coating designed specifically for protecting concrete surfaces. It is used extensively in industrial, civil engineering, and infrastructure projects to provide a durable, chemical-resistant barrier.
stands out as a leading protective coating and curing compound engineered specifically to shield concrete structures from severe chemical and environmental damage . In demanding engineering environments, selecting the best concrete protection strategy requires analyzing chemical properties, installation workflows, and safety margins.