FAQs of FRP Anti Corrosive Lining:
Q: How is the FRP Anti Corrosive Lining installed on industrial surfaces?
A: Installation is performed on-site by skilled technicians using either the hand lay-up or spray-up method. The process ensures proper bonding of the lining to various substrates such as concrete, mild steel, or stainless steel, providing seamless coverage and strong adhesion.
Q: What makes FRP lining highly resistant to chemicals and temperature?
A: FRP lining is made from fibre reinforced plastic, formulated to withstand harsh acids, alkalis, and solvents. Its construction allows it to resist temperatures up to 100C, making it suitable for aggressive industrial environments.
Q: When should I consider using FRP lining for my equipment or facility?
A: You should use FRP anti corrosive lining whenever your tanks, vessels, pipelines, floors, or reactors are exposed to corrosive chemicals or high temperatures. It is ideal during facility upgrades, maintenance, or when installing new equipment requiring long-term protection.
Q: Where is FRP Anti Corrosive Lining typically applied?
A: This lining is commonly applied to tanks, vessels, pipelines, floors, reactors, and various industrial equipment, wherever chemical resistance and durability are crucial for ongoing operations.
Q: What is the minimum order quantity for FRP anti corrosive lining projects?
A: The minimum order quantity (MOQ) is flexible and determined according to the clients project requirements. Custom solutions are provided to suit each application.
Q: How long does FRP Anti Corrosive Lining last, and what maintenance is required?
A: With proper maintenance, FRP lining typically lasts over 10 years. Routine inspections and cleaning are recommended to preserve its integrity and performance in demanding environments.
Q: What are the key benefits of choosing FRP lining over traditional coatings?
A: FRP linings provide superior chemical and temperature resistance, excellent adhesion, minimal water absorption (<0.5%), and a smooth, glossy finish. They are highly customizable and support extended service life, reducing repair costs and downtime in industrial settings.