FM Floors - The Flatter The Better
At Duratech Surface Systems Pvt. Ltd., we specialize in delivering high-precision industrial floors designed for the specific needs of warehouses, logistics centers, and manufacturing environments. Our flooring systems are engineered to handle heavy loads, support efficient operations, and provide lasting durability in demanding industrial settings.
What is FM Flooring?
FM Flooring (Free Movement Flooring) is a high-performance industrial concrete flooring solution designed to support high-traffic warehouse and logistics operations. These floors provide a smooth, level, and crack-resistant surface, ensuring seamless movement of heavy-duty material handling equipment like forklifts, reach trucks, and automated storage & retrieval systems (ASRS).
FM floors are categorized based on flatness and levelness tolerances, ensuring the highest precision in automated warehouses, cold storage, PEB structures, and logistics parks.
Categories of FM Floors
FM1 Flooring
The highest precision concrete flooring category with extremely tight tolerances for flatness and levelness. It ensures minimal surface deviations, making it suitable for ultra-flat floor requirements.
FM2 Flooring
A high-accuracy concrete floor classification with controlled flatness and levelness, designed to accommodate efficient movement of material handling equipment while maintaining structural integrity.
FM3 Flooring
Key Benefits of FM Flooring
Flat & Level Surface
Ensures smooth, vibration-free movement of forklifts & AGVs.
High Durability
Reduces floor damage.
Heavy Load-Bearing Capacity
Supports high loads & intensive warehouse operations.
Enhanced Operational Efficiency
Reduces downtime, boosting productivity in warehouses.
Long-Lasting Performance
Withstands high-traffic movement, impact, and chemical exposure.
Transform Your Floors with Duratech Surface Systems!
We specialize in FM Flooring, delivering high-performance surfaces built with precision and durability in mind. Engineered to meet TR34 standards, our floors ensure flatness, strength, and long-term operational reliability.
