The latest & most effective technology in flooring is Jointless FM2 floors that require lesser joints, yes! Lesser. It’s a misconception that Jointless means no joints. Jointless floors have lesser joints and hence, lesser cracks which in turn leads to low maintenance costs, and high productivity.

Jointless FM2 floors cast by laser screed machines lead to flatter, faster floors that are cut and levelled in one go. This reduces the time taken, the number of joints and leads to Super flat floors. This state-of-the art laser screed technology reduces the number of formed joints by using the large pour method. These Jointless FM2 floors are in accordance with TR-34.

The trend for Jointless FM2 floors is rampant across warehouses, commercial facilities and industrial floors. It’s durability, longevity and high performance owing to its joint-free, crack-free and maintenance-free nature make it the latest fad in concrete flooring.

We at Master Floors India Pvt Ltd, are faced with the daunting task of not just casting floors but floors that perform at an optimum level. Jointless FM2 Concrete Floors can be designed and cast using several kinds of reinforcing fibers including Steel Fiber (SFRC), high grade PP Fibre (micro & macro) or Glass Fiber (micro or macro).

These fibres have high tensile thin strings, having appropriately calculated aspect ratio (length to diameter) to reinforce the concrete for placing the ground floor slabs as per the load requirements of the project. MFIPL certifies the use of appropriate fibre type for Jointless FM2 floors as a result of its research over the years. The fibers help in improving flexural strength of concrete, which further improves crack resistance abilities of slab and impact resistance properties of concrete. 

The fibers comes in different shapes, sizes and forms (glued, non glued, 3D or 4D) differing from manufacturer to manufacturer and MFIPL recommends only the best and has a strict multi-point criteria to choose the right product by the approved manufacturer after assessing the project requirement.