The FM Series is precisely designed for optimum performance, offering the best cost-to-quality ratio in Mihir's range — backed by 45 years of manufacturing experience. It's an induced-draft counterflow tower built for reliable, efficient cooling in a single cell up to 600 TR.
Constructed with a self-supporting FRP design and minimum use of MSHDG components, the FM Series pairs a highly efficient honeycomb PVC fill with aerofoil-shaped, hollow FRP fan blades — keeping operating weight low without compromising on performance.
Benefit of Service
Precisely designed for optimum performance with the best cost/quality ratio
Self-supporting design in FRP material with minimum MSHDG components
Low operating weight without compromising cooling performance
Corrosion-Resistant Structure
Structural supports in Pultruded FRP with MSHDG hardware (stainless steel optional) — built for highly corrosive applications.
Faster Execution
Minimum site activities and low operating weight mean quicker installation with less on-site work.
Energy Efficient
Aerofoil-shaped, hollow FRP fan blades on an induced-draft counterflow design for optimum airflow efficiency.
High Cooling Capacity
Engineered to cool up to 4,000 m³/hr/cell, with a continuously formed casing for a smooth finish on both sides.
More information
Backed by 45 Years of Experience
Precisely designed for optimum performance, the FM Series is built on 45 years of Mihir's manufacturing expertise, offering the best cost-to-quality ratio in the range.
Self-Supporting FRP Construction
The self-supporting design uses FRP material with minimum usage of MSHDG components, reducing weight while maintaining structural strength.
Honeycomb PVC Fill
A highly efficient honeycomb PVC fill is used for consistent, effective heat transfer across the tower.
Single-Cell Capacity
The FM Series is engineered to deliver cooling in a single cell up to 600 TR.
Mihir Engineers Pvt. Ltd. — manufacturers of Mihir Cooling Towers since 1976. Pioneers of FRP and Round Bottle Shape cooling tower technology in India.