Field Erected Pultruded FRP Cooling Towers
Tipo Heat Exchangers made of Pultruded Fiberglass are the best solution in Worst Industrial environment. These cooling towers are designed using Pultruded FRP sections, FRP sheets for cladding, Stainless steel for fasteners and other hardware. Pultruded Fiberglass Reinforced Polyester ( FRP ) is becoming the preferred industry standard for both new projects and for refurbishment of old Cooling Towers.
FRP material is recognized for its distinct advantages over conventional material of construction such as concrete, wooden or steel due to:
Excellent Chemical and Corrosion resistance to acid, salt, sand etc.,
Used For all types of water such as sea water, Chemical Water, brackish water and others.
Weather Resistance as it is not affected by UV, sunlight, sandstorms, snow and acid rains.
Lesser foundation loads Due To Light Weight, High impact strength and rigidity allows deformation without fractures. FRP approximates the strength of steel in tension and compression. Weight is 80% less than steel and 30% less than aluminium.
Structures Are connected to the Bottom of Cooling Tower Basin, Reducing Costly Beam And Column Structure In cooling Tower Basin.
High fire resistance
High temperatures resistance makes it Perfect Choice For high temperature Cooling water process Application.
Almost 50% Reduction In Erection Time compared to concrete cooling tower-longer service life & Less maintenance.
All the Pultruded material is environmentally friendly and fully recyclable
Available from 18 ft x 18ft to 54 ft x 54ft ground footprint in single cell construction.
Capacity of water flow from 750 m3/hour to 4000 m3/hr in single cell design.
Tower tech Pultruded FRP Cooling Towers are designed according to specific project Requirements and conform to CTI STD-137, CTI STD-152,cti std-131,cti std-154 .
• Pultruded fiberglass polyester field – erected cooling towers
• Heavy – duty cooling towers designed for
• Optimal thermal performance design
Highly resistant to corrosive environments
Type: Counter flow
Material: Pultruded and hand-laid FRP
Air flow: Induced draft
Capacity: 2,000,000-20,000,000 kcal/hr per cell
Water flow: 400 – 4,000 m³/hr per cell
Industries: Oil and Gas, Pharmaceutical, Power plants, Refineries, large-scale HVAC systems.