Engineered to provide exceptional durability and high thermal efficiency in industrial cooling applications. These FRP cooling towers are crafted from pultruded fiberglass, a material known for its superior strength and resistance to harsh environments, making pultruded frp cooling tower a customizable and eco-friendly choice for various industries.
Pultruded cooling towers are built to withstand the test of time, with high resistance to corrosion, chemicals, UV radiation, and environmental factors, ensuring a longer operational lifespan and minimal maintenance.
Unlike traditional cooling solutions prone to rust and wear, pultruded FRP towers are unaffected by corrosive elements, making them perfect for industries such as chemical processing and power generation.
The inherent qualities of pultruded FRP ensure consistent cooling performance, crucial for maintaining uninterrupted industrial processes.
Our pultruded frp cooling towers for sale are versatile, serving a broad spectrum of industries including manufacturing, power plants, chemical processing, steel, and sugar industries, among others.
After the dry (low enthalpy value) air is pumped by the fan, it enters the cooling tower from the inlet air network; The high temperature water molecules with high partial pressure of saturated steam flow to the air with low pressure, and the wet and hot water (high enthalpy value) is poured into the tower by the self-seeded water system. When water droplets and air contact, on the one hand due to the direct heat transfer of air and not, on the other hand due to the pressure difference between the surface of the water steam and the air, under the action of pressure to produce evaporation phenomenon, to the evaporation of latent heat, the heat in the water to take away the evaporation of heat transfer, so as to achieve the purpose of cooling tower.
Used in air conditioning cooling system, refrigeration series, injection molding, leather, foaming, power generation, steam turbine, aluminum processing equipment
Design meteorological conditions of FRP molded cooling tower
Atmospheric pressure: P =99.4×103 kPa
Dry bulb temperature: θ =31.5℃
Wet bulb temperature: τ =28℃ (27℃ for square and ordinary type)
1. Standard type: incoming tower water temperature 37℃, outgoing tower water temperature 32℃
2. Medium temperature type: Entering the tower water temperature 43℃, out of the tower water temperature 33℃
3. High temperature type: entering the tower water temperature of 60℃, out of the tower water temperature of 35℃
4. Common type: the water temperature into the tower is 37℃, the water temperature out of the tower is 32℃ 5.Large tower: the water temperature into the tower is 42℃, the water temperature out of the tower is 32℃ in industry, a kind of equipment to cool hot water. Water is transported to the tower to make heat exchange between water and air, or heat and mass exchange, in order to achieve the purpose of reducing the water temperature.
The waste heat generated in industrial production or refrigeration process is generally guided away by cooling water. The role of FRP molded cooling tower is to carry out heat exchange between the cooling water with waste heat in the tower and the air, so that the waste heat is transmitted to the air and dispersed into the atmosphere. For example, in a thermal power plant, the boiler heats water into high temperature and high pressure steam, pushes the turbine to do work to make the generator generate electricity, and the waste steam after the steam turbine does work is discharged into the condenser, and the cooling water is exchanged to condense into water, and then the water is pumped back to the boiler for recycling. In this process, the waste heat of the lack of steam is transferred to the cooling water, which increases the temperature of the water, and the cooling water with the waste heat is transferred to the air in the cooling tower and discharged into the atmospheric environment from the wind duct.
Application range: Mainly used in air conditioning cooling system, freezing series, injection molding, leather, foaming, power generation, steam turbine, aluminum profile processing, air compressor, industrial water cooling and other fields, the most used for air conditioning cooling, freezing, plastic chemical industry.
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