Drift Eliminator is one of cooling tower parts. By using drift eliminators, water is effectively recycled. This does not only save water, but also prevents the escape of chemically contaminated water into the environment. The most notable drift eliminator’s description is perhaps the one that indicates its aid in the reduction of water loss and emissions. Its main goal is to minimize the drift rate and pressure drop as much as possible. The Benefits of Using Drift Eliminators Installing drift eliminators in cooling towers, especially in large-scale production businesses has significant advantages not just for the owners but for nature as well: Keeps nearby roads and fields from icing. Prevents the corrosion of piping systems and electrical parts. Helps to prevent short circuits resulting from damaged electrical systems. Significantly reduces harmful emissions of chemicals into the environment. Largely contributes to water conservation. Reduction of pressure drop in water. Eliminates the need for additional water treatment. Extends the life of a cooling tower. Conserves energy use.    

energy efficient fan which saves upto 30% power as compared to conventional aluminium fans. Tough light weight hollow FRP blades High corrosive resistance Different standard pitch angles Wide range of industrial air moving applications Aerodynamically designed for maximum airlift and minimum air resistance Higher efficiency and low noise level

About Cooling Tower Sprinkler Head What Is Cooling Tower Sprinkler Head Cooling tower sprinkler head is a device mounted on top of the stand pipe together with the sprinkler pipes on the cooling tower. Through circulating water in the tower, the sprinkler, mainly through its head, is rotated by its pressure. We have offered two types of sprinkler heads as cooling tower sprinkler head suppliers: 1. ABS plastic sprinkler head - this sprinkler head has a stainless steel shaft available in the market on Models T-23 through T-260. 2. Aluminum alloy sprinkler head - this is supplied on Models T-270 and above. 3. PVC sprinkler head Either of the above mentioned sprinkler head, headloss is very minimal or even resulting to zero over a minimum maintenance. How do cooling tower sprinkler head works? Serving as the main part of the cooling tower sprinkler, it operates with DC inverter compressor in 240V. Through the sprinkler head, hot water will be uniformly distributed over the PVC fills. There are those that are designed for maximum water sprinkling through the nozzle tip adjustment but accordingly, impact on the rotation of the sprinkler head is very important to provide excellent performance of the sprinkler. What are the sizes of cooling tower sprinkler head? Sprinkler head sizes are available in diameter range from 1.5" to 4".  

The performance of cooling tower greatly depends upon the water distribution over the fills. We have gained prominence as the Manufacturer, Exporter, and Supplier of Super Plast PVC Nozzles. The products given by us are designed to meet the client’s demand for operating different industrial applications. Our expert analysts check the PVC Nozzles on various quality parameters to ensure that only true panels are delivered to the customer. SUPER PLAST PVC Nozzles distribute water evenly through a wide spray angle without any dry pockets. They are lightweight and reduce the frequency of clogging.

• TypeFrp Cooling Tower
• MaterialFrp
• CertificationISO 9001:2008
• ApplicationProcess Cooling, Air Compressors, D.G. Sets, Plastic Molding Machines, Pharma / Steel industries
• Weight0-100kg, 100-200kg, 200-300kg, 300-400kg, 400-500kg
• ColorBlue, Grey
• Voltage440V.580V
• ConditionNew
• Capacity0-500L, 1000-1500L, 500-1000L
• Automatic GradeFully Automatic, Manual, Semi Automatic
• Power1-3kw, 3-6kw, 6-9kw, 9-12kw
• Driven TypeElectric
• Warranty1year, 2years
• Temperature0-50℃
• Gauge Thickness0-5mm, 10-15mm
• Country of OriginIndia
• Brand NameALTOVX
• Surface TreatmentFRP
• After-Sales Service ProvidedYES
• Cooling TypeNatural /Induced

• TypePvc Fills
• MaterialPvc
• CertificationISO 9001:2008
• ApplicationProcess Cooling
• ColorBlack, Blue
• ConditionNew
• Capacity500-1000L
• Warranty1year
• Temperature0-50℃
• Gauge Thickness15-20mm
• Country of OriginIndia

About Cooling Tower Sprinkler Head What Is Cooling Tower Sprinkler Head Cooling tower sprinkler head is a device mounted on top of the stand pipe together with the sprinkler pipes on the cooling tower. Through circulating water in the tower, the sprinkler, mainly through its head, is rotated by its pressure. We have offered two types of sprinkler heads as cooling tower sprinkler head suppliers: 1. ABS plastic sprinkler head - this sprinkler head has a stainless steel shaft available in the market on Models T-23 through T-260. 2. Aluminum alloy sprinkler head - this is supplied on Models T-270 and above. 3. PVC sprinkler head Either of the above mentioned sprinkler head, headloss is very minimal or even resulting to zero over a minimum maintenance. How do cooling tower sprinkler head works? Serving as the main part of the cooling tower sprinkler, it operates with DC inverter compressor in 240V. Through the sprinkler head, hot water will be uniformly distributed over the PVC fills. There are those that are designed for maximum water sprinkling through the nozzle tip adjustment but accordingly, impact on the rotation of the sprinkler head is very important to provide excellent performance of the sprinkler. What are the sizes of cooling tower sprinkler head? Sprinkler head sizes are available in diameter range from 1.5" to 4".  

The performance of cooling tower greatly depends upon the water distribution over the fills. We have gained prominence as the Manufacturer, Exporter, and Supplier of Super Plast PVC Nozzles. The products given by us are designed to meet the client’s demand for operating different industrial applications. Our expert analysts check the PVC Nozzles on various quality parameters to ensure that only true panels are delivered to the customer. SUPER PLAST PVC Nozzles distribute water evenly through a wide spray angle without any dry pockets. They are lightweight and reduce the frequency of clogging.

To ensure that the best performance is achieved and the power consumption and noise levels are as low as possible, it is of the most importants that the right fan is chosen Axial fiow fans are delta’s business. With an extensive product range and with a high level of technical support ‘Excellent cooling tower’are specifically designed for cooling towers and other efficiency critical applications.’Excellent cooling tower’energy efficient fan saves upto 30% power as compared to conventional aluminium fans. Both axial (propeller type) and centrifugal fans are used in towers. Generally, propeller fans are used in induced draft towers and both propeller and centrifugal fans are found in forced draft towers. Depending upon their size, the type of propeller fans used is either fixed or variable pitch. A fan with non-automatic adjustable pitch blades can be used over a wide kW range because the fan can be adjusted to deliver the desired air flow at the lowest power consumption. Automatic variable pitch blades can vary air flow in response to changing load conditions.  

Drift Eliminator is one of cooling tower parts. By using drift eliminators, water is effectively recycled. This does not only save water, but also prevents the escape of chemically contaminated water into the environment. The most notable drift eliminator’s description is perhaps the one that indicates its aid in the reduction of water loss and emissions. Its main goal is to minimize the drift rate and pressure drop as much as possible. The Benefits of Using Drift Eliminators Installing drift eliminators in cooling towers, especially in large-scale production businesses has significant advantages not just for the owners but for nature as well: Keeps nearby roads and fields from icing. Prevents the corrosion of piping systems and electrical parts. Helps to prevent short circuits resulting from damaged electrical systems. Significantly reduces harmful emissions of chemicals into the environment. Largely contributes to water conservation. Reduction of pressure drop in water. Eliminates the need for additional water treatment. Extends the life of a cooling tower. Conserves energy use.    

SPLASH FILLS Film types fills have been popular with the Cooling Tower Industry as a result of their efficiency of not only handling large quantities of water but also the overall tower efficiency. However in the case of heavily contaminated water, film type fills are susceptible to accumulating deposits and often make way for the use of splash type fills for effective water cooling. The forgiving nature of splash fills towards 'dirty' water and imperfect water distribution is offset by the need to have larger towers and thus higher capital costs as well as pumping heads. Splash Fills is made of many layers of slats or bars. When hot water comes into contact with the slats or bars, it breaks down into smaller particles. As these particles form, they allow for increased contact between the water and air which is contained within the air. This leads to a speedup in the rate of evaporation and cooling. Splash media used to be made using wood, but more modern designs are manufactured using PVC. PVC allows for a greater rate of heat transfer. Splash fill is normally used in industries that produce a lot of excess water which is of poor quality. Because the water is converted into smaller droplets any debris or dirt is separated. Splash fills work on the principle of causing the flowing water to fall through a grid of 'splash bars/grids' causing the water droplets to break up and increasing the contact time between water and air. As the falling water encounters multiple layers of these splash fills, the droplets keep dividing into smaller sizes thereby increasing the heat transfer and thus cool the water.

energy efficient fan which saves upto 30% power as compared to conventional aluminium fans. Tough light weight hollow FRP blades High corrosive resistance Different standard pitch angles Wide range of industrial air moving applications Aerodynamically designed for maximum airlift and minimum air resistance Higher efficiency and low noise level