ABS sprinkler head Haiou cooling tower with tube sprinkler head

, splash shape is full and powerful, splash radius is large, combined water distribution effect is good, and the requirement for splash space is not high
Spray nozzle is a typical gravity splash type spray device, it is simple in structure, easy to install, strong and durable. Its characteristics are full and powerful splash shape, large splash radius, good combination of water distribution effect; low requirements for splash space, pipe and groove water distribution can be applied.
A certain high working head is the basic guarantee for the performance of splashing, a sufficient working head is the necessary condition for achieving excellent splashing patterns, and an excessively high working head is the damage factor of splashing devices. SGL cooling tower ABS spray head Hi Ou cooling tower with tube spray head
Full and powerful splash form, uniform distribution of fine water droplets, easy installation, stable and durable performance, is our product quality. Carbon steel spray cooling tower nozzle cast iron spray nozzle Cooling tower nozzle material: engineering plastic, installation type: internal thread connection, working temperature:80, working pressure:200, specification:1.5 inches, medium: water, scope of application: production and operation of various glass fiber reinforced plastic cooling tower accessories, cooling tower packing, cooling tower fan, cooling tower dedicated motor, cooling tower dedicated reducer, cooling tower water distributor, cooling tower nozzle, resin, fiber cloth, etc.
Description: The nozzle material is ABS plastic injection molding, high strength and long service life. The nozzle has uniform water distribution, low working water pressure (the working pressure at the nozzle outlet is only 0.6mH2O), large pressure adaptation range and is not easy to block. Because it has a specially designed locking and anti-loose device, it can be firmly connected with the water distribution pipe without falling off, which can ensure the long-term safe operation of the water distribution system. Under normal use conditions, the nozzle service life is 20 years.
Detailed description,
Cooling tower nozzles are divided into: DC nozzle, reflective nozzle, flower orchid nozzle, uniform splash nozzle, multilayer nozzle, TP11 nozzle, Harmon nozzle, XPZ nozzle, XPH nozzle, rake nozzle, no packing tower nozzle, spray nozzle, square tower nozzle
Features of nozzle for cooling tower: high strength, light weight, low water pressure, low spray height, uniform water distribution, good splashing effect, easy installation and maintenance, adjustable water volume, good heat dissipation effect, especially suitable for cooling water.
?? Advantages of nozzles for cooling towers: uniform water distribution, low working water pressure (nozzle outlet working pressure is only 0.6mH2O), large pressure adaptation range, not easy to block. Because it has a specially designed locking and anti-loose device, it can be firmly connected with the water distribution pipe without falling off, which can ensure the long-term safe operation of the water distribution system. Under normal use conditions, SGL cooling tower ABS nozzle Hi Europe cooling tower with tube spray head
Cooling tower nozzle type
1. gravitational splash type
2. Rotary spray type 3. Reflective type (II, III)
The working principle of the nozzle device for cooling towers is that pressure water enters the volute nozzle along the tangential direction horizontally, rotates in the cavity and rotates downward, and is sprayed from the lower nozzle. After the water is ejected, it forms an umbrella-shaped rotating water body, impacts the splash bar and splash blade, and scatters into evenly distributed mist droplets, falling to the top surface of the packing. Carbon steel cooling tower nozzle manufacturers
Cooling tower nozzle is a component of water distribution in cooling tower. The spray head consists of a spray head shell, an inner core section, a mixing section and a flange, wherein the spray head shell is connected with the upper connecting pipe of the spray head with a cylindrical rectifying section through threads or flanges; a middle cylindrical flow passage and four inclined flow passages are arranged in the inner core section; cooling water is divided into columnar flow and four rotating flow passages after passing through the inner core section, and is intensively mixed in the mixing section and flows out through the spray head outlet. Low water pressure,