NEWater - Cooling Tower Sand Filtration Systems
Our cooling tower sand filtration systems make use of compact sand filters to filter and purify water from all organic contaminants and other impurities.
Your Cooling Tower Sand Filter in China
NEWater is your most trusted supplier of sand niters for cooling towers. We have received the trust of many customers for designing and manufacturing filters that meet the highest industry standards. Also, we are chosen by more customers for our cost-effective price advantage.
NEWater`s cooling tower sand niters are very suitable for many applications. These water treatment methods with automatic, time control, and instrument control. Our Cooling tower sand niters can be tailored to different specifications according to customer needs. At the same time, we will use safe and reliable international transportation methods and a one-year warranty to guarantee you quality.
NEWater Cooling Tower Sand Filter
- High filtration speed and minimal pressure loss overcome slow filtration speed and tiny flow.
- The space is decreased by more than 40%, and the piping engineering capacity is lowered by more than 50%, thanks to modular settings, compact footprint, less pipe, and inexpensive investment.
- Manual, semi-automatic, and fully automatic backwash operation to fulfill your needs.
- Fully automatic: the system`s backwash water supply can be either a water tower or an external water source.
- It can be a single filter unit or a group of filter units, and the processing flow capacity can be increased at will.
- The shell and tubes are composed of carbon steel Q235B with phosphate surface treatment for internal and external anticorrosion.
- The main components are internationally sourced to produce high-quality NEWater Cooling Tower Sand Filter.
- Reduces sand leakage through single-chamber design filter unit improving backwashing.
- Built strong for longer life, the water collector is made of stainless steel and ABS.
- Easy maintenance through output pipe located at the bottom of the device providing less water resistance.
