SUS G3/8 chemically resistance tank circulating mixing eductor nozzles
Designed on the basis of the berboulli theory, fluid under pressure is pumped into the pulp and paper industry nozzle through its large flow opening, as the liquid exits the nozzle at high velocity, it draws surrounding solution through the nozzle's "flow-through" chamber that's designed to eliminate internal material build-up. The additional liquid flow mixes with the pumped solution. That is, the nozzle can pull in 4 gallons of surrounding solution for every 1 gallon pumped through the nozzle.
Kynar(PVDF) is a high molecular weight thermoplastic polymer with excellent chemical inertness. It is highly resistant to oxidizing agents and halogens and is almost completely resistant to allphatic, aromatics, alcohols, acids and chlorinated solvents. It is resistant to most acids and bases. Mechanically strong. High dielectric strength. Thermally stable. Resistant to low temperatures. Stable to ultraviolet and extreme weather conditions. Self-extinguishing and non-toxic.
Eductor nozzle applications:
- Plating tanks
- Cleaning tanks
- Phosphating tanks
- E-coat tanks
- Fertilizer tanks
- Pulp tanks
- Sludge tanks
- Paint booths
- Anodizing tanks
- Cooling towers
1. Xinhou was established in 2008,located in Shanghai, near to Hongqiao Airport
2. SGS audited supplier
3. Our prodcuts such as clip-eyelet nozzles, Flat fan nozzles, air shower nozzles with logo XINHOU® are supplied for many industries, especially for many projects in auto industry, such as for Bens, Audi, VW, Toyota...
We accept OEM & ODM orders
4. We export to many countries such as Amercia, Italy, Canada, Germany etc.
1.May I have your price?
--Yes. Price would be given for MOQ in general for your reference.
2.Can I have the best price with my our design and logo?
--Yes. Customization is available if product details are provided.
3.May I have a sample?
--Yes. Sample order is accepted if it is in stock.
4.When you ship my order?
--Products usually be delivered in 3-7 working days, but it can be negotiated based on order quantity and production schedule.
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