Liquid Ring Vacuum Pumps
905 Vacuum Pumps
Description
3000 - 16000 CFM / 5,100 to 27,200 m³/h The NASH 905 series has been designed to provide superior reliability and performance in harsh applications such as chemical processing or geothermal power generation. Constructed of 316L stainless steel, the 905 series offers excellent corrosion resistance and can be outfitted with a variety of mechanical seals. It also includes a patented gas scavenging feature. All 904 models are still available from Gardner Denver Nash, the original designer and manufacturer. Whether you have an existing 904 pump running in your plant that is in need of service, repair, or replacement with a new or remanufactured duplicate 904/905 pump, Gardner Denver Nash is there for all of the above.
Documents
Manufacturer/ Producer
90461 Nürnberg - Germany
Similar products
JET FLOW TECHNOLOGIES UK LIMITED
United Kingdom
Jet Flow Steam Jet Ejector and Liquid Ring Pump Combination type Hybrid Ejectors Systems are getting popular in major Chemical, Soap, Food, Edible oil sectors. A typical combination of steam jet ejector system followed by inter-condenser and liquid ring vacuum pump. This type of combination system can achieve vacuum as high as 0.05 Torr. It can be configured as single or multistage ejectors, single or two stage liquid ring vacuum pumps and inter-condenser. It is designed to operate at the same capacities and suction pressures as conventional steam jet ejector systems. Jet Flow Hybrid Ejectors provide a solution for high vacuum operations. They are versatile in handling both wet and dry loads, can be supplied with low level skid mounted packages with instrumentation and with closed loop seal water recycle system for vacuum pumps for the total reduction of effluent. Jet Flow combination type vacuum systems major applications in distillation, evacuation, drying, evaporation, cooling etc.
Request for quotes
Create one request and get multiple quotes form verified suppliers.
- Only relevant suppliers
- Data privacy compliant
- 100% free