Johnson wedge wire screen filter nozzle, manufactured uniquely in stainless steel or alloy, are successfully used in mixed beds, ion exchangers and regenerators of condensate polishing system. Advanced design ensures extended service runs, effective flushing of resins, short regeneration time, effective separation of mixed beds and highly efficient operation at low cost. The combination of high open area and a non-plugging slot design makes these strainer applications popular. Typical filter strainers are fabricated with a blind cap on one end and washer fixed with a threaded stem on the other end. Filter nozzle can be made with many different slot sizes and body configurations to suit specific flows or media retention.

Application for Stainless Steel Johnson wedge wire screen nozzle for Filtration Elements:

The stainless wedged screen nozzle can be fixed on the filtering equipment for the filteration of water petrol resin and other medium. Also it can be used in the water treatment, water softhening, conversion of sea water into fresh water, the filter of food chemistry.

Feature for Stainless Steel Johnson wedge wire screen nozzle for Filtration Elements:

1. Type 316L stainless steel construction.
2. Continuous slot design provide large circulation area
3. Standard nozzle are 2in/51mm diameter and can be attached to the plate either with threaded end fittings or "L" blots.
4. Standard slot opening is typically range between 0.006”(0.15mm), and 0.020in./0.50mm wide suitable for 40 to 50 mesh size media, Other slot sizes are also available.
5. Wedge wire screen is highly resistant to plugging.
6. Choice of either 3/4” NPT or 1” NPT fittings are available from stock. Other styles, such as tee-bolt mountings, and drop tubes are readily available.
7. Unaffected by temperature, corrosion resistant, aging resistant, long life span, easy change, saftey and enviormental friendly.

Technology for Stainless Steel Johnson wedge wire screen nozzle for Filtration Elements:

Manfre introduce advanced korea technology , the construction method used is the latest, ultra clean TiG and plasma welding system. This method of construction guarantees cartridge integrity, eliminating the risk of bypass and the presence of extractables derived from any bonding agents.