G2841-600

G2841-600 6" COMPOSITE CHEMICAL TRANSFER HOSE

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Green Line 6" composite chemical transfer hose

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  • Green Line 6" composite chemical transfer hose
Part Description:
Composite Hose manufacturing represents a radical departure from conventional hose building technologies. The unique construction method used to make composite hose results in an extremely lightweight and flexible finished product. Composite hose consists of multiple layers of thermoplastic film and fabric trapped between internal and external helix wires. The internal wire supports the fabric layers and provides resistance to vacuum in suction applications. Film layers and fabric layers provide sealing and strength to handle pressure applications. By combining different films and fabrics in various ways, it is possible to produce hoses with a tremendous range of chemical resistance, working temperatures and pressures. The unique construction of composite hose requires the use of specially designed fittings and assembly methods. Swaged on fittings are available in carbon and stainless steel as well as other materials, and are attached using steel ferrules and a choice of nitrile, butyl, or Viton® seals. Please note, hoses are assembled with carbon steel ferrules and nitrile rubber seals unless otherwise specified.

UPC:  882974717524

Part Number: G2841-600

Select a Product Variant

Choose Product HOSE I.D.:

1-1/2"
2"
3"
4"
6"
Sell Price:   / ft
Price:  $180.56 / ft

Price: $180.56 / ft when you buy 1 or more

(1 ft contains 12 in)

(1 ft contains 12 in)



Availability: 42 ft  i
 
 
Quantity  ft Add to Cart Add to List
Checkout Packaging:  in(1)  ft(12)  rl(1200) 

Specifications

 HOSE I.D. 6"
 HOSE TYPE Composite Chemical Transfer
 MINIMUM BEND RADIUS 20"
 VACUUM RATING 29" Hg
 WEIGHT 7.2 lb/ft
 WORKING PRESSURE 200 psi

Construction

 CONSTRUCTION Layers of polypropylene fabrics and sealing films with polypropylene coated steel inner wire and galvanized steel outer wire.
 TEMPERATURE RANGE -40°C (-40°F) to 100°C (212°F). Please note that working pressure is greatly reduced at higher temperatures. Please contact us with specific chemical/ temperature applications.

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