NYALL

NYALL

Eaton H1941/H1942 Hose

Eaton's NYALL™ hose is most typically used for spraying pesticides, fertilizers and paint. 

  • Inside Diameter: 1/4" to 1"
  • Working Pressure: Up to 750 PSI
  • Burst Pressure: Up to 3000 PSI
  • Tube: Nylon
  • Reinforcement: 1-fiber braid (H1941) / 2-fiber braid (H1942)
  • Cover: Neoprene (BK) / Vinyl Nitrile and RMA Class B oil resistant (RD)
  • Temperature Range: 30°F to 160°F

WARNING! Elevated temperatures can change chemical resistance ratings. Please refer to the Chemical Compatibility information prior to use. Factors such as concentration, fluid contamination, and extreme temperatures may affect these performance specification. Please consult Eaton catalog or Technical Support for proper application.

10 Item(s)

Table  Grid  List 

Set Descending Direction
SKU MPN Description Price UOM Qty
H194104BK-500R NYALL HOSE, 1/4" X 500', 500 PSI, NYLON TUBE

Regular Price: $2,900.00

Special Price: $806.79

EA
H194104RD-500R NYALL HOSE, 1/4" X 500', 500 PSI, NYLON TUBE

Regular Price: $2,900.00

Special Price: $806.79

EA
H194105BK-500R NYALL HOSE, 0.31 X 500', 500 PSI, NYLON TUBE

Regular Price: $3,275.00

Special Price: $910.43

EA
H194106BK-500R NYALL HOSE, 0.38 X 500', 500 PSI, NYLON TUBE

Regular Price: $3,995.00

Special Price: $1,110.29

EA
H194106RD-500R NYALL HOSE, 0.38 X 500', 500 PSI, NYLON TUBE

Regular Price: $3,995.00

Special Price: $1,110.29

EA
H194108RD-500R NYALL HOSE, 1/2" X 500', 500 PSI, NYLON TUBE

Regular Price: $5,985.00

Special Price: $1,724.65

EA
H194208BK-500R NYALL HOSE, 1/2" X 500', 750 PSI, NYLON TUBE

Regular Price: $5,985.00

Special Price: $1,658.00

EA
H194208RD-500R NYALL HOSE, 1/2" X 500', 750 PSI, NYLON TUBE

Regular Price: $5,985.00

Special Price: $1,658.00

EA
H194212RD-500R NYALL HOSE, 3/4" X 500', 750 PSI, NYLON TUBE

Regular Price: $6,615.00

Special Price: $1,835.64

EA
H194216RD-300R NYALL HOSE, 1" X 300', 500 PSI, NYLON TUBE

Regular Price: $7,152.00

Special Price: $1,985.19

EA

10 Item(s)

Table  Grid  List 

Set Descending Direction