DS8
SAE 100 R8 · EN 855 R8

Characteristics

  • High pressure thermoplastic hose for hydraulic applications, (also available in twin hose version).
  • Suitable for passage of petroleum based products, water based solutions, air, mineral and vegetable oils.
  • Working temperature: -50 +100°C (aqueous solution), -40 +70°C (water, air, petroleum based products, mineral and vegetable oils).

Cover black, thermoplastic polyurethane extremely resistant to abrasion, oils and weather conditions.
Reinforcement two braids in aramidic fiber.
Tube thermoplastic elastomer resistant to oils.

INTERNAL DIAMETER REINF. OUTSIDE DIAMETER OUTSIDE DIAMETER WORKING PRESSURE MINIMUM BURST PRESSURE MINIMUM BEND RADIUS WEIGHT
Catalog Code DN size mm inch mm inch mm inch bar psi bar psi mm inch kg/m lbs/ft
108-05-03 5 -3 4.8 3/16 - - 11.0 0.433 345 5,004 1,380 20,016 35 1.4 0.090 0.060 Versions
108-06-04 6 -4 6.4 1/4 - - 12.5 0.492 345 5,004 1,380 20,016 50 2.0 0.105 0.071 Versions
108-10-06 10 -6 9.5 3/8 - - 16.5 0.650 276 4,003 1,100 15,954 80 3.1 0.180 0.121 Versions
108-12-08 12 -8 12.7 1/2 - - 20.5 0.807 241 3,495 960 13,924 95 3.7 0.250 0.168 Versions
108-16-10 16 -10 15.9 5/8 - - 24.0 0.945 190 2,756 760 11,023 125 4.9 0.300 0.202 Versions
108-19-12 19 -12 19.0 3/4 - - 27.5 1.083 155 2,248 620 8,992 150 5.9 0.360 0.242 Versions
108-25-16 25 -16 25.4 1 - - 34.5 1.358 138 2,002 550 7,977 200 7.9 0.500 0.336 Versions

Fluid compatibility

Fluid Level Fluid Level Fluid Level
ACETIC ACID ACETIC ACID (30%) ACETONE
ACETYLENE AMMONIA,GAS (HOT) n.d. AMMONIA,LIQUID
AMMONIUMCHLORIDE AMYL ACETATE n.d. ANILINE
ANIMAL OILS BENZOL/BENZENE BUTANE
BUTYL ACETATE n.d. BUTYL ALCOHOL/BUTANOL n.d. CALCIUM CHLORIDE SOLUTIONS
CARBON DIOXIDE n.d. CARBON DISULFIDE n.d. CARBONATES n.d.
CAUSTIC SODA n.d. CHLORINATED SOLVENTS n.d. CHLORINE
CHLOROFORM CITRIC ACID SOLUTIONS COMPRESSED AIR
CRUDE PETROLEUM OIL CYCLOHEXANE DIOCTYL PHTHALATE
DISEL FUEL ETHERS n.d. ETHYL ACETATE n.d.
ETHYL ALCOHOL ETHYL CELLULOSE n.d. ETHYL CHLORIDE n.d.
ETHYLENE GLYCOL ETHYLENEOXIDE FLUORINE
FORMALDEHYDE n.d. FORMALDEHYDE 40% FUEL OIL n.d.
GASEOUS HYDROGEN GASOLINE GLYCERIN/GLYCEROL
GLYCOL TO 66°C HEXANE HYDRAULIC OIL n.d.
HYDROCHLORIC ACID 37% HYDROGER PEROXIDE (CONC.) n.d. HYDROGER PEROXIDE (DIL.) n.d.
IRUS 902 (Hydraulic fluid water-oil emulsion) ISOCYANATES ISOPROPIL ALCOHOL n.d.
KEROSENE LIQUID OXYGEN n.d. LPG n.d.
LUBRIFICATING OILS MERCURY METHYL ALCOHOL/METHANOL
METHYL CHLORIDE ( COLD ) METHYL ETHYL KHETONE MINERAL OILS
NAPHTHA NAPHTHALENE NATURAL GAS n.d.
NITRIC ACID (CONC.) NITRIC ACID (DIL.) NITROBENZEN
OIL OF TURPENTINE OLEIC ACID OXALIC ACID n.d.
PERCHLOROETHYLENE PHENOL PHOSPHATE ESTER BASE OIL n.d.
PHOSPHORIC ACID (10%) n.d. PHOSPHORIC ACID (70%) n.d. SATURATED STEAM n.d.
SEA WATER SILICONE OILS n.d. SOAP SOLUTIONS
SODA SODIUM CHLORIDE SOLUTIONS SODIUM HYDROXIDE 20% n.d.
SODIUM HYPOCHLORYDE 10% n.d. SULPHUR SULPHUR DIOXIDE n.d.
SULPHURIC ACID ABOVE 50% SULPHURIC ACID UP TO 50% TOLUENE
TRICHLOROETHYLENE VEGETABLE GREASES n.d. WATER
XYLENE
It corresponds to an excellent chemical resistance, with minimum or no properties changement
It corresponds to a limited chemical resistance, with moderately acceptable properties changements
It corresponds to an inadequate behaviour, with drastic collapse of all the charachteristics

This chart is intended as a guide only and is not a guarantee. Final selection of the proper material or components is further dependent on many factors including pressure, fluid, ambient temperature, concentration, duration of exposure, etc.