Superior Multi-Purpose Hose

This versatile, non-conductive multi-purpose industrial hose is designed to handle a diverse range of mediums including air, water, hydraulic fluid and petroleum oils. This hose is also used for the transfer of fuel such as gasoline (up to 50% aromatic content), diesel, ethanol blends E10 & E85 and light chemicals with pH above 5. The hose construction is electrically

non-conductive with a minimum resistance of one megaohm per inch at 1000 volts DC. The Superior Multi-Purpose Industrial Hose covers a wide range of uses which is intended to minimize the assortment of hoses kept in stock.

Typical Uses:

• Air tools & compressors

• Water discharge

• Cooling lines

• Oils, gasoline & diesel transfer

• Herbicides & pesticides

Markets:

• Contruction

• Manufacturing

• Automotive facilities

• Foundires

• Agricultrue

• General industry

Fittings/Hose Tails:

• King combination nipple with clamps

• Bands and buckles

• Crimp rings

• Pirtek T Series

Construction

Inner Tube:

Smooth Class A NBR inner tube, oil resistant, aromatic content 50%.

Reinforcement:

Single layer of high strength polyester yarn.

Cover:

Red NBR PVC blended cover, abrasion resistant cover, resists oils and ozone weathering.

Applications:

Hydraulic fluid, fuels, oil, air, water, light chemicals, pH above 5, diesel, light oils and petroleum oil products. Many types of oils. Fuels up to aromatic content 50% with E10, E85 and diesel fuel.

Temperature Range:

Mineral oil: Min -20°C, continuous 100°C, Water: Min -20°C, continuous 50°C,

Max Intermittent 70°C.

Air: Min -20°C, continuous 50°, Max Intermittent 70°C.

Markets:

Construction Foundries

Agriculture Automotive facilities Manufacturing General industry

Hose Tails:

King combination nipple with clamps Band and buckles

Crimp rings

Specifications:

Non-conductive

PIRTEK RED-FLEX SERIES II MULTI-PURPOSE NON CONDUCTIVE IRRF-06 6.4MM

20.7 BAR (300PSI) WP RMA CLASS A OIL RESISTANCE

Lay line example: White inkjet text on red. Comment: Lay line example may not be a true indication of current status. Refer to PIRTEK for current information.