Gates 32012613 — 8 CARBON FREE HOSE industrial hose
Carbon-free hose for furnace coolant lines in the electrical steel industry and other applications requiring low leakage current.
SPECIFICATIONTechnical information
| Inside diameter (catalogue size) | 12.7 mm · 1/2" in |
|---|---|
| Outside diameter | 21.8 mm |
| Working pressure | 17.2 bar · 250 psi |
| Burst pressure | 69 bar · 1,000 psi |
| Minimum bend radius | 102 mm · 4 in |
| Temperature range | -40 °C to +95 °C |
| Catalogue edition | Gates India · April 2022 |
| Vacuum (in Hg) | 25 |
| Catalogue source | Gates Industrial Catalog 2022, page 13 |
Price and current availability are confirmed in the quotation.
Where is Gates 32012613 carbon-free hose used?
Gates 32012613 identifies the 1/2-inch Carbon Free hose for furnace coolant lines in the electrical steel industry and other applications requiring low leakage current. The catalogue gives a 12.7 mm bore, 17.2 bar working pressure and 102 mm minimum bend radius. Its grey synthetic-rubber tube and green nitrile cover are carbon-free, with single-yarn-braid reinforcement. Gates lists a -40°C to +95°C temperature range; the hose reference does not specify the furnace model or end fittings.
Gates Industrial Catalog 2022 · April 2022 · PDF page 13
Source checked . Specifications refer to the cited source.
Gates Carbon Free: family construction
Tube: Modified synthetic Rubber, Grey
Reinforcement: Single braid high tenacity synthetic yarn for (3/8” to 1”) sizes. Double braid, high tenacity synthetic yarn for 1 1/4” & above sizes.
Cover: Specially compounded Nitrile, Gréen
Catalogue applicability for this size
No size-specific standard is asserted here. Check the source family information.
Some source clauses need a size-specific check; refer to the family page and catalogue.
Coupling recommendation: Applicability by size — see family · Open family details
Standards shown apply to the hose. An assembly is limited by its lowest-rated component and must use the manufacturer-approved hose, coupling and crimp combination.