Catalogue Lubrifiants
- HYDRANSAFE HFA S7 is a premium longwall fluid meeting all the specification of the underground minining industry (CAT, JOY etc…) for roof support systems. It exibits extremely high stability when mixed with water, ensuring increased reliatbility of operations. - HYDRANSAFE HFA S7 provides extensive protection to all kinds of hydraulic system requiring water based HFA fire resistant fluids in various industries such as mining, steel, auto manufacturing etc
Hot pressing machines and systems specially designed for low-viscosity aqueous fl uids. Operating temperatures: +5 °C to +55 °C.
Hot pressing machines and systems specially designed for low-viscosity aqueous fl uids. Operating temperatures: +5 °C to +55 °C.
Recommended in the event of incidental leaks into the environment. Operating temperature: -10 °C to +70 °C on a continuous basis, +120 °C at peak periods.
Recommended in the event of incidental leaks into the environment. Operating temperature: -10 °C to +70 °C on a continuous basis, +120 °C at peak periods.
Recommended in the event of incidental leaks into the environment. Operating temperature: -10 °C to +70 °C on a continuous basis, +120 °C at peak periods.
- HYDRANSAFE HFC-E 68 is a non flammable hydraulic fluid, falling under the HFC-E classification, developed to replace standard mineral oils with equal equipment protection. It provides highly advanced fire risk management without compromising mechanical performances. - HYDRANSAFE HFC-E 68, unlike standard water based products, is fortified in innovative antiwear additives to pass the most stringent pump tests. Results on Vickers pumps wear test exhibits a wear as low as 4 mg on ring and valves combined when the limit is 180mg for the ring and 50mg for the valves. - HYDRANSAFE HFC-E 68 is designed to work on all kind of hydraulics pumps in various conditions, in mobile and stationary equipment.
Fire resistant and biodegradable water based hydraulic fluid (HFC-E type) boosted in antiwear and anti corrosion additives to match mineral based performances on pump tests.