Ambersil 31533 Formula One High Temp. Resistant Heavy Duty 400 ML
Ambersil 31533 Formula One High Temp. Resistant Heavy Duty 400 ML
Product Description
FORMULA 1/HT is a high temperature silicone release agent and lubricant. It has been formulated for moulding and spinneret head-plate lubrication - but is effective on a large range of materials and processes. Contains no chlorinated solvents or ozone depleters.APPLICATIONSFORMULA 1/HT contains a special dimethylpolysiloxane-based fluid with increased resistance to weight loss - viscosity change and gelation at temperatures up to 288C. At this temperature - the product provides resistance to gelation of 5000 hours continuous and will give a similar resistance at 300C+ for intermittent periods.At 300C+ gelation will occur earlier due to the reduced oxidation resistance and tests should be conducted - according to the intended application to determine the optimum period obtained before a full clean-down is required.When used for the lubrication of the spinneret head-plate for the production of synthetic fibres - any slight residue may be cleaned off with a copper blade. The appearance of white crystals on the head-plate is caused by the oligomer byproduct of Nylon manufacture and is not caused by the release agent.After continuous use for periods up to 1200 hours - correct maintenance of the head-plate by cleaning in an ultrasonic bath will ensure maximum life of the head-plate and reduce downtime caused by hand cleaning
- Appearance : Colourless to hazy reddish brown liquid
- Odour : Negligible
- Relative Density : 0.866
- Pressure @ 25C : 6 Bar
- Discharge rate : 1.9 g/sec
- Temperature range : Operational up to 288C continuous - 300C intermittent
- Solubility : Soluble in solvents - insoluble in water
- Flammability : Flammable
- Flashpoint : Not applicable in sealed aerosol
- Packaging : 400ml aerosol
- High slip factor ensures faster production
- Superb release property provides improved finish
- 360 spray system allows multi-directional application for total coverage and maximum control
- High heat resistance up to 300C without crystallisation