Aerol is a leading producer of a range of Mold Release Sprays and have categorized the products into four groups namely
Afra® Heavy Duty Silicone Spray
Afra® Heavy Duty Silicone Free Spray
Afra® Semi-Permanent Mould Release Spray
Afra® PU Mould Release spray, Grade 8801
Afra® PU Mould Release RTU, Grade 8801 & 8802
Silicone Spray is mainly used for releasing plastic molded articles from their molds and dies during the injection molding process. TheseMold Release Silicone Spraysprovide faithful and clean reproduction of molded articles. They are commonly used to release articles such as TV and audio system cabinets, pens, automobile components, computer key boards and similar plastic parts. They are also used to release Resin, PU, Metal and Wax based articles in certain cases.
Certain special grade of Silicone spray are formulated for release of molten yarn from spinnerets in production of synthetic fiber. They are often known as Spinnerette Spray.
Afra® Heavy Duty Silicone Free Spray
It is a pressurized solution of proprietary ingredients and solvents. On spraying, the propellant and solvent evaporate, leaving behind a thin film of active ingredients. These films of actives act as release agents in the Injection molding operations of plastics and also as an anti-spatter agent in welding operations. These grades have been specifically designed for applications where the presence of films of silicone fluids is undesirable.
• Free from chlorinated solvents, Class I & Class II Ozone Depleting substances.
• Special propellant gas with optimized propane-butane ratio and free from un-saturates.
• Unique combination of ingredients and valve design enables a fine mist spray for optimized application on molds.
• Wide choice of dry, semi-dry and oily actives deposition on mold.
• Most Grades are Non-toxic and generally odorless. Suitable for incidental food contact.
• Use of plastic safe solvent enhances compatibility with most plastic substrates.
Applications:• Designed for use as Mould Release Agent s for most injection moolded plastics and organic rubbers such as EPDM, Neoprene, Viton, Nitrile etc.
Afra® RTU Semi-permanent mould release, Grade 8801 & 8802
Afra® RTU Semi-permanent mould release, Grade 8801 & 8802 are ready to use, polysiloxane preparation designed mould lubrication and release applications.
· Free from chlorinated solvents, Class I & Class II Ozone Depleting substances.
· Wide serviceable temperature of sprayed film, from -40 to 250°C, enables use on hot and cold moulds.
· Non toxic, colorless and generally odorless.
· Plastic/ rubber safe solvent enhances compatibility with most plastic/ rubber substrates.
· Non-oxidizing and water-repellant in nature.
· Negligible transfer of silicone to moulded article. No cleaning of molded articles required.
· Excellent mould coverage due to good wetting and spreadability.
· Heat stable film that provides multiple releases without build up on moulds.
It is used primarily as a semi-permanent release agent in the moulding of all kinds of Plastics and Rubber particularly Polyurethane (Polyester type) and PU Shoe Soles. It is an excellent release agent for integral skin moulding of micro cellular automotive and furniture parts. It is found to be excellent for large moulds of automotive bumpers, dashboards, crash pads etc.It is also used for releasing Melamine, Phenolic, Polyester and Epoxy resins.
It also releases several types of rubber molded articles.
Non-volatile content, % w/w
Fast evaporating hydrocarbon
Vapor Pressure, mm Hg (20°C)
Density, g/ml @ 25, ºC
Boiling Point, ºC
Refractive Index, at 20ºC
Flash Point, ºC
Vapor Density (vs air)
Contents are highly flammable. Containers should be kept away from sources of heat and ignition. Do use near flame or ignited materials Use in a well-ventilated area and avoid excessive inhalation, eye or skin contact. Keep away from children. Store in a cool, dry and ventilated place. The material is best used in eighteen months from date of manufacture. The product may perform normally even after extended storage beyond the ‘best before date’ may affect the contents or the packaging components.