WHERE AND WHY SHOULD GUN OIL BE APPLIED?
Your gun is made mainly of metal, meaning it requires particular upkeep to avoid the appearance of corrosion, our oil is designed with the particular aim of helping to inhibit corrosion. Another possible use of the oil for guns is to reduce friction between two mechanical parts in order to make the mechanism smoother and prevent wear and tear due to excessive friction. This oil also enables you to protect your gun during long periods of storage.
USER ADVICE FOR EXTERNAL APPLICATION.
Depending on the surface to cover, the application method may vary. In the case of a large surface area, the most practical and even method is to use the spray on all parts to protect and use a cloth to even out the layer of oil. For a more localised application, it is possible to use the spray locally on the gun and spread it with a cloth or cotton rod depending on the shape of the zone being treated.
USER ADVICE FOR APPLICATION TO MECHANICAL PARTS
The oil, as well as protecting the metal, allows you to reduce friction between mechanical parts in contact with each other. Its aim is two-fold: To make the mechanics smoother and protect them against faster or slower wear and tear due to steel on steel friction. It is nevertheless important to know that it is not advisable to apply oil directly or indirectly (risk of running) onto the trigger mechanism. The risk of this is to cause an unintentional release.
PRECAUTIONS FOR USE 1
DANGER. Extremely flammable aerosol. Pressurised container: may burst if heated. Keep out of reach of children. Do not expose to heat, hot surfaces, sparks, open flames or any other source of ignition. Do not expose to smoke. Do not spray on an open flame or other ignition source.
PRECAUTIONS FOR USE 2
Do not pierce or burn, even after use. Protect from sunlight. Do not expose to temperatures exceeding 50 °C/ 122 °F. Eliminate the contents/vessel in compliance with local regulations.
OPERATING TEMPERATURE RANGE
The range of use of an oil in any case is the temperature range within which the oil remains in liquid form. Our oil remains in liquid form between -20° C and +244°C. Below this temperature range, you risk solidifying the oil, thus potentially blocking or impeding the smooth functioning of the mechanism. Above this temperature range, you risk the spontaneous combustion of the oil.
