Cork, natural fibers, mineral fillers, thickening and binding agents. 94% are of natural origin and the product is 100% biodegradable.

One bag can cover between 80 ft2 to 100 ft2, applied in two layers with a total thickness of approx. 1/8 inch. Feel free to reach out to get some help on the right quantity needed for your project.

No. Our spray cork is a dry product that is packed in paper bags to protect the environment and increase quality. It is free from fungicides and biocides normally used to preserve this type of product. Due to its composition and packaging, it has no expiration date, so there is no need to use it all at once.

• Corkon should be stored in a cool, dry and low-humidity place. 
• Ideal room temperature between 40° to 95° Fahrenheit.
• Avoid storing the paper bags directly on the floor (e.g. in basement rooms), to prevent moisture absorption from the floor.

2 to 3 layers are usually recommended depending on your project

• First, spray a thin adhesive layer – let it dry (time will vary  
• Apply  then a filling layer. 
• Let dry for 12-24hours depending on the environment 
• Then spray a third layer and/or a fourth one depending on the project or the desired usage.

• Ambient temperature between 40° and 95° Fahrenheit.
• Apply the product in a clean and ventilated environment away from direct sunlight, frost, rain, and wind.
• Avoid applying if relative humidity is higher than 70%.
• Apply on dry surface.
• Protect all areas you do not wish to cover.
• Store the unused product in its original packaging.
• Once mixed Corkon should be used within an hour.

Drying time will very much depend on temperature and relative ambient humidity.

• Allow 12-24 hours between 2 coats.
• Keep the sprayed surface away from the elements when drying (direct sunlight, rain, wind, frost)
• Complete drying: 24 hours to 1 week (depending on thickness)

• Once mixed Corkon should be used within an hour.
• On average it takes 20 minutes to apply. 
• If Corkon has already stood for 30 minutes, it is advisable to mix it through again.

The dew point is the temperature at which water transitions from a gaseous to a liquid state. The water vapor present in the air condenses upon contact with a cold surface in the form of dew (e.g. droplets on window panes). The dew point is reached when the minimum temperature is reached below which the air can no longer hold the water vapor.

A thermal bridge occurs where there is a break in the insulation. It is most often found in hard to insulate parts: doors, windows, floors, beams, etc.

The break let the warm indoor air meet the cold surface and quickly reaches its dew point creating moisture and condensation. This humidity can create corrosion and cause damage to the bodywork and furniture.