Description
Product description:
Clear or transparent, lightly pigmented wood coating
based on natural oils for wood in outdoor areas. Matt or
satin. Microporous surface allows the wood to breathe
and reduces swelling and shrinkage. Water repellent,
will not crack, peel or flake. As top coat on already
colour treated wood, Osmo UV-Protection-Oil Extra
extends intervals between renovations significantly.
When used alone, it blocks the greying process on
vertical surfaces with a UV protection factor 12 in
comparison to untreated wood when two coats are
applied. Osmo UV-Protection Oil Extra contains active
ingredients to protect the coating against mould, algae
and fungal attack. Simply apply without sanding. Easy
and seamless application. Coating stays workable
while coating.
Recommended use:
Osmo UV-Protection-Oil Extra is ideal for all vertical
wood surfaces in outdoor areas: doors, windows,
window shutters (dimensionally stable elements),
carports, wood siding, balconies, fences, pergolas,
and garden sheds (dimensionally unstable elements).
Ingredients:
Based on natural plant oils (sunflower oil, soybean
oil, thistle oil and linseed oil), iron oxide and organic
pigments, titanium dioxide (white pigment), siccatives
(drying agents) and additives, biocidal active
ingredient: 3-iodo-2-propynyl butylcarbamate (IPBC).
Dearomatised white spirit (benzene-free). EU limit
value for this product (cat. A/e): 400 g/l VOC (2010).
This product contains max. 400 g/l VOC. Detailed
declaration of ingredients available upon request
Storage:
5 years or longer if stored in the originally closed
container. If thickened by frost, store at room
temperature for 24 hours prior to use.
Drying time:
Approx. 12 hours (normal climatic conditions, 23 °C/
50 % rel. humidity). Ventilate well while drying. Lower
temperatures and/or higher air humidity may increase
drying times.
Coverage:
Product coverage for 1 coat is 18 m²/1 l. It depends
significantly on the character of the wood. All
information refers to smooth and planed/cut surfaces.
Other surfaces may lead to deviations in coverage.