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Exterior Oil Industry
Artikelnummer: 617911-160600 EAN: 5708055050579 617915I EAN: 5708055027373 617916I EAN: 5708055027380 617921I EAN: 5708055027427 617923I EAN: 5708055027441 617965I EAN: 5708055027472 617981I EAN: 5708055043298 617982I EAN: 5708055043304 617983I EAN: 5708055043311 617984I EAN: 5708055043328 827800-160300 EAN: 5708055050920 827800-160404 EAN: 5708055050784 617911-160412 EAN: 5708055051217 617922I EAN: 5708055027434 617911I EAN: 5708055041911
Water-based oil for outdoor wood
- Provides a strong water and dirt-repellent surface
- Enhances the natural colour and grain of the wood
- Contains UV filter and protects the wood from deterioration
- Thick viscosity – no dripping – easy to use
- Provides an open-porred, breathable surface
- Fast-drying
Kleuren
Naturel
Walnoot
Certificeringen
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Biobased Carbon Content ASTM D6866-22 is an international standard method utilized for product testing. The result is reported as % Biobased Carbon. This indicates the percentage carbon from ‘natural’ (plant or animal by-product) sources.
DIN EN 16165 is the European standard for determining slip resistance on floor surfaces with a classification from R9 to R13. The Anti Slip test is used to ensure safe traffic for all types of floors in public areas and workplaces etc.
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Productdetails
Exterior Wood Oil is to be used outdoors for basic treatment and maintenance of new and previously oiled wood surfaces such as decks, garden furniture, cladding etc. The special water-based composition of oil components ensures that the product is water-dilutable and friendly to the environment. The oil enhances the natural colour and grain of wood. Exterior Wood Oil Natural is recommended to enhance the natural colour structure of the wood. For rejuvenating of old wood surfaces, the pigmented oils are ideal as they recreate the original colour of the wood. A change of colour of the deck is also possible by applying e.g. the grey, anthracite or black oil.
- Bij huidirritatie of uitslag: Onmiddellijk een arts raadplegen.
- Kan een allergische huidreactie veroorzaken.
- Waarschuwing!
- Wear protective gloves and eye protection.
- Voorkom lozing in het milieu.
- BIJ CONTACT MET DE HUID:
- Met veel water wassen.
- Giftig voor in het water levende organismen, met langdurige gevolgen.
VOC:
15 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Roodbruin
VOC:
15 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Lariks
VOC:
15 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Bangkirai
VOC:
15 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Grijs
VOC:
35 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Antraciet
VOC:
15 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Wit
VOC:
15 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Stone Grey
VOC:
15 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Thunder Grey
VOC:
15 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Merbau
VOC:
15 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
3 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Hazelnoot
VOC:
50 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Zwart
VOC:
15 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Walnoot
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Bruin
VOC:
15 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Walnoot
Verpakking:
20 L
VOC:
15 g/l, maximale grenswaarde (A/f (VB)): 130 g/l.
Dichtheid:
1.00-1.10 g/ml.
Houdbaarheid:
2 jaar
Verwerkingstemperatuur:
+15-30°C en ca. 50% luchtvochtigheid.
Verbruik:
20-25 m²/L
Colour product:
Naturel
Verpakking:
20 L
Sanding- Final sanding grit 100
Roller- Use sponge roller shore 5 or type 2 or type 3
- Apply the product 30-35 gr/m2
- Or use spraygun
Spray- 30-40 gr/m2
Even out- Use minimum two nylon brushes. 1st runs counterwise and 2nd runs counter-clockwise
- Or remove excess oil by cloth
Hot air oven- Temperature 50-60 °C and good ventilation
- Or drying on racks
Stacking- 4-6 h by 20 °C
Intermediate sanding- Use sandingpaper grit 320-400
- Optional
Roller- Use sponge roller shore 5 or type 2 or type 3
- Apply 15-20 gr/m2
- Or use spraygun
Spray- 20-30 gr/m2
Even out- Use minimum two nylon brushes. 1st runs counterwise and 2nd runs counter-clockwise
- Or remove excess oil by cloth
Hot air oven- Temperature 50-60 °C and good ventilation
- Or drying on racks
Stacking- 12 h by 20 °C before packing
Viscosity correction: Correction is made with a maximum of 5-10 % water. Always use WOCA Outdoor Primer before applying Exterior Oil on oak, western red cedar and all other softwood species.
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