Exterior Wood Oil
Exterior Wood Oil

Exterior Wood Oil

Varenummer: 618425A EAN: 5708055042000 617931A EAN: 5708055014793 617938A EAN: 5708055014809 618125A EAN: 5708055041973 618225A EAN: 5708055041980 618325A EAN: 5708055041997 617951A EAN: 5708055014984 617950A EAN: 5708055015004 617955A EAN: 5708055015042 617956A EAN: 5708055015035 617958A EAN: 5708055014991 617961A EAN: 5708055015011 617962A EAN: 5708055015028 617963A EAN: 5708055015059 617965A EAN: 5708055015264

Vandbaseret olie til udendørs træ

  • Giver en stærk vand- og smudsafvisende overflade
  • Fremhæver træets naturlige farve og struktur
  • Alle varianter har UV-beskyttelse
  • Tykt flydende – drypper ikke – let at anvende
  • Olien giver en åben og åndbar overflade
  • Hurtigtørrende

Farver

*Træprøven er vist på trykimprægneret fyr

Natur
Hvid
Grå
Antracit
Stengrå
Tordengrå
Hasselnød
Lærk
Merbau
Teak
Bangkirai
Valnød
Sort

Emballagestørrelse

Certificeringer

Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Bio-Based ASTM 6866
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 - Anti Slip R10
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.
Fire test
European standard specifying how building materials react in case of fire. Bfl-s1 classifies flooring with low combustibility and very low smoke development.
Produktdetaljer

Exterior Wood Oil anvendes til udendørs grundbehandling og vedligehold af nye og tidligere oliebehandlede træoverflader som f.eks. terrasser, vinduer, havemøbler, facader etc. Den specielle vandbaserede sammensætning af oliekomponenter garanterer, at produktet er miljøvenlig og kan blandes med vand. Olien fremhæver træets naturlige farve og struktur.

  • Ved hudirritation eller udslet: Søg lægehjælp.
  • Giftig for vandlevende organismer, med langvarige virkninger.
  • Kan forårsage allergisk hudreaktion.
  • Bær beskyttelseshandsker og øjenbeskyttelse.
  • Advarsel!
  • Vask med rigeligt vand.
  • VED KONTAKT MED HUDEN:
  • Undgå udledning til miljøet.
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Hasselnød
Emballagestørrelser:
2,5 L
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Natur
Emballagestørrelser:
750 ml – 2,5 L
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Teak
Emballagestørrelser:
750 ml – 2,5 L
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Stengrå
Emballagestørrelser:
2,5 L
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Tordengrå
Emballagestørrelser:
2,5 L
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Merbau
Emballagestørrelser:
2,5 L
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Natur
Emballagestørrelser:
750 ml – 2,5 L
VOC:
50 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Sort
Emballagestørrelser:
2,5 L
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Lærk
Emballagestørrelser:
2,5 L
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Bangkirai
Emballagestørrelser:
2,5 L
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Teak
Emballagestørrelser:
750 ml – 2,5 L
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Grå
Emballagestørrelser:
2,5 L
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Valnød
Emballagestørrelser:
2,5 L
VOC:
35 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Antracit
Emballagestørrelser:
2,5 L
VOC:
15 g/l, VOC-grænseværdi (A/f (VB)): 130 g/l.
Massefylde:
1.00-1.10 g/ml.
Holdbarhed:
2 år
Påføringstemperatur:
+15-30°C og ca. 50 % luftfugtighed.
Rækkeevne:
8-12 m²/L
Colour product:
Hvid
Emballagestørrelser:
2,5 L

Lyse træsorter som ikke er trykimprægneret kan med fordel grundes med f.eks. WOCA Exterior Wood primer.

Husk altid at foretage prøveopstrøg på et mindre synligt sted for kontrol af overfladens og produktets forenelighed.

  • Rengør nyt og gammelt træværk med WOCA Exterior Wood Cleaner før oliebehandlingen.
  • Lad træet tørre mindst 24 timer, så træets fugtighed ikke er mere end 17 %. Eventuel trærejsning kan fjernes med sandpapir korn 120-150.
  • Påfør olien i tørvejr ved minimum 13°C. Undgå direkte sollys og høje temperaturer.
  • Omrør Olie grundigt før brug.
  • Påfør olien med pensel i et jævnt, tyndt lag. Begynd med træets endeflader. Den våde olie kan have en hvid nuance. Når vandet er fordampet efter nogle minutter, kommer træet til at se olieret ud.
  • Fjern overflødig olie med rene bomuldsklude efter 5 minutter. Vær især opmærksom på at fjerne overflødig olie fra samlinger og sprækker.
  • Punkt 5 og 6 kan udføres igen, hvis overfladen ikke virker mættet med olie.
  • Når træet er tørt kan der efterpoleres med en polerpad eller polermaskine for at gøre overfladen ekstra slidstærk.
  • Afhængig af vejr og temperatur vil der gå mellem 24-48 timer ved 20°C, inden olien er gennemhærdet. Træet må ikke udsættes for vand i denne periode.
  • Lyse træsorter som ikke er trykimprægneret kan med fordel grundes med f.eks. WOCA Exterior Wood primer.