Sadolin Wet Wood Decking Stain
The colours shown on this website may not match exactly with the end result. The availability of colours shown vary depending upon product size. Rabart cannot be held responsible for any variations between product and swatches shown.
Sadolin Wet Wood Decking Stain is a specialised, water-based treatment designed to provide reliable protection and enhance the appearance of exterior wooden decking, even when applied to damp or recently cleaned timber. This innovative formulation is ideal for use immediately after jet-washing or during periods of high humidity, eliminating the usual waiting time for wood to dry before treatment. Its unique composition allows the stain to penetrate deeply, replenishing natural oils and reinforcing the timber’s surface against moisture ingress, mould, algae growth, and UV damage.
Offering a durable, microporous satin finish, Sadolin Wet Wood Decking Stain preserves the natural texture and grain of the wood while delivering excellent colour retention and weather resistance. The stain’s water-repellent properties help to prevent water absorption that can lead to swelling, cracking, or warping, thereby extending the lifespan of your decking. Suitable for both new and previously treated wood, this stain provides an effective and convenient solution for maintaining the beauty and durability of outdoor decking year-round, even under the challenging and changeable conditions typical of the British climate.
Product Features
Type | Woodstain |
Suitable For | Decking |
Finish | Satin |
Water Or Solvent Based | Water |
Key Features | Formulated to be applied to wet and dry wood. |
Application Methods | Brush |
Theoretical Coverage | Up to 10m² per litre |
Thinning | Water |
Touch Dry | 1 hour |
Recoat Time | 4-6 hours |
Number Of Coats | 3 |
Cleanup | Clean with warm, soapy water and rinse with clean water immediately after use. |
Heritage and innovation came together, and a hundred years later these two driving forces continue to underpin the Sadolin brand as it is known today.