Protecting metal part on wood surfaces like gates and window framesĪlways read the Owatrol Oil Product Information before using and follow the instructions carefully.Preventing peeling paint on wood surfaces.Improving paint flow when working in cold environments.Preventing further damage in heavily rusted surfaces.Priming galvanised surfaces with no need for weathering or pickling.
It also helps to prevent paint from peeling and protects metal parts such as hinges and latches from corrosion. When used on wood surfaces Owatrol Oil saturates the wood and protects it from damage caused by moisture. Please note that if you are looking for a product to give this effect but for water-based paints then please use Floetrol instead as it is designed for use in any water-based paint whereas Owatrol Oil is for use in oil-based paints. Unlike damaging paint thinners it does all this without altering the inherent qualities or the finish of the paint. Finally, it gives the paint a better viscosity allowing painting work to be carried out in a more extreme cold, hot and windy conditions. This means that you can maintain the ‘wet edge’ for longer, reducing brush and roller marks.
Secondly, it also improves the flow and workability of the paint. Firstly, it gives the paint rust inhibiting properties and helps prevent rust on painted surfaces (even when rust is already present). Mix Owatrol Oil into oil-based paints as a paint conditioner to get several great benefits. Paint can be applied directly to firm rust when Owatrol Oil is used and is heat resistant up to +175☌. It gives excellent adhesion including on galvanised steel, aluminium, zinc, wood and more. Using Owatrol Oil to aid adhesionĪ bonding film is left on all surfaces Owatrol Oil is used on which maintains the natural look of the surface but allows enhanced adhesion, making it perfect as a foundation for primers or finishing coats. If you are looking for a high gloss rusted finish you can also overcoat the surface with Deks Olje D2 high gloss clear oil. On brand new metal surfaces, use Owatrol’s AP 60 instead.
Directly use on rusted surfaced – the penetrating oil drives out moisture and air and stabilises the metal to protect it from future damage. Owatrol Oil penetrates through the rusted metal to the sound metal below, isolating it and protecting it from further rusting. Unlike damaging thinners, it will maintain the inherent quality of the paint without affecting its appearance or drying times, allowing you to achieve a more professional finish. When added as a paint conditioner to any oil or alkyd based coatings it will give increased wet edge time, improved flow and greater adhesion. Used alone on porous wood surfaces it will saturate and protect the wood from damage caused by moisture and prevent paint from peeling. Used alone as a rust inhibitor it provides a tough, flexible finish, driving out excess moisture and air displacing it from rusted metal, so stopping rust dead in its tracks. Owatrol Oil is versatile, highly penetrating air drying oil that can be used alone or added to paint. Steady-state and time-resolved photoluminescence (PL) experiments reveal that aggregation-caused quenching can indeed be effectively reduced as a result of decreasing the concentration of emissive linkers, thereby leading to significantly enhanced quantum yield and increased lifetime.NEW! Owatrol Oil is now available in a handy and easy-to-use 300ml spray can. Making it even easier to apply, especially to those hard to reach places! To address the fluorescence self-quenching issue caused by densely packed linkers in some of the resultant UiO-68 type MOF structures, we apply a mixed-linker strategy by introducing nonfluorescent linkers to diminish the self-quenching effect. Herein, we show that linker engineering is a powerful method for systematically tuning the emission behavior of UiO-68 type metal-organic frameworks (MOFs) to achieve full-color emission, using 2,1,3-benzothiadiazole and its derivative-based dicarboxylic acids as luminescent linkers. However, the methodical control of the LMOF emission properties remains a great challenge. Luminescent metal-organic frameworks (LMOFs) demonstrate strong potential for a broad range of applications due to their tunable compositions and structures.
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