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Stone Protective Silane - Islamabad
Friday, 28 March 2025
Item details
City:
Islamabad
Offer type:
Sell
Item description
Appearance: colorless to light yellow transparent liquid
Specific gravity: 0.92g/mL
Effective content: 80wt%
Diluent: solvent oil
Additional dosage: 1%~20%, depending on the composition and structure of the stone
Curing conditions: air drying at room temperature for more than 48 hours
Chemical properties: silicone resin
Function: penetrating stone protective agent
Stone is a porous hydrophilic material that easily absorbs water and produces various lesions, which affects the natural beauty and decorative effects of the material and has always restricted the application of natural stone.
Organosilane/siloxane molecules have both hydrophobic groups and reactive functional groups. Natural stone is mainly composed of minerals such as quartz, feldspar, and calcite. It is very suitable for surface modification using organic silane/siloxane. The reactive functional groups react with the inorganic substrate and combine together. At the same time, the hydrophobic groups face the outside world, preventing water molecules from approaching, making the surface of the material water-repellent like lotus leaves.
Specific gravity: 0.92g/mL
Effective content: 80wt%
Diluent: solvent oil
Additional dosage: 1%~20%, depending on the composition and structure of the stone
Curing conditions: air drying at room temperature for more than 48 hours
Chemical properties: silicone resin
Function: penetrating stone protective agent
Stone is a porous hydrophilic material that easily absorbs water and produces various lesions, which affects the natural beauty and decorative effects of the material and has always restricted the application of natural stone.
Organosilane/siloxane molecules have both hydrophobic groups and reactive functional groups. Natural stone is mainly composed of minerals such as quartz, feldspar, and calcite. It is very suitable for surface modification using organic silane/siloxane. The reactive functional groups react with the inorganic substrate and combine together. At the same time, the hydrophobic groups face the outside world, preventing water molecules from approaching, making the surface of the material water-repellent like lotus leaves.