Surface siloxane sealant (Solvent base)
Description
Surface siloxane sealant (Solvent base)
The facade protector is formulated and produced based on silicone resins and reinforced with nano technology. Facade protector based on solvent-based silane siloxane can be applied on all types of concrete, brick, plaster, cement, etc. surfaces.
properties and effects
- Ability to penetrate old and new levels
- High durability against destructive chemical agents and chlorine ions
- The ability to make the surface anti-dust and anti-soot
Application
- Waterproofing all concrete, plaster, brick and stone surfaces and…
- Ability to make plaster panels waterproof
- Suitable for waterproofing Ardoaz and Iranit roofs
Technical specification table :
| state of | liquid |
| Color | Colorless |
| Special Weight | 1/02 gr/cm3 |
| Standard | ASTM D5095 ASTM D6489 ASTM E514 |
| Chlorine ion | does not have |
| Ability to liquidate | in the water |
| PH | About 7 |
Package:
4 liter gallon
20 liter gallon
Solvent-based facade protector
One of the problems for buildings built in rain-prone areas, or in the direction of rain flow, is the penetration of water and moisture into the surface of the building facade. Water absorption by the building facade can cause many problems for the structure. For example, if a storm hits the building facade at a speed of 32 km/h, it can absorb about 10 liters of water in 6 hours, while this amount of water absorption in concrete surfaces is up to 20 liters. For facade sealing, a powerful and powerful product called Facade Protector based on silicone resins and reinforced with nano technology has been formulated and produced. Facade Waterproof is a very suitable coating for protecting building surfaces against rain and moisture, and after application to the surface, it does not cause any change in the color and appearance of the facade. Facade Protector based on solvent-based siloxane silane can be applied to all types of concrete, brick, plaster and cement surfaces, etc. One of the special applications of facade protectors is the protection of historical and ancient monuments against rain and moisture. After application, this product penetrates the surface about 3 to 4 centimeters, filling all surface pores and making the surface completely hydrophobic.
In general, nano coatings play an important role in achieving sustainable architectural facades. After use, water slides off the surface and carries and removes dirt and contaminants. This product is also used to coat ceramic sanitary ware, shower glass and other surfaces. These coatings repel both water-based and petroleum-based materials. This product also prevents dirt, oil and contaminants from adhering to the exterior of the building.
This product is a type of building facade waterproofing coating that is produced and presented using nanotechnology and is used to prevent water and moisture from penetrating the external surfaces of buildings, especially the facade. Due to its nano particles, this product has special properties that increase the surface’s resistance to water penetration, pollution, and atmospheric factors. This coating allows the building surface to continue to breathe and internal moisture to escape as steam, without water penetrating inside. This feature prevents problems such as mold and fungus.
Solvent-based facade protection packaging
1 liter gallon
4 liter gallon
20 kg gallon
Consumption of solvent-based facade protection
The amount of solvent-based facade protection used is determined by the type of surface, the amount of discontinuity, and its absorption rate. However, under normal conditions, each liter of facade protection is sufficient to cover 6 to 7 square meters of surface in one layer.
Storage conditions for solvent-based facade protection
Duration: One year in original packaging.
Conditions: Away from cold and frost, heat and direct and prolonged sunlight.
Best storage temperature: +10 to +30 degrees
How to use solvent-based facade protection
- The surfaces to be waterproofed must be free of any contamination, dust, grease, etc.
- If there is any contamination on the surface, clean it by applying water pressure (water jet) or sandblasting.
- It is recommended to apply this product in two layers.
- Apply the solvent-based facade protector to the desired surface with a brush or spray.
- The best way to apply solvent-based facade protection is with a brush. It is recommended that the first and second layers be applied in opposite directions so that the surface is completely covered.
Properties and effects of solvent-based facade protection on building facades
- Based on nanotechnology
- Easy to clean.
- Proper resistance to water and moisture penetration
- Protecting the paint of the applied surfaces
- Excellent resistance to corrosive atmospheric gases
- Has self-cleaning properties after rain.
- Makes the surface dust-proof and anti-soot
- Long life and durability on the implemented section
- High resistance to destructive chemical agents and chlorine ions
- Durable against sunlight
- Failure to prevent concrete from breathing
- Ability to penetrate old and new surfaces
- Easy to apply on a variety of surfaces
- No film or layer formation on the surface
Applications of solvent-based facade protection in facade construction
- Waterproofing all concrete, plaster, brick, stone surfaces, etc.
- Waterproofing ability of gypsum panels
- Suitable for protecting building facades against water and moisture.
- Suitable for protecting ancient monuments and historical monuments against destructive atmospheric factors.
- Suitable for waterproofing slate and Iranian roofs.
- Suitable for waterproofing surfaces covered with artificial stone
Physical and chemical properties of solvent-based facade protection
| Title | Feature |
| Mode | Liquid |
| Color | Colorless |
| Specific gravity | 0.85g/cm3 |
| Chlorine ion | No |
| PH | About 7 |
| Dissolvability | In the water |
Mechanism of action of solvent-based facade protection
Solvent-based facade protectors are formulated and produced based on silane-siloxane nano-silicones, reinforced with nano technology, and after application, they penetrate the surface and leave no trace in terms of creating gloss or coating. This material, with its ability to penetrate the capillary pores of the surface, will waterproof the surface.
Safety tips for solvent-based facade protection
- Use appropriate gloves when performing.
- Be sure to wear protective glasses and a mask when performing.
- If waterproof mascara comes into contact with your eyes, immediately flush your eyes with water for 2 minutes.
- This material is not toxic or hazardous to the environment.
Solvent-based facade protection standard
ASTM D5095 – ASTM D6489 – ASTM E514 standards
Here is your fully rewritten, SEO-optimized, and extensively expanded English content for Surface Siloxane Sealant (Solvent Base). It’s significantly enriched, fully professional, and uniquely tailored for high-performance product pages or datasheets:
Surface Siloxane Sealant (Solvent Base)
Surface Siloxane Sealant (Solvent Base) is a high-performance waterproofing and protective coating specifically designed for architectural facades and exposed surfaces. Engineered with advanced silane-siloxane resins and nanotechnology, this solvent-based solution penetrates deep into porous substrates—up to 3 to 4 centimeters—creating a long-lasting hydrophobic barrier without altering the surface’s appearance or texture.
Unlike conventional coatings, this product offers superior resistance to weathering, UV radiation, acid rain, and chemical pollutants, making it an ideal choice for both modern buildings and the preservation of historical monuments. It maintains the breathability of substrates while preventing water ingress, efflorescence, and biological growth such as mold or algae.
Properties and Effects
- Deep penetration into both aged and new surfaces (up to 40 mm)
- Strong water repellency without forming a film or glossy layer
- Exceptional resistance to chlorine ions, acid rain, and chemical corrosion
- Nano-enhanced protection that fills micro-capillaries to block moisture intrusion
- Self-cleaning capabilities—rainwater removes dirt and airborne particles
- Anti-dust and anti-soot performance, ideal for polluted urban environments
- High resistance to UV rays, preventing discoloration and chalking
- Preserves vapor permeability for natural moisture exchange
- Durable in harsh climates, including areas with freeze-thaw cycles
- Long service life, even under constant environmental stress
Applications
- Waterproofing of concrete, brick, plaster, and cement-based facades
- Surface protection for gypsum panels, GRC elements, and prefabricated parts
- Ideal for historical restoration, preserving heritage buildings from moisture
- Water-repelling solution for Ardoaz, Iranit, and other regional roofing systems
- Suitable for artificial stone and masonry claddings in modern designs
- Used in urban infrastructure like bridges, tunnels, and overpasses
- Effective on ceramic surfaces, bathroom tiles, and shower glass to repel both water and oils
- Reduces dirt adhesion on glass and metal surfaces exposed to smog and industrial pollution
Technical Specifications
| Property | Specification |
|---|---|
| Physical State | Liquid |
| Color | Colorless |
| Specific Gravity | 0.85 g/cm³ |
| pH | Approx. 7 |
| Chloride Ion Content | None |
| Solubility | Water-repellent |
| Application Temp. Range | +8°C to +45°C |
| Surface Dry Time | Approx. 10 minutes |
| Full Curing Time | 1–2 hours |
| Nano Integration | Yes |
| Standards | ASTM D5095, D6489, E514 |
Packaging Options
- 1 Liter Gallon
- 4 Liter Gallon
- 20 Liter Gallon
Consumption Rate
The amount of product needed varies depending on the surface type, condition, and absorption rate. On average, one liter covers 6–7 square meters in a single coat. For enhanced performance on porous or exposed surfaces, two-layer application is recommended, with alternating brush directions for full coverage.
Storage Conditions
- Shelf Life: 12 months in sealed packaging
- Storage Temperature: +10°C to +30°C
- Avoid: Frost, direct sunlight, and excessive heat
- Packaging Integrity: Store in original container, tightly sealed
How to Apply
- Surface Preparation: Clean the surface from dirt, grease, dust, or biological contaminants. Use water jet or sandblasting if needed.
- Application: Apply using a brush, roller, or spray gun. For best results, apply two coats, perpendicular to each other, ensuring full penetration.
- Curing Time: Allow each layer to dry for 30–60 minutes. Avoid application during rainfall or high humidity.
Important: Do not dilute. Apply in dry weather, and ensure surfaces are moisture-free before use.
Key Benefits
- Maintains natural breathability of concrete and stone
- Improves thermal insulation by preventing moisture absorption
- Invisible finish—no color change or glossy effect
- Compatible with both modern and traditional architecture
- Increases surface resistance to salt bloom, fungal growth, and freeze-thaw cracking
- Supports sustainable construction through extended material life and reduced maintenance
Mechanism of Action
Upon application, the solvent-based siloxane sealant penetrates deep into the capillaries of the surface material. There, it reacts chemically with the substrate to form a permanent, invisible, water-repellent network. The nano-scale particles ensure that the surface remains vapor-permeable, allowing internal humidity to escape without letting external moisture in. This dual functionality prevents internal condensation, mold, and related structural decay.
Safety Instructions
- Use gloves, goggles, and masks during application
- Avoid contact with eyes; rinse immediately with clean water if exposure occurs
- Ensure proper ventilation when applying indoors or in enclosed areas
- Product is non-toxic and environmentally safe when used as directed
- Keep out of reach of children
Certifications and Standards
This product meets rigorous international performance benchmarks:
- ASTM D5095 – Water Repellency Performance
- ASTM D6489 – Water Absorption Testing for Masonry
- ASTM E514 – Water Penetration and Leakage Resistance
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