Water Repellent Nano Coating for Concrete and Cement

Name: Water Repellent Nano Coating for Concrete and Cement - Afzir co
Brand: Afzir co
Availability: InStock
Rating: 5 (3 reviews)

Product ID: 4706

Water Repellent Nano Coating for Concrete and Cement
The water-repellent nano-coating for concrete and cement (referred to as WNCC™ code) or self-cleaning cement and concrete nano hydrophobic coating falls under the category of nano-coating insulation products. This innovative nano-coating insulation material contains modified alkaline silane and is water-based or water-soluble. Utilizing nanotechnology, the particles comprising this nano-coating insulation have minimal dimensions, measured in nanometers. Consequently, this hydrophobic insulation nano-resin exhibits exceptional penetrating capabilities, effectively reaching the depths of concrete and cement surfaces.
The hydrophobic nature of these nanometer-sized particles, combined with their high penetration power, ensures that water, moisture, chemicals, dust, and other destructive elements are prevented from infiltrating concrete or cement surfaces. By forming a hydrophobic nano coating on the building’s concrete and cement facades, this nano waterproofing acts as a protective seal, shielding against external and structural damages caused by water and moisture absorption, including fungal growth, deterioration, and weathering. This nano-coating extends the lifespan of concrete or cement facades beyond regular coatings.
Overall, the water-repellent Nano-coating for concrete and cement offers an advanced solution, harnessing the power of nanotechnology to enhance the durability and longevity of building facades while safeguarding them from various detrimental factors such as water, moisture, chemicals, and environmental wear and tear.

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Product introduction Related documents

Product introduction Water Repellent Nano Coating for Concrete and Cement

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PRODUCT DESCRIPTION

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The WNCC™ water repellent nano-coating for concrete and cement is specifically designed for moisture insulation and building facade protection. This advanced coating incorporates modified hydrophobic silanes formulated using cutting-edge nanotechnology. Nano coatings and materials for building facades consist of extremely small particles with diameters ranging from 1 to 100 nanometers. Applying this nano waterproofing coating to concrete and cement surfaces forms a membrane composed of millions of hydrophobic nanoparticles.
The unique nanometer properties of the WNCC™ hydrophobic coating allow for deep penetration into the desired surfaces. This membrane effectively prevents water, dust, pollutants, chemicals, and other substances from entering the concrete. As a result, surfaces treated with this nano insulation are protected from damages caused by water and moisture penetration, such as corrosion, scaling, weathering, freezing, and the growth of fungi and molds. Additionally, these nano-coatings’ dust-repellent and water-repellent properties ensure that the concrete or cement facades always maintain a clean appearance.
Please note that the price of the nanomaterials for building facades, including the nano waterproof coating for cement and concrete (WNCC™), may vary due to market fluctuations. We cannot provide a specific price for each liter of this nano waterproofing product. For accurate and up-to-date pricing information and expert consultation on nano-face materials, nano coatings, nano seals, and more, we recommend contacting our experts at Afzir Collection.
Introducing our Water Repellent Nano Coating for Concrete and Cement, a cutting-edge solution designed to provide unparalleled protection and longevity to building facades. This advanced coating harnesses the power of nanotechnology to create a durable, hydrophobic barrier on concrete and cement surfaces, effectively shielding them from water, moisture, and other damaging elements.

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Features

Suitable for concrete and cement surfaces
Based on nano technology
Contains very fine nano particles with a diameter of 1 to 100 nm
Hydrophobic properties
Water-based product
Maintaining cleaning due to reducing the penetration of pollution
Ease of implementation
Fast setting
Resistant to environmental conditions
Maintaining breathability of concrete
Not changing the appearance of concrete

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Applications

Facade and concrete surfaces
Facade and cement pieces

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Packaging

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Colour

Colorless

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Physical basis	colorless
Shelf time	12 months
Maintenance condition	4-40℃

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[accordion-item title=”Mechanical Properties”]

chemical basis	Modified Alkaline Silicane
density	1.4Kg/L
mixing ratio	1:30 =A:B
Effective substance content	52%
PH	13-14

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Familiarize Yourself with Nano Coating Technology: Gain knowledge about the principles and applications of nano-coating technology.
Conduct Comprehensive Surface Analysis: Thoroughly assess the condition and composition of concrete and cement surfaces before applying the nano-coating.
Optimize Coating Application Techniques: Follow manufacturer guidelines for surface preparation, thickness, and curing to achieve uniform coverage.
Consider Long-Term Performance: Evaluate the durability, weather resistance, UV protection, and sustainability of the nano-coating.
Collaborate with Material Suppliers: Engage openly with suppliers for technical support and customized solutions.
Perform Testing and Quality Control: Implement regular inspections, adhesion tests, and monitoring to ensure compliance with specifications.
Stay Updated with Advancements: Stay informed about the latest trends and innovations in nano-coating technology through industry events and knowledge-sharing platforms.

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Read and Understand Product Instructions: Familiarize yourself with manufacturer guidelines for application techniques.
Prepare Surfaces Properly: Ensure clean, dry, and crack-free concrete and cement surfaces.
Test Compatibility and Adhesion: Perform small-scale tests to ensure proper bonding of the nano-coating.
Use Appropriate Application Equipment: Select suitable brushes, rollers, or sprayers for even coverage.
Ensure Ventilation and Safety: Work in well-ventilated areas and wear necessary protective gear.
Allow Sufficient Curing Time: Follow manufacturer instructions for drying and curing.
Document and Maintain Records: Keep detailed records of the application process for reference.
Conduct Quality Control Checks: Regularly inspect coated surfaces for uniformity and adhesion.

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Preparation of the Surface:

Before application, ensure the surface is thoroughly cleaned of contaminants like oil, dust, and paint. The surface must be completely dry.

Mixing:

Mix the WNCC™ coating with water at a ratio of 30 parts water to one part coating.

Steps for Application:

Apply WNCC™ coating using a brush or a sprayer onto the desired surface.
It is recommended to apply 2 to 4 coating layers to ensure proper penetration into the surface. Avoid reapplying if the surface has already dried.
Allow the coating to dry completely before using the surface.

Limitations:

Once the nano-coating has been applied and dried, do not apply additional nanomaterials to the surface.
Ensure thorough coverage and distribution of the coating on the surface.
The water used for mixing should not have high hardness.

Product Storage:

Store the product in dry places, covering and protecting it from moisture.
Maintain a temperature between 5 to 40 degrees Celsius.
Avoid freezing the product.
Seal the container tightly after each use.
The shelf life of the product is up to 1 year.

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[accordion-item title=”Guide to Quality Control (QC)”]

Define Quality Standards: Establish clear criteria for coverage, adhesion, thickness, and performance.
Conduct Initial Testing: Test a small area before full-scale application to ensure compliance with quality standards.
Implement Regular Inspections: Monitor coating quality throughout the application process.
Adhesion Testing: Perform tests to evaluate the bond strength between the coating and the surface.
Verify Water Repellency: Conduct tests to confirm the effectiveness of the water-repellent properties.
Evaluate Durability: Assess the coating’s resistance to weathering and critical factors.
Document and Track Results: Maintain records of inspections, tests, and corrective actions taken.
Collaboration with Suppliers: Work closely with suppliers to establish quality control protocols.
Continuous Training and Improvement: Provide training and stay updated on industry advancements.

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Technical Data Sheet (TDS)

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Safety Data Sheet (SDS)

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Drawings

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Technical documentation request

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Frequently Asked Questions

[sc_fs_multi_faq headline-0=”h2″ question-0=”What kind of coating is the nano-face insulation of cement and concrete?” answer-0=”Cement and concrete nano waterproof coating (WNCC ™ code) is one of the products of the building facade nano insulation materials category from Afzir Reinforcement Company. This nano coating of the facade of the building contains modified alkaline silane and is water based. WNCC ™ hydrophobic nano material is formulated with nano technology. Therefore, with the penetration of this type of nano waterproofing in the depth of concrete and cement surfaces, empty pores and water repellency are created in the surfaces.” image-0=”” headline-1=”h2″ question-1=”What is the performance of nano-resin waterproof insulation for the facade of the building?” answer-1=”Nano hydrophobic coating of cement and concrete, by creating a nano waterproofing coating on concrete and cement facades, protects them against the appearance and structural damage caused by the absorption of water and moisture, such as the growth of fungus and dandruff, weathering and… protects.” image-1=”” headline-2=”h2″ question-2=”Nano hydrophobic coating of cement and concrete (WNCC ™ code), how does it increase the useful life of the building?” answer-2=”Due to the use of nanotechnology, the nano-forming particles of the hydrophobic coating of cement and concrete (WNCC ™ code) have very small or nanometer dimensions. For this purpose, the hydrophobic particles of the nano facade insulation of the building are dispersed and penetrate deep into the entire surface and fill all the pores, holes, cracks, etc. In such a situation, the surface becomes hydrophobic due to the inherent hydrophobicity of this type of nano-faces. In such conditions, the surface will be safe from any damage caused by the penetration of chemicals, natural pollutants, etc. Therefore, the useful life of the cement or concrete surface impregnated with nano waterproofing is much higher than the normal cement or concrete surface.” image-2=”” headline-3=”h2″ question-3=”What is the diameter of the nano particles that make up the nano-face insulation for cement and concrete?” answer-3=”Nano Hydrophobic coating of cement and concrete (code WNCC ™), is formulated using nano technology. Therefore, the materials and particles in this type of nano waterproofing for the facade of the building are very small and have a diameter of approximately 1 to 100 nanometers.” image-3=”” headline-4=”h2″ question-4=”What tools are used to impregnate surfaces with hydrophobic nano coating of cement and concrete?” answer-4=”In order to apply the nano waterproof coating of cement and concrete (WNCC ™ code), a brush or a gun is used as a tool to impregnate the surfaces with nano materials for waterproofing the facade of the building.” image-4=”” headline-5=”h2″ question-5=”How long is the durability or expiration of the hydrophobic nano-face coating of cement and concrete (WNCC ™ code)?” answer-5=” If the waterproofing nano facade coating of cement and concrete (WNCC ™ code) is maintained according to the instructions in the data sheet, this nano facade insulation can be used for up to one year after production., ” image-5=”” headline-6=”h2″ question-6=”Nano hydrophobic coating of cement and concrete (code WNCC ™), what applications does it include?” answer-6=”In general, nano waterproof coating of cement and concrete (code WNCC ™), is used as a moisture insulation material for the facade of the building. This type of hydrophobic insulating nano-resin is used to seal or make cement or concrete surfaces impervious to moisture or other natural pollutants, such as pools, tanks, building facades, etc. In addition, surfaces coated with nano-look materials always look clean due to their dust-repellent properties. For this purpose, this self-cleaning nano-hydrophobic coating is also useful in this field.” image-6=”” headline-7=”h2″ question-7=”To achieve the best result of nano materials for building facades, how many layers of nano facade insulation materials should be applied on the surfaces?” answer-7=”The coating of the nano facade of the building should be applied in 2 to 4 layers so that the particles of this nano waterproofing penetrate well into the surface. It should be noted that if the surface dries after applying the nano-face insulation, the material should not be applied to the surface again.” image-7=”” count=”8″ html=”true” css_class=””]