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Product Model: CCP0002 & CCP0003
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Sysmyk ® Superhydrophobic Anti-Icing Nanocoating (Self-Drying at Room Temperature)
[Product Codes] CCP0002 (Primer), CCP0003 (Topcoat)
[Product Features]
Sysmyk ® The superhydrophobic and anti-icing nano-coating (self-drying at room temperature) is a highly hydrophobic and oleophobic nano-coating developed by Guangzhou Xisenmeike New Materials Technology Co., Ltd. It features a micro-nanostructured surface. This coating system consists of two layers: first, a primer is sprayed; after it dries, a topcoat is applied. When these two layers are used together, the coating exhibits exceptional hydrophobic and oleophobic properties once fully dried.
Sysmyk ® The superhydrophobic anti-icing nano-coating (self-drying at room temperature) is a revolutionary waterproof material that utilizes cutting-edge nanohybrid technology to completely isolate water and oil from penetrating the surface. It’s a hydrophobic and oleophobic coating capable of protecting against damage caused by nearly all liquids. Using SURFMORE nano-modification technology, this coating forms an air-based protective film on the substrate’s surface, effectively preventing the infiltration of liquids such as water and oil. This protective film outperforms conventional technologies, boasting exceptional adhesion and wear resistance, making it suitable for applications where durability and abrasion resistance are critical.
Self-cleaning: Resistant to water and oil contamination, dry and sterile. Simply apply a bit of water or an air flow to remove dust and dirt from the surface.
Anti-pollution: Dust, dirt, water, and contamination from bacteria or radioactive liquids will be significantly reduced or eliminated.
Corrosion resistance: Since water and moisture in the air do not actually come into contact with the surface, corrosion of the object can be significantly reduced.
Anti-freeze: The surface of the object is dry and free of moisture, so it won't freeze.
Moisture-proof: Keeps objects dry; many liquids, such as water, are difficult to absorb.
Water contact angle > 150 degrees, oil contact angle > 150 degrees, rolling angle < 5 degrees.
Operating temperature ranges from -30° to 150° Celsius.
[Applicable Materials]
Various material surfaces
【Curing Method】
Store at room temperature for 24 hours or bake at 120° for 30 minutes.
【Scope of Application】
Metal materials such as steel and aluminum
Plastics, textiles, leather, wood, footwear
Communication tower antennas, military and civilian radars
Ice prevention for power lines
Ice-Resistant Coating for Wind Turbine Blades
Anti-fouling for cars, concrete trucks, and construction machinery vehicles
Concrete countertop
[Technical Parameters]
[Construction Method]
Surface treatment
1. Before spraying, first perform surface treatment on the object to be coated, removing any old paint films, rust, oil stains, oxide scales, and other debris from the surface. The surface must be free of rust, oil stains, dust, and water marks.
2. The cleaned surface should be sprayed promptly to prevent dust from reattaching.
3. The construction environment must be dust-free and equipped with ventilation systems or corresponding air-dust removal equipment to ensure construction quality.
4. Spray pressure: 0.138–0.241 MPa; nozzle diameter: 0.5–1.27 mm; spraying distance: 15–25 cm; recommended coating film thickness: 10–25 microns.
5. Construction temperature: 10–30 °C, relative humidity: 45%–75%
Coating
Step 1: Base Coat
1-1: Thoroughly stir well before use. You can apply the coating using air spraying; it is essential to use an HVLP spray gun (high volume, low pressure—e.g., the German SCHUTZE S941 model).
1-2: Apply multiple thin, even coats; after drying, the coating thickness will be between 10 and 25 microns.
1-3: Wait 20–30 minutes. After the primer has dried, proceed with applying the topcoat. You may consider using a heat gun and hairdryer to speed up the drying of the primer.
Step 2: Surface Coating
2-1: The surface coating cannot be applied using the same spray gun as the primer. A new spray gun must be selected, and an HVLP gun (high volume, low pressure—e.g., the German SCHUTZE S941 model) must be used for spraying.
2-2: Apply multiple thin, even coats; after drying, the coating thickness will be between 10 and 25 microns.
2-3: Apply the same amount to cover the primer coat.
Step 3: Drying/Curing Method
The superhydrophobic performance of the coating will become apparent 30 minutes after the surface is coated by spraying. The optimal time is after 2 hours.
[Maintenance and Care]
The Sysmyk® superhydrophobic anti-icing nano-coating (room-temperature self-drying type) must be applied in conjunction with two separate coatings to exhibit its superhydrophobic properties.
1. Please use low-pressure water spray to clean the surface. Under the rinsing action of the low-pressure water flow, the surface will achieve self-cleaning—dust and dirt will be easily washed away, leaving the surface completely dry.
2. Detergents, soaps, certain special solvents such as xylene, toluene, acetone, or high-pressure water jets can affect certain properties of the coating surface.
3. If the surface coating is damaged and loses its superhydrophobic and oleophobic properties, simply re-spray the topcoat CCP0003 to restore the superhydrophobic effect.
[Storage]
Recommended storage temperature: 18–32°C; shelf life: 24 months
[Packaging]
Primer: 1L, 5L, 10L; Topcoat: 1L, 5L, 10L, 20L
[Environmental Protection]
Safety recommendations/transportation regulations—please refer to the product’s MSDS manual.
Product Model: CCP0002 & CCP0003
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