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BH-PUD-2030C3
Boree
Product Features
1. Low or Almost No Odor: During application and curing, it emits minimal to no odor, ideal for indoor environments or applications with strict odor requirements.
2. Minimal Yellowing: The coating retains a clear appearance after drying with no noticeable yellowing, ensuring long-term aesthetic quality.
3. VOC-Free Organic Solvent: Contains no volatile organic compounds, making it eco-friendly and safe for human use, in compliance with modern green standards.
4. Small Particle Size, High Stability: With a particle size of 70 ± 20 nm, it ensures uniform and dense coatings with excellent, long-lasting film performance.
5. Excellent Freeze-Thaw Resistance: This product maintains its stability even when stored below 0°C, suitable for use and storage in extreme climates.
Technical Parameters
· Appearance: Water-white, semi-transparent emulsion
· Solid Content: 30%
· Particle Size: 70 ± 20 nm
· Viscosity: 80 ± 30 mPa.s
Applications
BH-PUD-2030C3 is primarily used in the antibacterial coatings sector, providing long-lasting protection for surfaces requiring antibacterial performance. It is suitable for:
· Antibacterial Coatings: Especially for hospitals, schools, and public areas where high hygiene and environmental standards are required, offering effective antibacterial and long-term protection.
Product Advantages
· Health and Environmental Safety: With a low-odor and VOC-free formulation, it is safe and harmless, meeting environmental standards and suitable for use in households and public spaces.
· Excellent Antibacterial Performance: Effectively inhibits the growth of various bacteria, making it suitable for use in applications requiring antibacterial protection.
· Wide Storage Adaptability: Maintains excellent stability and performance even in cold environments, ensuring reliable use in harsh climates.
Precautions
It is recommended to store the product above 0°C to avoid long-term exposure to extreme cold. Ensure the product returns to room temperature before use for optimal coating performance.