Application Areas
Nanocopper materials exhibit significant application potential across multiple industries due to their superior antibacterial and antiviral properties.
Healthcare
- •Antibacterial rate ≥ 99.9% (E. coli / S. aureus)
- •24-hour mold resistance, 0 grade; non-irritating to skin
- •Copper ion release is only 1/25 of the national standard.
- •Antibacterial rate remains ≥97% after 5 years of UV aging
Photovoltaic sector
- •Mass production of oxidation-resistant, easily dispersible nano-copper powder
- •High-temperature mobility is only 1/5 that of silver.
- •Silver paste alternative that reduces costs by 30%–50%.
- •Match HJT cell process
New Energy / Solar Cells
- •Coefficient of thermal expansion mismatch with semiconductors < 10%
- •Withstands 250°C heat for 5 minutes without oxidation
- •Oxidation-resistant for 60 days in air
- •Reduced thermal stress cracking risk by 40%
Mechanical Engineering
- •Uniform particle size, no agglomeration
- •High-temperature oxidation resistance at 250°C
- •Suitable for extreme pressure anti-wear lubricant additives
- •Skip the coating step; add directly.
Chemical Industry
- •High specific surface area and uniform particle size
- •Environmentally friendly and pollution-free production process
- •Can serve as an efficient catalyst
- •Compatible with multiple resin systems (TPU/PET/ABS/PP)
Military Applications
- •Stable performance in extreme high and low temperatures
- •250℃ oxidation-free, atmospheric storage for 60 days
- •Electromagnetic shielding, radar-absorbing, and anti-corrosion antimicrobial coatings
- •Meets special military operating conditions