Nano Anti-fouling Paint Nano Anti-fouling Paint

Unique Anti-fouling Principle
Resists The Growth of Biological Attachment And Maintains A Long-lasting Luster

Nano Anti-fouling Paint

By using nano photocatalytic anti-fouling technology, superhydrophobicity and strong oxidizability are formed to prevent biological adhesion. It is widely applied in the shipbuilding industry, filtration systems, and sensors, providing efficient and environmentally friendly anti-fouling solutions for various scenarios.


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Product Features

Technology

Application Value

Certification

More Cases

Product Features

50μm

Thinner

The film thickness of the paint surface is only 50μm, and the thin film reduces the weight of the ship

84HD

Harder

The hardness of the paint surface is as high as 84HD, making it more resistant to damage

12%

Faster

Increase the speed of the ship's navigation by at least 12%

5min

More Convenient

Paint dry time is only 5 minutes, the construction efficiency is higher

1.765g/ml

Greater Density

Paint density of 1.765g/ml, uniform distribution of nano-materials, anti-fouling effect is better

Technology

Nano-AM is a kind of nano-photocatalytic material containing titanium dioxide and other composite materials. Under the catalysis of visible light, it can produce high oxidizability and superhydrophobicity, preventing the adhesion of microorganisms. After several years of optimization, even weak visible light can easily produce a catalytic effect. The effective anti-pollution period lasts up to 12 months, saving users 15% of operating costs.

Application Value

Monergy

8

%

Outstanding anti-fouling performance is achieved Reduce fuel consumption by at least 8%

Reduce Operating Costs

15

%

The long-lasting anti-fouling effect reduces the frequency of maintenance for users

Stable and Anti-fouling

Help ships prevent biological attachment

Energy Saving

Effective pollution prevention achieves high fuel efficiency

Environmental Protection and Non-toxic

Pollution-free release, protecting the ecology

Easy to Construct

Hake well and you can start working

Certification

Product Certification Certificate

Product Inspection Report

Project Awards

More Cases

Sea Area Cooling System

Sea Area Cooling System

Location: Hong Kong, Huizhou
Effect: Increase water exchange rate by 30% to 40%

Hong Kong Ship Application

Hong Kong Ship Application

Quantity: 100+
Effect: Average protection time is over 12 months

Guangdong Ship Application

Guangdong Ship Application

Quantity: 200+
Effect: Operating costs and fuel consumption have been significantly reduced

Guangxi Ship Application

Guangxi Ship Application

Quantity: 100+
Effect: Operating costs and fuel consumption have been significantly reduced

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