Anti-UV Anti-fingerprint Agent
3. Reduce friction coefficient.
4. Easy to clean.
5. High wear resistance,Anti-UV.
6. Improve acid and alkali resistance.
<b><div>Short Description</div></b> Fluorosilicone Polymer Anti-fingerprint Agent for Anti-UV.</br> 1. Waterproof.</br> 2. Oil resistance，anti-fingerprint.<br> 3. Reduce friction coefficient.<br> 4. Easy to clean.<br> 5. High wear resistance,Anti-UV. <br> 6. Improve acid and alkali resistance. <br>
3. Reduce friction coefficient.
4. Easy to clean.
5. High wear resistance,Anti-UV.
6. Improve acid and alkali resistance.
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- PRODUCT DETAIL
- APPLICATIONS SCOPE
- PRODUCT TAGS
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- Commodity name: Anti-UV Anti-fingerprint Agent
<b><div>Short Description</div></b> Fluorosilicone Polymer Anti-fingerprint Agent for Anti-UV.</br> 1. Waterproof.</br> 2. Oil resistance，anti-fingerprint.<br> 3. Reduce friction coefficient.<br> 4. Easy to clean.<br> 5. High wear resistance,Anti-UV. <br> 6. Improve acid and alkali resistance. <br>
Product Paramenters
Product Model Anti-UV Anti-fingerprint Agent Appearance Transparent Solid Content 20% Application Anti-UV for glass materials field Function Anti-fingerprint, oil-resistant,abrasive resistant,Anti-UV Initial Water Contact Angle 110°-120° Storage In an airtight container (20°C). Storage Life 1 year (from the date of production) Introduction
Fluorine-containing polymer surface treatment agent, by forming a monomolecular film sequential thin film coating on the surface of glass, and it have a good adhesive resistance. it has excellent Anti-UV, waterproof, oil resistance, antifouling and lubricating properties without affecting the appearance of the product. It can be coated by spraying, dipping, vacuum plating, etc.
Application: Coating Technology
1.Evaporation
Suggested Coating Conditions:
1. Substrate: After cleaning, it needs to be dried before use
2. Equipment: vacuum coating machine
3. Vacuum degree: less than 7.0E-3 Pa
4. Film thickness of vacuum coating: SiO2, 8~10nm; AF, 10~17nm2.Spray Coating
Suggested coating conditions:
1. Equipment: spraying machine
2. The main agent is used after being diluted according to the performance requirements
3. Substrate: after cleaning, it needs to be dried before use
4. The water droplet angle of the substrate after plasma treatment is less than 40°
5. Liquid output: 30~70g/M2
6. Baking conditions: 150-170℃, baking for 30 minutes3.Soaking
Suggested coating conditions:
1. Equipment: Container
2. The main agent is used after being diluted according to the performance requirements
3. Substrate: after cleaning, it needs to be dried before use
4. The water droplet angle of the substrate after plasma treatment is less than 40°
5. Soaking time: more than 1 minute
6. Take-out speed: 5~15mm/sec
6. Baking conditions: 150-170℃, baking for 30 minutes -
Scope of Application
Anti-UV Anti-fingerprint Agent can be used at glass materials, like phone cover lens, back cover, phones display, glasses, camera lens, car touching panel, etc.
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Anti-UV agent
AF agent
hydrophobic agent
nano coating hydrophobic
glass water repellent for anti-UV
PRODUCT DETAIL
Product Paramenters
| Product Model | Anti-UV Anti-fingerprint Agent |
| Appearance | Transparent |
| Solid Content | 20% |
| Application | Anti-UV for glass materials field |
| Function | Anti-fingerprint, oil-resistant,abrasive resistant,Anti-UV |
| Initial Water Contact Angle | 110°-120° |
| Storage | In an airtight container (20°C). |
| Storage Life | 1 year (from the date of production) |
Introduction
Fluorine-containing polymer surface treatment agent, by forming a monomolecular film sequential thin film coating on the surface of glass, and it have a good adhesive resistance. it has excellent Anti-UV, waterproof, oil resistance, antifouling and lubricating properties without affecting the appearance of the product. It can be coated by spraying, dipping, vacuum plating, etc.
Application: Coating Technology
1.Evaporation
Suggested Coating Conditions:
1. Substrate: After cleaning, it needs to be dried before use
2. Equipment: vacuum coating machine
3. Vacuum degree: less than 7.0E-3 Pa
4. Film thickness of vacuum coating: SiO2, 8~10nm; AF, 10~17nm
2.Spray Coating
Suggested coating conditions:
1. Equipment: spraying machine
2. The main agent is used after being diluted according to the performance requirements
3. Substrate: after cleaning, it needs to be dried before use
4. The water droplet angle of the substrate after plasma treatment is less than 40°
5. Liquid output: 30~70g/M2
6. Baking conditions: 150-170℃, baking for 30 minutes
3.Soaking
Suggested coating conditions:
1. Equipment: Container
2. The main agent is used after being diluted according to the performance requirements
3. Substrate: after cleaning, it needs to be dried before use
4. The water droplet angle of the substrate after plasma treatment is less than 40°
5. Soaking time: more than 1 minute
6. Take-out speed: 5~15mm/sec
6. Baking conditions: 150-170℃, baking for 30 minutes
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