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Antibacterial Anti-fingerprint Agent

Short Description
Fluorosilicone Polymer Antibacterial agent.
1. Waterproof.
2. Oil resistance, anti-fingerprint. Stain Resistance.
3. Reduce friction coefficient.
4. Easy to clean.
5. High wear resistance.

<b><div>Short Description</div></b> Fluorosilicone Polymer Antibacterial agent.</br> 1. Waterproof.</br> 2. Oil resistance, anti-fingerprint. Stain Resistance.<br> 3. Reduce friction coefficient.<br> 4. Easy to clean.<br> 5. High wear resistance. <br>

Short Description
Fluorosilicone Polymer Antibacterial agent.
1. Waterproof.
2. Oil resistance, anti-fingerprint. Stain Resistance.
3. Reduce friction coefficient.
4. Easy to clean.
5. High wear resistance.

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CONTACT US
  • PRODUCT DETAIL
  • APPLICATIONS SCOPE
  • PRODUCT TAGS
    • Commodity name: Antibacterial Anti-fingerprint Agent

    <b><div>Short Description</div></b> Fluorosilicone Polymer Antibacterial agent.</br> 1. Waterproof.</br> 2. Oil resistance, anti-fingerprint. Stain Resistance.<br> 3. Reduce friction coefficient.<br> 4. Easy to clean.<br> 5. High wear resistance. <br>

    Product Paramenters

    Product Model Antibacterial Anti-fingerprint Agent
    Appearance Transparent
    Solid Content 20%
    Application Glass materials field
    Function Anti-fingerprint, Oil resistance,Antibacterial Resistance
    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 materials, it has excellent Antibacterial 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

  • Scope of Application

    Anti-fingerprint Agent for Antibacterial Resistance can be used at glass materials, like phone cover lens, back cover, phones display, glasses, camera lens, car touching panel, etc.

  • Antibacterial agent

    AF agent

    hydrophobic agent

    nano coating hydrophobic

    Hydrophobic antibacterial coating liquid

PRODUCT DETAIL

Product Paramenters

Product Model Antibacterial Anti-fingerprint Agent
Appearance Transparent
Solid Content 20%
Application Glass materials field
Function Anti-fingerprint, Oil resistance,Antibacterial Resistance
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 materials, it has excellent Antibacterial 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