SCRAP RATE REDUCTION SOLUTION - FLUOROSURF

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In modern industrial manufacturing environments—particularly in Vietnam, where hot and humid climate conditions are a major challenge—protecting electronic components, printed circuit board assemblies (PCBAs), and precision mechanical parts moisture, chemicals, and corrosion is a critical requirement.

Effectively addressing this issue not only improves product quality but also helps optimize operating costs. Fluoro Surf, a premium fluorine-based coating solution Japan, is the key to helping factories overcome this challenge.

Contact (+84)-964-658-958

In modern industrial manufacturing environments—particularly in Vietnam, where hot and humid climate conditions are a major challenge—protecting electronic components, printed circuit board assemblies (PCBAs), and precision mechanical parts moisture, chemicals, and corrosion is a critical requirement.

Effectively addressing this issue not only improves product quality but also helps optimize operating costs. Fluoro Surf, a premium fluorine-based coating solution Japan, is the key to helping factories overcome this challenge.

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SCRAP RATE REDUCTION SOLUTION - FLUOROSURF
  1. What Is Fluoro Surf? The Ideal Alternative to Urethane and Silicone

Fluoro Surf is a specialized surface treatment chemical/coating solution developed by Fluoro Technology, Japan. This technology is based on dissolving special fluororesins in either non-flammable fluorine-based solvents or petroleum-based solvents.

After application by dipping or brush coating, the solvent evaporates extremely quickly, leaving behind an invisible ultra-thin nano-scale film. This film provides an exceptionally high contact angle — 117° with water and 76° with oil — creating an effective protective barrier against harmful external factors.

Compared with conventional urethane or silicone coatings, which are typically thick, slow-drying, and difficult to repair, Fluoro Surf offers a completely new standard of protection for industrial components.

  1. Why Do Leading Factories Choose Fluoro Surf?

For production managers and QA/QC engineers, Fluoro Surf delivers three core advantages that directly improve production line efficiency:

Optimized Productivity and Shorter Takt Time

Unlike conventional coating solutions that require high-temperature drying ovens, Fluoro Surf dries rapidly at room temperature, just 5 seconds to 15 minutes. This allows factories to eliminate the drying process, reduce energy costs and CAPEX, and free up storage space for work-in-progress items waiting to dry.

High Safety and Environmental Compliance

Fluoro Surf’s non-flammable solvent series uses safe fluorine-based solvents that are non-ignitable, low-odor, and low-toxicity. In particular, the product is not classified as a hazardous organic solvent and is 100% free of PFOS/PFOA. This helps manufacturers meet strict audit requirements for occupational safety, fire prevention, RoHS, and REACH compliance.

Outstanding Physical, Mechanical, and Chemical Properties

With a film thickness of only 1 µm, treated components achieve a dielectric strength of up to 84 kV/mm, along with excellent moisture resistance, ion migration prevention, and resistance to electrolytic solutions.

  1. Solving Key Challenges Across Industries

Fluoro Surf is not merely a chemical product. It is a tailored solution designed to address specific process and reliability issues across different industries.

Electronics Assembly and PCBA Industry

Protects printed circuit boards secondary battery electrolytes, helping prevent short circuits and fire risks.

Prevents sealing resin creeping or spreading over capacitor components.

Protects LED components sulfurization.

Precision Engineering and Factory Automation

Creates an effective oil barrier for micro motors and fluid dynamic bearings used in hard disk drives.

Forms a transparent anti-rust film on CNC-machined metal parts.

Works as a high-performance mold release agent for precision plastic injection molds.

Optics and Display Industry

Provides anti-fingerprint and anti-contamination coating for touch panels, industrial glass, and control displays.

Reduces light reflection, improves light transmittance, and enhances the performance of lenses and optical sensors.

  1. Key Product Lineup

Type | Product Name | Main Applications
Water- and oil-repellent treatment agent based on non-flammable solvent | FS-1000 | General water and oil repellency, barrier applications, dry lubrication
Water- and oil-repellent treatment agent based on petroleum solvent | FS-2000 | General water and oil repellency, anti-creep treatment, water-repellent spray
Non-flammable solvent-based coating agent | FG-3000 | Protective coating for moisture resistance, battery electrolyte resistance, and corrosive gas resistance
Petroleum solvent-based coating agent | FG-4000 | Moisture resistance, battery electrolyte resistance, corrosive gas resistance, and ink additive applications
Non-flammable solvent-based anti-fingerprint treatment agent | FG-5000 | Anti-fingerprint coating, anti-stain coating, high-precision mold release, and low-friction treatment
Water-based water- and oil-repellent treatment agent | FS-6000 | General water and oil repellency, protective film formation, dry lubrication, and skin stain prevention
UV hard coating additive | FS-7000 | Anti-fingerprint, anti-stain, anti-slip performance, and low refractive index

Typical Coating Properties
Typical at a film thickness of 1 μm

Item | Property Value | Measurement Conditions
Water repellency | 118° | Water, 25°C
Oil repellency | 78° | N-Hexadecane
Surface resistivity | 1.6 × 10¹⁶ Ω·cm | 85°C, 85%RH, DC10V, 1,000 hours
Volume resistivity | 1.6 × 10¹⁶ Ω·cm | 85°C, 85%RH, DC10V, 1,000 hours
Dielectric constant | 2.25 | 1 GHz
Dielectric loss tangent | 0.0285 | 1 GHz
Dielectric strength | 85 kV/mm | 40°C, 40%RH

Main Functions and Application Examples

Water and Oil Repellency

Oil barrier for fluid dynamic bearings and mini motors

Prevention of flux spreading

Prevention of resin flow onto lead wires

Silicone treatment for optical lenses

Prevention of grease spreading

Concentrated water-repellent spray and water-/stain-repellent treatment for fabrics

Water-, oil-, and stain-repellent treatment for silk products

Water-repellent treatment for wood

Moisture Resistance and Electrical Insulation

Coating to prevent metal migration on assembled printed circuit boards

Moisture-proof coating for motherboards in lightweight mobile devices such as mobile phones

Moisture protection for electronic circuit boards in outdoor equipment such as air-conditioner outdoor units and water heaters

Moisture-proof coating for the base section of sanitary equipment such as bidet toilet seats

Moisture-proof and low-dielectric coating for high-frequency circuit substrates

Moisture-proof treatment for the edges of liquid crystal displays

Anti-Rust Protection for Metals

Protective coating for circuit boards against lithium battery electrolytes

Waterproof coating for printed circuit boards

Acid Resistance

Prevention of sulfurization during LED metal plating

Protective metal coating against corrosive gases

Protection of electronic components lithium battery electrolytes

Temporary protective coating against acidic liquids

Protective coating for metal parts against hot spring gases

Metal protection against sulfuric acid electrolyte in batteries

Anti-Contamination Performance

Water- and oil-repellent coating for glass to reduce fingerprint adhesion

Application for electronic devices and touch panels

Fingerprint reduction

Fingerprint reduction on displays

Prevention of stains on aluminum vehicle body rims

General anti-stain and anti-fingerprint treatment for textiles, wallpaper, and other materials

Other general fingerprint prevention applications

Mold Release Applications

Continuous mold release for precision molds

Glass molds used in nanoimprint zinc plating processes

Reduction of deposit buildup during extrusion molding

Applications where conventional mold release agents are ineffective

Molded products that do not require cleaning

Superior Water Repellency

Principles and challenges of superhydrophobic performance

Waterproofing treatment for printed circuit boards

Contact Us for Sample Testing Today

Do not let moisture, chemicals, or outdated process designs reduce your factory’s competitiveness. Switching to fluorine-based nano-coating technology is a major step toward optimizing costs and improving product quality.

Is your company facing challenges in component protection or coating drying time? Contact VGTECH’s technical experts today for in-depth consultation, technical documents such as TDS/MSDS, and sample support for Fluoro Surf trial testing directly on your production line.

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