Pipeline Waterproof Anti-Corrosion Fluorocarbon Paint Coating for Steel

• Customization: Available
• Main Raw Material: Epoxy
• Appearance: Liquid
• Model NO.: FLD0100
• Application: Mainly Used as a Sealing Coating on Cement Surface
• Complied Standardsrs: Complies with Jt/T 722-2008, It/T733-2008
• Features: Good Permeability and Sealing Performance
• Theoretical Coating Rate: 0.13kg/Square Meter
• Milxing Ratio: Base/Hardener=25/5
• Film Thickness: Dry:20-40microns/Coat Wet:40-80microns/Coat
• Flash Point: 27ºC
• Transport Package: Barrel
• Specification: 20 liter container holds 20 kg
• Trademark: FLDC
• Origin: Wuhan China
• HS Code: 3206421000
• Production Capacity: 100000

Product Description

Product Description

Pipeline Waterproof Anti-Corrosion Fluorocarbon Paint Coating For Steel

Overview: This product is a two-component coating that uses high-grade fluorocarbon resin, additives, organic solvents and HDI isocyanate as a curing agent.

Key Features:

• Superb Gloss and Color Retention: Maintains a pristine appearance over time.
• Self-Cleaning Properties: The fluorocarbon paint film repels dirt and grime.
• Exceptional Chemical Resistance: Protects against a wide range of chemicals.
• Durable Paint Film: Withstands wear and tear, offering long-term protection.
• Strong Adhesion to Steel: Ensures a secure bond on metal surfaces.
• Wide Compatibility: Works well with various pre-coats.
• Extended Service Life: Over 20 years of corrosion-free performance.

Applications:

• Suitable for long-lasting corrosion protection on steel surfaces in various environments, including oil storage tanks, water conservancy projects, ships, mechanical equipment, and bridges.

Technical Specifications:

Attribute	Description
Appearance	Glossy, available in various colors
Theoretical dosage	0.1-0.12kg/square meter
Specific Gravity	1.28±0.1kg/L
Volume Solid Content	52±1%
Curing Time at 25°C	10 minutes
Applicable Period at 25°C	Not less than 4 hours

Construction Parameters:

1. Coating Thickness: 40 μm.
2. Thinner: Fluorocarbon paint thinner.
3. Recommended Number of Coats: 1-2 coats.
4. Pre-Coat Matching: Polyurethane topcoat, acrylic polyurethane topcoat, fluorocarbon paint, epoxy paint.

Precautions:

• Not recommended for construction when relative humidity exceeds 85% or substrate temperature is 3°C below the dew point.
• Curing reaction is slow below 5°C.
• Strictly no mixing with oil or water.
• Keep away from fire sources and ensure proper ventilation during construction.

Company Profile

FAQ

1.What is Fluorocarbon Topcoat?
Fluorocarbon Topcoat is a two-component coating that utilizes high-grade fluorocarbon resin for superior corrosion resistance.

2.How does HDF-399 Fluorocarbon Topcoat maintain its gloss and color?
It features excellent gloss and color retention properties, ensuring a pristine finish.

3.What are the self-cleaning properties of Fluorocarbon Topcoat?
The coating contains fluoro carbon, which gives the paint film excellent self-cleaning capabilities.

4.In which environments is Fluorocarbon Topcoat typically used?
It is widely used in harsh environments such as oil storage tanks, water projects, and marine applications.

5.What is the service life of HDF-399 Fluorocarbon Topcoat?
It offers an extended service life of more than 20 years.

6.How does Fluorocarbon Topcoat provide chemical resistance?
The fluorocarbon resin in the coating provides exceptional resistance to a broad range of chemicals.

7.What is the recommended number of coats for Fluorocarbon Topcoat?
It is recommended to apply 1-2 coats for optimal protection and performance.

8.Does Fluorocarbon Topcoat have any compatibility issues with other paint types?
No, it has wide compatibility and can be used with polyurethane, acrylic polyurethane, fluorocarbon, and epoxy paints.

9.What are the safety considerations when applying Fluorocarbon Topcoat?
It is crucial to avoid mixing with oil or water, keep away from fire sources, and ensure proper ventilation.

10.How does temperature affect the curing of Fluorocarbon Topcoat?
The curing reaction slows down when the construction temperature falls below 5°C.