Waterborne fluorocarboncoatings
KF-WF100 Water-Based Fluorocarbon Coating
KF-WF100 waterborne fluorocarbon coating is based on waterborne FEVE fluorocarbon resin combined with weather-resistant pigments and nano self-cleaning additives. The coating has weather resistance of more than 25 years with gloss retention greater than 80%. The C-F bond energy of 485kJ per mol gives the coating ultimate UV resistance and chemical media resistance. The zero-VOC waterborne formula is an environmentally friendly upgrade solution for solvent-based fluorocarbon coatings. Widely used in building curtain walls/steel structures/bridges and other high-end applications requiring ultra-long weather resistance life.
ProductsOverview
Waterborne fluorocarbon coating is a high-performance professional coating product developed and produced by KeXin New Material. It is scientifically formulated with high-quality resins and imported pigments and fillers, featuring excellent adhesion, durability and application performance. Widely used in industrial manufacturing, architectural decoration, automotive transportation and other fields.
As a source coating factory, KeXin New Material strictly implements the ISO9001 quality management system for waterborne fluorocarbon coating from formula design, raw material procurement to production and filling. The product has passed ROHS, REACH and other environmental regulation certifications. Free sample testing and on-site guidance services by technical engineers are provided.
Why choose waterborne fluorocarbon coating?
CoreAdvantages
25-Year Weather Resistance · FEVE Waterborne Fluorocarbon
The C-F bonds in the main chain of waterborne FEVE fluorocarbon resin provide ultimate chemical inertness and UV stability. QUV resistance greater than 8000h with gloss retention greater than 80%. Artificial accelerated aging equivalent to 25 years testing shows the coating does not crack/chalk/significantly discolor. It is the preferred topcoat for ultra-long weather resistance life in architectural and industrial coating applications.
Zero VOC · First Choice for Green Buildings
The waterborne formula with zero VOC meets the strictest environmental standards. It has passed China Environmental Labeling and LEED green building certification. Combined with waterborne epoxy primer and waterborne fluorocarbon intermediate coat, it forms an all-waterborne ultra-weather-resistant coating system, contributing to green building and carbon neutrality goals.
Self-Cleaning and Anti-Fouling · Looks New After Rain
Nano self-cleaning additives make the coating surface water contact angle greater than 90 degrees. Rainwater rolls off the coating surface taking away dust and pollutants. Stain resistance is less than 5%, far superior to conventional coatings. The building appearance remains clean and new throughout its 25-year service life.
Professional coating technology support services
Kexin has an experienced coating R&D and application team providing full-process support — from substrate analysis, coating selection and process-parameter optimization to on-site application guidance.
Eco-compliant green manufacturing system
All products are RoHS/REACH certified and their VOC content meets national environmental standards. Environmental performance test reports from authoritative third-party testing organizations such as SGS and CTI are provided.
Complete quality control and batch traceability
A comprehensive quality control system is in place from raw material intake to finished product delivery. Each batch of products undergoes rigorous physical and chemical performance testing and coating simulation testing. A batch test report and product quality certificate are included with each shipment.
TechnicalSpecifications
Basic parameters
Performance
The above technical parameters are from the testing data of Kexin New Materials Laboratory (ISO 17025 certified). Actual values may vary slightly due to construction environment and substrate conditions. For the latest technical data, please contact technical support to obtain the COA test report.
Frequently AskedQuestions
ApplicationProcess
Surface preparation
Clean substrates thoroughly of oil and rust. Blast steel to Sa2.5. Pre-treat per product spec to keep the substrate clean. Ambient 5-40°C, relative humidity<85%。
Primer / pre-treatment
Select the matching primer or pre-treatment per substrate and system. Mix strictly at the stated ratio and control DFT. Proceed after the primer dries; pre-stripe critical areas.
Main-coat application
Apply the main coat per the process spec, strictly controlling DFT, temperature/humidity and flash-off to keep the film uniform without sagging or pinholes.
Curing process
Bake or air dry at room temperature until fully cured according to product requirements. Maintain a uniform oven temperature (±5°C) and gradually increase the temperature to avoid coating defects. For room temperature curing, ensure adequate ventilation and suitable humidity.
Inspection & acceptance
We test all indicators including film thickness, adhesion, gloss, color difference, and chemical resistance. We conduct comprehensive performance testing according to relevant standards. After all tests pass, we issue a test report and quality assurance certificate, and ship the product in dust-free packaging.
ApplicationCases
Waterborne fluorocarbon coating for architectural curtain walls
Waterborne fluorocarbon coating spray on aluminum curtain walls — 20-year weather resistance, zero VOC
Waterborne fluorocarbon coating for steel structures
Waterborne fluorocarbon coating spray on large steel structures for ultra weather-resistant protection
Waterborne fluorocarbon coating for aluminum panels
Waterborne fluorocarbon coating spray on architectural aluminum panels for decorative curtain walls
Waterborne fluorocarbon coating for bridges
Waterborne fluorocarbon coating spray for long-span bridges in C5 environments
Waterborne fluorocarbon for offshore platforms
Waterborne fluorocarbon coating spray on offshore-platform steel structures for marine protection
Waterborne fluorocarbon for aluminum-alloy doors and windows
Waterborne fluorocarbon coating spray for architectural aluminum-alloy doors and windows
Waterborne fluorocarbon for steel-structure venues
Waterborne fluorocarbon coating for stadium and exhibition-center steel structures
Waterborne fluorocarbon for wind-power equipment
Waterborne fluorocarbon coating spray on exposed parts of wind-power equipment
Waterborne fluorocarbon for PV mounting structures
Waterborne fluorocarbon coating spray on PV mounting structures — ultra weather-resistant
Waterborne fluorocarbon for airport steel structures
Waterborne fluorocarbon coating spray on airport-terminal steel structures
Waterborne fluorocarbon for highway guardrails
Waterborne fluorocarbon coating spray on highway guardrails
Waterborne fluorocarbon for telecom base stations
Waterborne fluorocarbon coating spray on telecom base-station towers
Related coatingsRecommended
Epoxy zinc-rich primer
Zinc content ≥80% · Salt spray test 3000h · Cathodic protection
Learn more→
Epoxy MIO intermediate coat
Single-channel 150μm · Mica iron oxide shielding · Adhesion ≥5MPa
Learn more→
Fluorocarbon coating
Weather-resistant for 25 years · Self-cleaning and stain-resistant · Maintenance-free
Learn more→
Polysiloxane topcoat
Polysiloxane · UV resistant · Non-chalking
Learn more→Waterborne Fluorocarbon Coatings·Factory direct supply
Kexin waterborne fluorocarbon coating, supplied direct from the source factory. Free sample testing, on-site technical-engineer guidance, ISO-certified quality assurance.
Related articles & news
Further reading: technical articles and industry news from Kexin New Materials
- Comprehensive Guide to Water-Based Industrial Coating Technology Systems and Application Processes: From Resin Mechanisms to Practical Implementation
- Architectural exterior wall nano fluorocarbon anti-aging topcoat: from FEVE/PVDF resin chemistry to super-weather-resistant self-cleaning 15–20 year protection
- Transparent Nanoprotective Coating for Insect- and Decay-Resistance of Ancient Wooden Structures: From Wood Biodeterioration Mechanisms to Invisible Protection of Cultural Heritage
- Special industrial nano anti-corrosion paint resistant to strong acids and alkalis: from chemically inert molecular design to full-spectrum protection in extreme pH environments
- Industry News