Magnesium AlloyAnti-corrosion Coatings
KF-MT400 Magnesium Anti-Corrosion Coating
KF-MT400 magnesium alloy has high chemical activity and is highly prone to corrosion. It adopts a dual-layer protection system of dedicated sealing primer plus weather-resistant topcoat, with salt spray resistance of over 500h. Widely used for long-term anti-corrosion protection of drone frames/notebook lightweight structural parts/sports equipment.
ProductsOverview
Magnesium alloy anti-corrosion coating is a heavy-duty anti-corrosion coating designed by KeXin New Material in accordance with ISO 12944 standards. Scientifically formulated with high-quality resins and high-performance anti-rust pigments, it offers excellent anti-corrosion performance and adhesion. It is widely used for protective coating in heavy-duty anti-corrosion fields such as steel structures, bridges, petrochemicals, and ships.
The product has passed rigorous salt spray testing (>1000h) and adhesion testing (>5MPa), and with a complete base-intermediate-topcoat system, it can provide long-lasting protection for 15-25 years. Kexin provides free coating design solutions and technical support services.
Why choose magnesium alloy anti-corrosion coating?
CoreAdvantages
Dedicated sealing anti-corrosion system for magnesium alloys
Magnesium alloy has a standard electrode potential of -2.37V, the lowest among commonly used metals, making it highly susceptible to galvanic corrosion. The dedicated sealing primer contains chromate replacement corrosion inhibitors and lamellar fillers to isolate corrosive ions (Cl-/SO42-). The topcoat provides weather resistance and decorative protection. Dual-layer protection with salt spray resistance >500h.
Lightweight design friendly
Magnesium alloy density is only 1.74g/cm³ (2/3 of aluminum alloy, 1/4 of steel). Coating system density<1.8g/cm³不会显著增加部件Weight。Suitable For无人机/笔记本电脑/电动工具等对轻量化有严格Requirements的Application Scenarios。
Aerospace-grade quality standards
The coating system has passed the aerospace industry's stringent salt spray resistance (ASTM B117/500h)/damp heat resistance/thermal shock resistance (-55°C to 120°C) tests. Suitable for anti-corrosion protection of aerospace-grade magnesium alloy components such as UAV frames/aerospace seat structural parts/satellite electronic equipment housings.
Professional coating technology support services
Kexin has an experienced coatings R&D and applications team that supports the whole process - substrate analysis, coating selection, optimisation of process parameters and on-site application guidance. Our engineers commission the coating parameters on your own production line so that finish quality and output are both optimised.
Eco-compliant green manufacturing system
All products are RoHS/REACH compliant and their VOC content meets national environmental standards. Waterborne and high-solids low-VOC formulations are continuously refined to keep pace with ever stricter environmental requirements. Environmental performance test reports issued by third-party authorities such as SGS and CTI are available on request.
Complete quality control and batch traceability
A quality-control system covering the whole process, from incoming raw materials to finished-goods dispatch. Every batch undergoes rigorous physico-chemical testing and simulated application trials. Batch numbers are traceable end to end, so raw-material sources and production data can be retrieved. Each shipment is released with a batch test report and a product warranty, so customers can use it with confidence.
TechnicalSpecifications
Basic parameters
Performance
The technical parameters above are taken from test data of the Kexin New Materials laboratory (ISO 17025 accredited); actual values may differ slightly depending on application conditions and substrate. Please contact technical support to obtain a current COA test report.
Frequently AskedFAQ
ApplicationProcess
Surface preparation
Thoroughly clean the substrate surface to remove oil, oxide scale, and mold release agent. Sandblast metal substrates to Sa2.5 grade. Wipe plastic substrates with a specialized cleaner. Sand wood surfaces smooth and repair defects. Remove loose old coatings from existing substrates.
Priming / sealing
Select the appropriate primer or sealer based on the substrate and coating system. The primer enhances topcoat adhesion and seals substrate pores. Strictly mix according to the product ratio and control the film thickness to 10–15 μm. After baking or air drying, inspect the primer for defects before proceeding to the next process.
Topcoat / effect layer application
Apply 2-3 coats of topcoat via precision spraying or manual application. Ensure adequate flash-off between coats and control film thickness to 30-50μm. For artistic effect coatings, use specialized tools such as scrapers, trowels, or sponges to create texture and layering. For metallic flash paint, ensure uniform flash effect in the final coat.
Drying / curing
Bake at the temperature specified by the product requirements or allow to air-dry at room temperature until fully cured. The oven temperature uniformity should be ±5°C, with gradual heating to avoid coating defects. For UV coatings, pass through a UV curing machine at 800-1200 mJ/cm². After curing, allow natural cooling to room temperature before conducting performance testing.
Inspection / protection
After complete curing, test gloss/adhesion/hardness/color difference/chemical resistance. For artistic coatings, check the consistency of texture effects. Once all pass, protect with dust-free materials, package, and ship. Attach batch inspection report and quality certificate.
ApplicationsCases
Anti-corrosion for magnesium alloy drone frames
Special anti-corrosion coating for magnesium alloy drone frames for lightweight long-term protection
Anti-corrosion for magnesium alloy laptop shells
Anti-corrosion coating for magnesium alloy laptop casings, protecting lightweight structural components.
Anti-corrosion for magnesium alloy bicycle frames
Anti-corrosion coating for magnesium alloy road bike frames, safeguarding lightweight sports equipment.
Anti-corrosion for magnesium alloy camera housings
Magnesium alloy professional camera housing with anti-corrosion coating, lightweight and high-rigidity protection
Anti-corrosion for magnesium alloy power tool housings
Magnesium alloy power tool housing with anti-corrosion coating, lightweight industrial-grade protection
Magnesium alloy aviation seat anti-corrosion
Magnesium alloy aviation seat structural component with anti-corrosion coating, aerospace-grade quality
Magnesium alloy golf club anti-corrosion
Anti-corrosion coating for magnesium alloy golf club heads, providing lightweight protection for sports gear.
Magnesium alloy medical equipment anti-corrosion
Lightweight anti-corrosion coating for magnesium alloy medical imaging equipment casings
Magnesium alloy telescope anti-corrosion
Magnesium alloy telescope barrel with anti-corrosion coating, lightweight protection for optical equipment
Magnesium alloy automotive wheel hub anti-corrosion
Magnesium alloy car wheel hub with anti-corrosion coating, lightweight high-performance sports car accessory
Magnesium alloy 3C electronic housing anti-corrosion
Magnesium alloy 3C electronic product housing anti-corrosion coating lightweight consumer electronics
Magnesium alloy satellite component anti-corrosion
Aerospace-grade lightweight anti-corrosion coating for magnesium alloy satellite electronic equipment housings
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Learn more→Magnesium alloy anti-corrosion coating·Factory direct supply
KeXin New Material magnesium alloy anti-corrosion coating direct supply from source factory. Free sample testing, on-site guidance by technical engineers, 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
- Integrated Nano-Coating for Fire and Corrosion Protection of Steel Structures in Heavy Industrial Plants: Dual Assurance from Intumescent Flame-Retardant Chemistry to Industrial Safety
- Nano Coating for Mould-Proof and Flame-Retardant Automotive Interior Leather: A Complete Technical System from Materials Science to Occupant Health Protection
- Electrochemical Fundamentals of Coating Corrosion Protection: Principles and Practice of Three Electrochemical Methods—Tafel Extrapolation, Linear Polarization Resistance (LPR), and Electrochemical Noise (EN)—in the Evaluation of Coating Anticorrosive Performance
- Industry News