Decent Decor Industries delivers advanced, eco-friendly zinc flake coating solutions designed to protect your products while minimizing environmental impact. Our water-based zinc-aluminum flake coatings offer top-tier corrosion resistance, technical compliance, and sustainability benefits tailored for demanding industries.  

Next-Generation Zinc Flake Protection 

Our zinc flake coatings combine finely engineered zinc and aluminum flakes in an electrically conductive binder system enhanced with lubricants for optimal friction control. This innovative system is non-electrolytically applied using mechanical methods, ensuring compliance with ISO 10683 and our ISO 9001:2015-certified quality management system.  

Why Choose Decent Decor Industries? 

  • Eco-Friendly Water-Based Chemistry: 
    Unlike traditional solvent-based coatings, our water-based technology dramatically reduces hazardous air pollutants, creating a safer workplace and lowering environmental footprint.  
  • Low-Temperature Curing: 
    Our coatings cure at temperatures below 250°C, substantially cutting energy consumption and carbon emissions compared to conventional zinc coating methods.  
  • Precision and Versatility: 
    Excellent adhesion and customizable thickness (typically 5–15 μm) ensure compatibility with a wide range of substrates, including high-tensile steels vulnerable to hydrogen embrittlement. This makes our coatings ideal for automotive fasteners, infrastructure components, and heavy-duty machinery.  
  • Superior Corrosion Resistance: 
    Our zinc aluminum flake systems deliver up to 1,000 hours of salt spray resistance per ISO 9227, providing durable protection against red rust and corrosion creep.  

Sustainable Compliance and Proven Results 

  • Global Standards Adherence: 
    Our coatings comply with ISO 10683, ASTM F3393, RoHS, and other international regulations — ensuring your products meet global market and environmental requirements.  
  • Elimination of Hydrogen Embrittlement Risk: 
    The non-electrolytic process used prevents hydrogen embrittlement, a critical safety factor for high-strength fasteners and structural parts.  
  • Tailored Solutions: 
    We scale production and customize coating properties like thickness and friction coefficients based on your precise technical needs.  

Real-World Applications 

  • Automotive Sector: 
    Increased durability and corrosion resistance for suspension components, fasteners, and springs, extending service life and reducing warranty claims.  
  • Energy and Offshore Industries: 
    Robust protection against harsh environments, including salt spray and chemical exposure, minimizing downtime and maintenance costs.  
  • Construction and Heavy Machinery: 
    Long-lasting protection enhances structural integrity and electrical component safety, meeting evolving industry standards.  

Expert Partnership and Support 

Our team partners with your engineers and procurement to deliver customized, cost-effective zinc flake coating solutions, complete with traceability, certification support, and ongoing technical assistance. 

Yes, our process eliminates hydrogen embrittlement risks, making it ideal for critical high-strength steel components.

We meet ISO 10683, ISO 9001:2015, ASTM F3393, RoHS, and other key standards to ensure global compatibility and regulatory compliance.

Our coatings provide up to 1,000 hours of salt spray resistance per ISO 9227, significantly outperforming traditional coatings.

Yes, both thickness (5–15 μm) and friction coefficients can be precisely tailored to your application requirements.

Steel, aluminium, and specialty alloys are all eligible substrates for our zinc flake coatings, suitable for various industrial uses.

Lower curing temperatures and efficient application reduce energy consumption and operational expenses, while durable protection reduces maintenance costs. 

Contact our experts directly through our website to discuss requirements and receive personalized support and pricing.