Zinc Flake Coating Equipment - Dip & Spin Machine / Spray Type Machine
Zinc Flake Coating Lines with Dip-Spin & Spray Technology
Suntech’s Zinc Flake Coating systems offer both Dip-Spin and Spray Application technologies, engineered for the mass finishing of small to medium-sized fasteners and parts. Our automated systems ensure consistent film thickness, excellent adhesion, and superior corrosion resistance without hydrogen embrittlement.
Zinc Flake Coating Plant Manufacturer in India with Dip-Spin and Spray Application Technology
Suntech Industrial Solutions delivers zinc flake coating in India through advanced Dip-Spin and Spray coating systems engineered for high-corrosion resistance applications. As a trusted zinc flake coating plant manufacturer, we design and support fully integrated coating plants that ensure uniform thickness, excellent adhesion, and long-lasting protection without the risk of hydrogen embrittlement—making our solutions ideal for fasteners and critical automotive components.
Process Flow
Our process sequence, optimized for performance, reliability, and uniform surface finish:
Each step is carefully monitored through our automated control systems, with recipe-based program management ensuring repeatability and traceability.
Purpose and Benefits
Zinc flake coatings form a micro-layered barrier that offers long-lasting sacrificial protection, even in harsh environments. The non-electrolytic nature avoids hydrogen embrittlement, making it ideal for high-tensile parts. Whether applied via Dip-Spin for high-volume small parts or Spray Systems for larger or complex geometries, the coating delivers >1000 hours of salt spray resistance and complies with RoHS, REACH, and global automotive standards.
Industries & Products
Common in automotive, wind energy, and construction sectors for high-tensile fasteners, brake components, bolts, nuts, and washers—especially where >1000-hour salt spray resistance and non-embrittling coatings are required.
Configuration & Capabilities
Our systems are modular and customizable to suit volume, part geometry, and application method:
- Dip-Spin Systems: Programmable basket speed, drain, and cycle control
- Spray Booths: Robotic or manual application with fine atomization control
- Curing Ovens: Hot air or IR tunnels for precise thermal profiles
- Automation: Automatic part feeding, recipe management, and robotic unload
- Environmental Controls: Closed-loop exhaust and fume scrubbers
Notable features:
- Dual or multi-layer coating support (base + topcoat)
- SCADA-ready controls with digital recipe tracking
- Compact footprint with high throughput efficiency
Purpose and Benefits
Zinc flake coatings form a micro-layered barrier that offers long-lasting sacrificial protection, even in harsh environments. The non-electrolytic nature avoids hydrogen embrittlement, making it ideal for high-tensile parts. Whether applied via Dip-Spin for high-volume small parts or Spray Systems for larger or complex geometries, the coating delivers >1000 hours of salt spray resistance and complies with RoHS, REACH, and global automotive standards.
Industries & Products
Common in automotive, wind energy, and construction sectors for high-tensile fasteners, brake components, bolts, nuts, and washers—especially where >1000-hour salt spray resistance and non-embrittling coatings are required.
Configuration & Capabilities
Our systems are modular and customizable to suit volume, part geometry, and application method:
- Dip-Spin Systems: Programmable basket speed, drain, and cycle control
- Spray Booths: Robotic or manual application with fine atomization control
- Curing Ovens: Hot air or IR tunnels for precise thermal profiles
- Automation: Automatic part feeding, recipe management, and robotic unload
- Environmental Controls: Closed-loop exhaust and fume scrubbers
Notable features:
- Dual or multi-layer coating support (base + topcoat)
- SCADA-ready controls with digital recipe tracking
- Compact footprint with high throughput efficiency
Explore Our Proven Track Record
From decorative trims to functional engine components, our surface finishing solutions have powered performance and elevated design.