
Powder Enamel Injector
What is the STRONG3000 Powder Enamel Injector?
The STRONG3000 powder enamel injector is specially designed feeding equipment used in industrial enamel coating lines, ensuring the controlled, stable, and continuous transfer of powder enamel to the spray gun.
Developed to withstand the abrasive nature of powder enamel, this system offers a long operational lifespan and high performance.
Working Principle
The STRONG3000 powder enamel injector operates on the Venturi principle and:
Pushes the powder forward using suction and conveying force.
Balances the flow utilizing main and supplementary air.
Prevents powder agglomeration (clumping) and irregular feeding.
Provides a stable and continuous material flow to the spray gun.
Advantages for Powder Enamel Applications
Powder enamel is heavier and more abrasive than conventional powder coating. The STRONG3000 injector has been specifically developed to handle this challenge:
Wear-resistant internal structure (Enamel-resistant porcelain inner nozzle).
No performance loss during long-term use.
Ensures stable flow even with high-density powders.
Directly improves post-curing surface quality.
High Capacity and Stable Flow
Continuous enamel feeding with a high flow rate.
Balanced powder distribution throughout the line.
Compatible operation with the booth, cyclone, and transfer systems.
Ideal for large-volume production.
Technical Specifications
Powerful Venturi-based suction system.
Main air and supplementary air control.
Wear-resistant internal part structure.
Easily detachable and cleanable design.
Robust body for industrial use.
Why Choose the STRONG3000 Powder Enamel Injector?
✔ Durable structure specifically for enamel powder
✔ Stable and homogeneous feeding
✔ Less maintenance, longer lifespan
✔ Highly efficient coating process
✔ Full integration with STRONG3000 systems
Conclusion
The STRONG3000 powder enamel injector elevates production quality to the highest level by offering maximum durability and stable performance in demanding enamel applications. Thanks to its structure developed to withstand abrasive powders, it provides a significant long-term cost advantage for businesses.