
ELECTROSTATIC POWDER COATING SYSTEM
mikronix® Powder Coating Machine
The Mikronix Electrostatic Powder Coating System delivers advanced, efficient, and highly uniform powder application for cables, wires, rubber profiles, and plastic components. Engineered for 24/7 industrial production, this system ensures exceptional coverage quality, reduced operational costs, and up to 95% powder material efficiency — all with simplified operation and advanced filtration technology.
KEY BENEFITS
GENERAL MACHINE FEATURES
MANUFACTURED BY
Proudly manufactured in Istanbul by Mikronmakina Electrostatic Powder Machines Co., Mikronix systems combine innovative engineering with proven expertise to deliver reliable, efficient, and high-quality powder coating solutions worldwide.
WHAT IS ELECTROSTATIC POWDER COATING?
Electrostatic powder coating is a modern finishing process that uses an electrically charged spray to apply fine powders — such as talc, lacpowder, silicon, PVC, or graphite — onto cables and profiles. When the powder is charged, it is attracted to grounded cables, wrapping around the entire surface for complete, even coverage.
First introduced in the 1960s, this method remains the gold standard for efficient, high-quality coating of cables, wires, and rubber profiles. Excess powder is collected and filtered, allowing up to 95% material reuse. The result is a clean, cost-effective, and environmentally friendly process that delivers consistent insulation, moisture protection, and corrosion resistance in demanding production environments.
ENHANCED POWDER APPLICATION
TECHNICAL SPECIFICATIONS
Feature | Specification | |
---|---|---|
Physical Dimensions | Dimensions | 1830 mm (H) × 1400 mm (D) × 850 mm (W) |
Weight | 210 kg ±10kg | |
Electrical Requirements | Power Supply | 220V |
Energy Consumption | ~750 W/h | |
Air Consumption | ~250 L/min | |
Operational Specs | Airflow Capacity | 2500 m³/h |
Electrostatic Voltage | 100 kV (2 standard guns) | |
Antistatic Hole Width | 650 mm | |
Filters | 2 × Amino Enzyme Teflon (250×550 mm) |