Uniform Coating Thickness:Unlike gravity-fed or mechanical wiping systems, the electrostatic charge ensures that the coating material is attracted evenly to the entire 360° surface of the cable, eliminating "bald spots" and ensuring consistent insulation or separation layers.
Significant Material Savings:The electrostatic attraction pulls the powder directly onto the cable, drastically reducing overspray and waste. Most systems include a recovery unit that recycles unused powder, leading to lower raw material costs.
Enhanced Production Speeds:These machines are designed to integrate seamlessly into high-speed extrusion lines. Because the coating is instantaneous and highly adherent, it doesn't become a bottleneck for the overall production velocity.
Reduced Friction & Improved Stripability:In multi-core cables, a precise electrostatic coating prevents the inner cores from sticking to the outer jacket. This makes the cable much easier for end-users to strip and terminate, which is a major quality benchmark.
Dust-Free Work Environment:Modern electrostatic coating units are typically fully enclosed and operate under negative pressure. This prevents fine powders (like talc) from escaping into the factory air, protecting worker health and keeping the facility clean.
Superior Adhesion for Specialized Materials:For cables requiring specific properties (like fire resistance or chemical shielding), the electrostatic process ensures that functional powders bond more effectively to the substrate than traditional mechanical dusting.
CABLE COATERS#1
MIKRONIXSAPPHIRE
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