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This space-efficient vertical system is specially designed for coating aluminum profiles used in furniture and architectural applications. Profiles are transported vertically through pretreatment, drying, powder application, and curing stages, significantly reducing floor space requirements while ensuring uniform coating on all surfaces.
This line is for high-end architectural aluminum panels, curtain wall components, signage boards, and decorative metal surfaces requiring premium weather-resistant finishes. This complete coating system integrates automated fluorocarbon wet spraying stations, precision drying ovens, and an industrial-grade exhaust gas treatment unit with a capacity of 180,000 m³/h.
Browse our collection of professional coating systems and supporting equipment designed for diverse industrial applications.
We are more than a manufacturer - we are your dedicated partner in providing reliable, efficient, and innovative coating solutions that drive your productivity forward.
KTL coating, commonly known as E-coat, electrodeposition, or electrophoretic painting, is an immersion coating process. Parts are submerged in a water-based paint emulsion, and an electrical current is applied. This causes a chemical reaction that deposits a uniform, thin, and durable epoxy resin coating directly onto the metal surface, providing excellent corrosion resistance.
The process involves immersing cleaned metal parts into a bath containing a water-based paint solution. When an electrical current is passed through the bath using the parts as an electrode, an electrochemical reaction occurs. This reaction makes the paint particles (resin, pigments, additives) insoluble in water, causing them to deposit evenly and adhere to the entire surface of the part, including complex geometries and recessed areas.
Any residue like oil, grease, or dirt will prevent the paint from properly adhering to the metal surface. Inadequate cleaning leads to poor coating quality, reduced corrosion protection, and potential defects. The cleaning method (e.g., phosphate for steel, alkaline for certain metals) is tailored to the substrate to ensure optimal surface preparation.
For any coating manufacturer, the stable operation of equipment is the cornerstone of ensuring on-time delivery and product quality. However, in day-to-day management, the maintenance of spray and powder coating systems is often the most overlooked a...
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The anode system is critical in the electrodeposition coating process, tasked with maintaining stable bath pH and conductivity. This is achieved through key components including the anolyte tank, circulation pump, flow meter, valves, and the anode ce...
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Electrophoretic coating is not simply about spraying paint onto a metal surface; it is an electrochemical deposition process driven by an electric field. Its core lies in immersing workpieces in an electrophoretic bath composed of waterborne resins, ...
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