Brief: From concept to demonstration, this video highlights the evolution and practical outcomes of the PVD Multi-arc Magnetron Sputtering Composite Coating Machine. You'll see how this advanced vacuum metallizing equipment applies high-performance decorative and functional films to various substrates, including metals and non-metals, for industries like hardware, medical devices, and electronics. Watch as we showcase its core technology, featuring microwave plasma synergy for enhanced ionization and precise film growth control.
Related Product Features:
Integrates multi-arc cathode targets and microwave plasma sources for high ionization rates exceeding 90% and increased active particle concentration.
Enables precise control of film structure and performance through adjustable parameters like microwave power, multi-arc current, and bias voltage.
Operates at low temperatures (100-400°C) to prevent substrate damage, making it suitable for heat-sensitive materials like polymers and precision alloys.
Produces dense, defect-free films with high surface finish (Ra≤0.05μm), reducing the need for post-coating polishing.
Supports a wide range of film systems, including single-layer, multi-layer, composite, and gradient films on complex-shaped workpieces.
Offers superior film properties with hardness up to HV4500, strong adhesion (40-80N), and enhanced corrosion and high-temperature resistance.
Features a high deposition rate (0.1-1.2μm/min), 3-5 times faster than magnetron sputtering, for efficient mass production.
Provides an environmentally friendly process with no wastewater,废气, or waste residue, and energy savings of 15-25% compared to traditional equipment.
Faqs:
What substrates can this PVD coating machine process?
This equipment can metallize both metal and non-metal substrates, including materials used in hardware, watches, mobile phone components, displays, medical equipment, molds, ceramics, and glass. It is also compatible with heat-sensitive substrates like polymers and precision alloys due to its low-temperature operation.
How does the microwave plasma synergy improve coating quality?
The synergy between multi-arc discharge and microwave plasma enhances the ionization rate to over 90% and increases active particle concentration. This results in denser film growth, fewer defects like macroparticles, and superior surface quality without the need for polishing.
What are the key advantages of this machine over traditional PVD equipment?
Key advantages include a leap in film performance with balanced hardness and toughness, stronger adhesion, excellent environmental resistance, low-temperature coating capability, a low defect rate below 0.1%, high deposition efficiency, and green, energy-saving operation with no harmful emissions.
In which industries is this vacuum metallizing equipment typically used?
It is widely used in high-end industrial fields such as precision cutting tools, molds, aerospace, electronics, new energy, medical devices, high-end decoration, and polymer composites, thanks to its high-performance, low-temperature, and low-defect coating capabilities.