Single Chamber Magnetron Roll To Roll Coating Machine

Features:

1.Can equipped planar or rotating magnetron sputtering cathode；

2.Can achieve single or double face coating on substrate surface；

3. Less area occupied, high cost performance.

Application:

1. Lithium battery composite copper foil

2. FCCL(flflexible copper clad laminate)；

3.Transparent conductive film；Conductive cloth；Thin film；

4. Solar cell absorption layer/electrode layer；

5. Barrier film；Heat dissipation film；High reflective film

Technology: Magnetron sputtering

Coating Film:

Conductive film such as Cu, Ag, Cr、Ni, Au, Mo,Si, ITO and C

Alloy metal film such as NiCr, NiCu and InSn

Substrate Material:

Organic thin film such as PET/BOPP/PEN/PI/PC/PE；

Fiber cloth；Tissue roll；Foam；Metal rolling material；

Flexible material such as ultra-thin glass；

PVD Coating (Ion Coating) Technology and Equipment: Frequently Asked Questions

Q: What are the attributes of coatings generated through PVD (Physical Vapor Deposition) technology?  

A: Coatings produced via PVD technology exhibit several notable attributes, including elevated hardness, superior wear resistance (characterized by a low friction coefficient), exceptional corrosion resistance, and chemical stability. These properties contribute to an extended lifespan of the coating layer. Additionally, the application of this coating significantly improves the aesthetic appeal of the workpiece.

Q: What substrates can PVD be deposited on?

A: PVD coatings can be directly applied to stainless steel and hard alloys. However, for zinc alloys, copper, iron, and other die-cast components, it is necessary to perform a chemical electroplating of chromium prior to the application of PVD coating to ensure compatibility.

Q: What varieties of coatings can be generated through Physical Vapor Deposition (PVD)?

A: PVD coating technology represents an environmentally sustainable surface treatment approach capable of producing micron-level coatings without generating pollution. This method can facilitate the preparation of a diverse range of coatings, including single metal films (such as aluminum, titanium, zirconium, and chromium), nitride films (such as titanium nitride [TiN], zirconium nitride [ZrN], chromium nitride [CrN], and titanium aluminum nitride [TiAlN]), carbide films (including titanium carbide [TiC] and titanium carbonitride [TiCN]), as well as oxide films (such as titanium oxide [TiO], among others).

Q: What is the thickness of the PVD coating layer?  

A: The thickness of the PVD coating layer is measured at the micrometer scale, typically ranging from 0.1μm to 5μm. Specifically, decorative coatings generally fall within the range of 0.1μm to 1μm. This characteristic allows the coating to enhance various physical and chemical properties of the workpiece surface without substantially altering the original dimensions of the workpiece. Consequently, the dimensions of the workpiece remain essentially unchanged, thereby negating the necessity for any additional processing following the application of the coating.