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China Suppliers Factory Compact Roll to Roll Sputtering Coating Machine for Vacuum Metallizing

The JRC series sputtering roll coater is a highly efficient and compact roll-to-roll vacuum metallizing machine designed for advanced coating applications. Manufactured in China, this state-of-the-art equipment features an integrated winding system and coating process within a single chamber, ensuring a high degree of automation and precision, Our factory allows for customizable dimensions tailored to various product widths, catering to diverse industrial needs. The JRC series excels in depositing a range of conductive films, including but not limited to Cu, Ag, Cr, Ni, Au, Mo, Si, and ITO, Additionally, it is capable of applying alloy films such as NiCr, NiCu, and InSn, making it suitable for a variety of technological applications. The system also supports the deposition of dielectric films, including SiO2, Nb2O5, Al2O3, CrO, and TiO2, As a leading supplier in the market, we are committed to providing high-quality sputtering roll coaters that meet the evolving demands of our customers

Single vacuum chamber sputtering roll to roll coating machine

JRC series sputtering roll coater is a type of compact roll to roll vacuum metallizing machine, winding system and coating system installed in the same chamber, high degree of automation. The size can be designed according different width products.

Conductive Film Coating

It can coat Cu, Ag, Cr, Ni, Au, Mo, Si, ITO, C, etc conductive film.

Alloy Film Coating

It can coat NiCr, NiCu, InSn, etc alloy film.

Oxide Film Coating

It also can coat SiO2, Nb2O5, Al2O3, CrO, TiO2 film.

The machine can realize double-sided copper sputtering on the surface of PET/PP or other flexible material with a thickness of 3.0~4.5μm and a width of 600~1650mm at one time, with a "PVD copper-polymer support layer-PVD copper" sandwich structure, and the machine process speed is 0.5 -30m/min.

Product Feature

The machine can be equipped with planar or rotating sputtering cathode according to different customer requirements.
The machine can achieve single side or both sides coating on substrate surface depending on the coating process of different products.
The machine requires less area occupied, is favorable in price, and is easy to operate.
The metallized film is very stable and the film layer has good density. Large capacity and output.

Technical Parameter

Serial	JRC
Technology	Microwave sputtering
Substrate Material	PET, BOPP, PEN, PI, PC, PE, and other organic films. Fiber cloth, tissue roll, foam, metal rolling material, flexible material such as ultra-thin glass
Coating film	Cu, Ag, Cr, Ni, Au, Mo, Si, ITO
Application	Lithium battery composite copper foil, FCCL (flexible copper clad laminate), Transparent conductive cloth, Electromagnetic shielding film, Solar cell absorption layer, electrode layer, Barrier film, heat dissipation film, high reflective film

Frequently Asked Questions

What types of films can be coated using the JRC series sputtering roll coater?

The machine is highly versatile and can coat conductive films (Cu, Ag, Cr, Ni, Au, Mo, Si, ITO, C), alloy films (NiCr, NiCu, InSn), and oxide films (SiO2, Nb2O5, Al2O3, CrO, TiO2).

What substrate materials are compatible with this sputtering machine?

Compatible substrates include organic films such as PET, BOPP, PEN, PI, PC, and PE, as well as fiber cloth, tissue rolls, foam, metal rolling materials, and flexible materials like ultra-thin glass.

Can this machine coat both sides of a substrate simultaneously?

Yes, the machine can realize double-sided copper sputtering on flexible materials (like PET/PP with a thickness of 3.0~4.5μm and width of 600~1650mm) at one time, creating a sandwich structure.

What is the processing speed of the JRC sputtering roll coater?

The machine operates at a process speed ranging from 0.5 to 30 meters per minute, depending on the specific coating requirements and materials.

What are the primary industrial applications for this equipment?

Key applications include the production of lithium battery composite copper foil, flexible copper clad laminates (FCCL), transparent conductive cloth, electromagnetic shielding films, solar cell layers, barrier films, heat dissipation films, and high reflective films.