What is Magnetron Sputtering Vacuum Metalizing?

• Magnetron sputtering is a form of PVD coating technology. The vacuum chamber is filled with an inert gas, such as argon. By applying a high voltage, a glow discharge is created, accelerating ions to the target surface.
• Reactive sputtering can be achieved by adding gases like nitrogen or acetylene to react with ejected materials.
• Magnetic fields increase plasma density in front of the target, resulting in higher efficiency, increased sputter rates, and improved ion bombardment.

How the Process is Done

• Parts are sprayed with a basecoat to provide a smooth surface.
• Parts are racked and placed into the sealed vacuum chamber.
• Argon gas is introduced in a continuous flow.
• Electricity creates an active Argon plasma field in front of the cathode (containing magnets and the target plate).
• Positively charged Argon atoms are accelerated through the magnetic field to hit the negative charged target.
• Target atoms are "shot" onto the surface of the part continuously.
• The part receives a top coat for final protection.

• Hardware coating and decorative vacuum metallizing
• Solar Control Reflective Glass and Low-E Glass
• Sputtering Aluminum Mirrors and Automobile Mirrors
• Auto car wheel coatings
• Plastic and metal cutlery

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