MOS2 Unbalanced Magnetron Sputtering Coating Processing

Introduction

· Lube620C-G originated in the laboratory in the 1980s and began industrial mass production in 2016. This nano-coating technology is suitable for products requiring wear resistance and lubrication, integrating high lubrication, high hardness, and high precision while also offering certain corrosion resistance. It has excellent applications and effects in most moving parts. Many enterprises involved in Industry 4.0, high-end equipment, and semiconductors are actively exploring its potential to enhance their product performance, enabling them to gain a technological advantage in the rapid cycle of product iteration.

Performance

Ÿ Coating operating temperature range: -190°C to 500°C

Ÿ Thickness: 1-3 µm

Ÿ Color: Glossy gray-black

Ÿ Coefficient of friction: 0.05 to 0.09

Ÿ Hardness: HV1400-2200

Ÿ Conductivity: Conductive

Ÿ Roughness: Equivalent to the surface roughness of the substrate material (for this coating, the desired substrate roughness before coating is Ra ≤ 0.4)

Ÿ Wear resistance: Wear rate less than cm³/Nm (tested with a 5mm diameter tungsten carbide ball, 80N pressure, 470 rpm φ8mm circular motion for 30 minutes)

Ÿ Adhesion: Scratch adhesion greater than 120N

Ÿ Load capacity: Suitable for high-load moving parts

Application

Ÿ Low-friction application components, gears, sliding friction parts, and other moving components

Ÿ Fuel injection systems

Ÿ Textile sewing accessories

Ÿ Bearings and rings

Ÿ Extrusion and stamping molds

Ÿ Molding dies, anti-stick powder for spray molds in beverage can production*

Ÿ Parts and areas requiring special protection