PVD Technique

Bias Voltage Effect on Film Structure in PVD

Discover how bias voltage influences film structure in PVD coating processes. Explore its effects on film density, grain structure, stress, hardness, and surface morphology—based on real industry knowledge.

Low-Temperature PVD Coating Techniques for Heat...

Explore how low-temperature PVD delivers durable, precise coatings on heat-sensitive plastics and materials, meeting the demands of automotive, electronics, optics, and medical industries.

PVD Coating in Vacuum vs Plasma Environment: Di...

This article explains the key differences between vacuum thermal and plasma-enhanced PVD coating processes, focusing on substrate suitability and major industrial applications. It also covers emerging trends and introduces SIMVACO’s...

SIMVACO Advanced Optical Coating Technologies f...

Learn how optical nanocoatings shape the future of automotive HUDs. SIMVACO’s high-performance PVD coating equipment ensures superior reflectivity, uniformity, and clarity in next-gen smart cockpit displays.

The Rise of PVD Gold Coating in Jewelry

This article compares Arc Ion Plating and Magnetron Sputtering for gold PVD coatings in jewelry, highlighting their performance, surface effects, and industry trends.

SIMVACO Continuous AR Coating Line for Automoti...

SIMVACO’s continuous AR coating line offers high-yield, multi-layer coatings for automotive display glass. With ΔE<1.5, fast ROI, and ESG compliance, it’s ideal for central control, co-driver, and rear-seat screens in...