PVD Technique

Crystalline vs Amorphous PVD Films: When and Why

A concise guide to crystalline and amorphous PVD films, highlighting their key structural differences, unique benefits, and typical industrial applications to help you choose the optimal coating solution.

Effect of Working Pressure on Film Microstructu...

Working pressure in PVD critically impacts film density, stress, and adhesion. This article covers pressure effects on microstructure, industrial optimization, and real-world applications. SIMVACO’s precision sputtering equipment ensures optimal coating...

Surface Pretreatment Methods for Enhanced PVD A...

Learn key surface pretreatment techniques that improve PVD coating adhesion and durability. Ideal for metals and plastics in automotive, electronics, and decorative industries.

PVD Coating Thickness Uniformity: Challenges an...

Explore the challenges of PVD coating thickness uniformity and discover SIMVACO’s advanced engineering solutions for precise, high-quality vacuum coatings.

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.