Verbatim DVD+R 4.7GB 16x 50 Pack Matt Silver Spindle AZO
Verbatim DVD+R 4.7GB 16x 50 Pack Spindle – Matt Silver
High-quality, write-once DVD+R discs designed for reliable long-term data storage. The Verbatim DVD+R 4.7GB 16x discs deliver consistent performance and excellent compatibility, making them ideal for both personal and professional use.
Key Features & Benefits
✔ 4.7GB storage capacity per disc
✔ High-speed 16x recording capability
✔ 50-pack spindle for bulk storage requirements
✔ Matt Silver disc surface for professional finish
✔ Silver reflective layer for stable read/write performance
✔ AZO recording technology for enhanced durability
✔ Long-term archival-grade data storage
✔ Compatible with most DVD+R drives and burners
Reliable Long-Term Data Storage
Verbatim DVD+R media is engineered for secure, long-term archiving of important files, photos, videos, and business data. Designed for durability, these discs help protect your data against environmental factors such as humidity, dust, and temperature changes.
AZO Technology for Enhanced Reliability
Featuring Verbatim’s patented AZO recording dye, these discs offer superior resistance to UV light degradation, ensuring consistent recording quality and long-lasting data integrity.
Professional Matt Silver Finish
The matt silver surface provides a clean, professional appearance while maintaining strong readability and compatibility. Ideal for business archiving, media production, and organised backup solutions.
Fast & Efficient Recording
With support for up to 16x writing speeds, these discs enable efficient data burning for fast backups and large file storage workflows.
Technical Specifications
Capacity: 4.7GB
Speed: 16x
Pack Size: 50 discs (spindle)
Disc Type: DVD+R (write once)
Surface: Matt Silver
Technology: AZO dye
Reflective Layer: Silver alloy coating
Format: 120mm standard DVD
Why Choose Verbatim DVD+R?
Verbatim is a globally trusted leader in optical media, widely used for professional-grade data archiving. These discs are known for consistent quality, high compatibility, and long-term reliability across storage applications.