DVD-RW

Verbatim's DVD-Rewritable (as well as CD-Rewritable) use a Super Eutectic Recording layer (SERL). SERL ensures that noise-free recording can be enjoyed time and time again. With conventional rewritable media, the recording layer deteriorates with every rewrite, meaning a decrease in quality. With Verbatim rewritable media however, the recording layer is returned to perfect condition on every erase cycle, leaving a flawless disc for the next recording.
DVD-RW is a sequential read / write media primarily designed for video recording and streaming backup applications. DVD-RW discs can be written over 1000 times. A number of DVD-ROM drives and DVD video players support DVD-RW.

Increased resistance to UV light.
Proprietary SERL Technology.
Superior Archival Life.
Lifetime Warranty.

Product Number: 43640
Capacity: 1.4GB
Speed: 2x
Pack Style: 10 Pack Spindle
Disc Surface: Inkjet Printable
Print area: 21 – 118mm

Whatever you want to record with your digital camcorder, Verbatim has the media for you. Our standard DVD discs can record 30 minutes of video, while our new double layer discs can record almost double that, 55 minutes of continuous recording without the need to flip the disc half way through!

All Verbatim 8cm DVD discs incorporate our Hard Coat technology. This layer protects your home movies day after day against scratches, fingerprints and dust. In tests the Hard Coat layer proved to be 50 times more protective from general wear and tear than discs without the coating.

As well as the latest speeds, Verbatim media is also available with a printable surface. Where previously colours could appear uncertain, dull and someway from those of the original image, with Verbatim’s printable disc surface they are now as rich and deep as the original. The printable discs are also available in a glossy finish. As with printing your photos, you can choose from a glossy or matt finish for perfect results!
Wide printable surfaces are also available so an image can be printed right up to the central hub of the disc surface.