Gel Technology for Low Voltage Application

Gel Technology for experts: BBC Cellpack gel cable sets have been always convincing by combining high quality user friendly products and practical mounting as well as reliable functional safety. In order to protect the reliability of electrical connections in low voltage BBC Cellpack offers in addition to gel joints a wide portfolio of gel casting compounds based on silicon.

Discover all gel products in the catalog now!

NEW: Express+ Gel

Two-component shaking gel based on silicon | Only 15 seconds of mixing time for extremely fast casting

Innovative mixing bottle with shakeable 2-component potting compound for quick and permanent protection of electrical components. Shortest mixing time in market via shaking, color changing indicates the end of the mixing process.

Brochure Express+ Gel

Your reliable partner - for over 50 years

BBC Cellpack Electrical Products is the reliable partner in the electrical sector since 50 years as a manufacturer of cable system connections and accessories for low and medium voltage. BBC Cellpack cable joints have been always convincing by combining high quality user friendly products and practical mounting as well as reliable functional safety. In order to protect the reliability of electrical connections BBC Cellpack expands the casting compound gel portfolio based on silicon.

Wide range of uses and uncomplicated application areas

Wherever electric and electronic components need to be reliably protected from external factors, gel casting compounds from BBC Cellpack take advantage. Whether outdoor or indoor with a high humidity level, the simple handling gel casting compounds offer a reliable and permanent protection to the electrical connection. With a suitable housing
and the appropriated gel, the protection class IP 68 can be achieved.

EASY-PROTECT

All information about our latest product can be found here.

EASYCELL®

All information about EASYCELL® can be found here.

Gelsolutions

All information about gel sealing compound can be found here.