The COX ElectraFlow Dual Ultra has been specifically designed for the professional and specialist trade users across all industry sectors who demand a reliable and high-performance 2-component dispensing tool.

The COX ElectraFlow Dual Ultra has been specifically designed for the professional and specialist trade users across all industry sectors who demand a reliable and high-performance 2-component dispensing tool. The fully integrated application system features first-in-class cordless technology powered by the latest 18V lithium-ion batteries and chargers. ElectraFlow Dual Ultra utilizes CoolPack battery technology from Bosch Professional batteries; heat dissipating housings improve product safety by preventing possible overheating, prolonging battery life and extending runtime.

A tool for quick and easy configuration and high flexibility
With its ergonomic design the ElectraFlow Dual Ultra provides the user with a perfectly well-balanced tool, while the interchangeable cartridge-holding straps and plungers allow for quick and easy configuration. The electronics and software technology gives users precise control over the output speed of the dispenser. Combined with intelligent force management, it ensures that users have complete control over any dispensing operation.
The ElectraFlow Dual Ultra is a significant extension to the COX range of dispensers. It offers the compatibility with the MIXPAC™ application system which includes various 2-component side-by-side cartridges and mixers for many of these applications. Customers benefit from its systems approach which significantly reduces issues with dispenser-cartridge-mixer compatibility.

"The twin rack drive technology is a unique addition to the COX dispenser portfolio", said Matt Lyndon, Head of Engineering at Sulzer Mixpac (UK). "It offers a tool platform which provides the greatest flexibility in dispensing across a range of 2-component platforms, including high viscosity materials. The tool combines precision with high-performance output to maximize productivity in demanding applications."