Revolutionary new QUASARTM batteries from Eternity Technologies offer longer running time, faster charging & improved performance for material handling applications.

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Leading industrial battery manufacturer Eternity Technologies has launched QUASARTM, a new generation of high-performance industrial batteries which utilise advanced Carbon Nanotube Technology (CNT) to meet ever more demanding electrical vehicle applications.

Utilising industry-leading CNT technology means QUASARTM batteries offer longer running time, enhanced lifespan and excellent performance. The innovative CNT technology means these batteries can deliver up to 50% higher performance at cold temperatures, with up to 25% increased run time and 2x faster recharge.

Using the latest manufacturing production processes and equipment, Eternity Technologies’ QUASAR TM batteries are now available to the global market. Designed specifically for the heavy-duty materials handling market, QUASARTM batteries can be fully charged in just 4 hours – and with opportunity charging capabilities offering even greater flexibility. They are ideal for material handling equipment operating in multi-shift, outdoor and cold storage applications. Equally, QUASAR TM is an ideal battery for extremely high temperatures indoors or outdoors.

Dr Mark Stevenson, Eternity Technologies, explains: “QUASARTM, our new technically advanced industrial battery, is a great addition to our already extensive industrial battery range. With increasing demands for longer running batteries for cold storage applications, we developed QUASARTM batteries to meet this requirement perfectly. We’re excited to be launching them into the market.”

The QUASAR TM positive plate utilises thin tube technology, which offers higher energy discharge. It incorporates a market leading phenolic resin which can meet heavy duty operating demands and provides excellent oxidation resistance. The QUASAR TM negative plate contains CNT, which increases its fast charge capability, whilst also resulting in no degradation to life of the batteries.

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