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Tornado selects Trojan deep-cycle batteries to power its floor scrubber equipment
Tornado Industries Inc., a leading manufacturing of industrial cleaning equipment, will include deep-cycle flooded batteries from Trojan Battery Co., LLC in its battery-operated floor scrubber products.
"Tornado prides itself on providing only the highest quality battery floor scrubber equipment to its customers across the U.S., which was the primary reason we selected Trojan batteries - the company shares our commitment to quality," said Jolynn Kennedy, marketing director at Tornado Industries. "With Tornado floor scrubbers being powered by Trojan batteries, customers can be confident that their floor scrubbers will provide the reliable operation and exceptional performance both Tornado and Trojan have become known for."
Tornado has selected Trojan's 30XHS and J185H AC batteries for use in the following Tornado floor scrubber models:
- BR 18/11 and BD 20/11 Walk-Behind Scrubbers
- EZ Floorkeepers 20" and 24" Walk-Behind Scrubbers
- BR 22/14 and BD 26/14 Walk-Behind Scrubbers
- BD 26/26 Walk-Behind Scrubber
- BD 28/20 Walk-Behind Scrubber
- BR 28/27 and BD 26/27 Ride-On Scrubbers
- BR and BD 33/30 Ride-On Scrubbers
Trojan's deep-cycle flooded batteries are engineered with Trojan's advanced battery technologies to maximize floor machine performance, reduce downtime and extend battery life. Featuring T2 TechnologyT, Trojan batteries are engineered for sustained capacity and total overall ampere-hours, resulting in more operating power.
"Trojan's extensive line of deep-cycle flooded batteries provide Tornado floor scrubber equipment with rugged durability and long life to tackle any floor cleaning job," said Dave Godber, executive vice president of sales and marketing for Trojan Battery. "In an industry where unexpected downtime can be costly, a reliable power source is extremely important, and we look forward to supporting Tornado's customer requirements with advanced battery technologies to maximize floor scrubber performance and operating time."
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