MIXTECH EFB Automotive Start-Stop

Discover® MIXTECH EFB batteries for automotive application combine MIXTECH acid mixing technology with the latest Enhanced Flooded Battery breakthroughs in lead alloys and unique carbon additives to significantly improve dynamic charge acceptance and micro-cycle life (17.5% DOD) in partial state of charge (PSOC) Start-Stop vehicle applications.

FILTERS

Industry Reference

BCI

JIS1

JIS2

DIN

CCA

370-470 (6)

471-570 (4)

571-670 (5)

671-770 (6)

771-870 (4)

450-550 (5)

551-650 (5)

651-750 (2)

751-850 (4)

851-950 (5)

951+ (4)

30-45 (10)

46-60 (5)

61-75 (5)

76-90 (5)

60-85 (11)

86-110 (4)

111-135 (5)

136-160 (4)

161-185 (1)

The #1 killer of batteries is acid stratification. That's bad. We fixed that.

Traditional Batteries

Acid stratification happens when the heavier acid separates from the water in the battery's electrolyte and settles at the bottom of the battery, causing excess corrosion and charge imbalance.

MIXTECH Batteries

Incorporate patented MIXTECH technology that uses the motion of your vehicle to continuously mix the electrolyte preventing acid stratification.

MIXTECH EFB Key Benefits

Improved Standard Micro-Cycle Life

MIXTECH EFB offers greater than 3x the micro-cycle life of conventional batteries tested according to DIN75073.7.14, and greater than 2x the micro-cycle life of replacement market EFB batteries tested according to DIN 75073.7.14 (Cycle test 17.5% DOD)

MIXTECH INSIDE

MIXTECH Technology eliminates symptoms related to acid build up. This patented acid mixing achieves 100% homogeneous specific gravity at twice the effectiveness, and less than half the time of pump action mixing elements. View White Paper.

What's in the Box?

MIXTECH. Patented Acid mixing technology
Thick enhanced negative grids with increased active material density
Thick enhanced negative grids with increased active material density
Fiber-lock scrim

Envelope (+) separators
Enhanced calcium tin alloys in the positive grid
Thick positive grids with increased active material density
Element bonding

Reinforced polypropylene case
Integrated carry handles
Central degassing manifold with integrated flame arrestors
Cold forged SAE terminals

Exceeds OEM
Specifications

Product range includes models designed to meet or exceed Original Equipment Manufacturers performance and quality requirements. Complies with Original Part Matching Quality regulations.

Start-Stop
Micro-Cycling

Designed to support micro-cycling and partial state of charge use typical of Start-Stop, Anti-Idle, highly equipped vehicles and intense urban driving.

Extreme
Temperature

Optimized for extreme temperatures. Patented acid mixing technology decreases thermal gradients and dramatically improves life at extreme temperatures (cold or hot) when compared with other high-quality lead-acid batteries.

Vibration
Resistant

Element bonding utilizes two rows of glue applied along the top of the cell groups that help resist positive plate growth and reduces vibration related failures.

Carbon
Boost

Negative plate CARBON additives improve Dynamic Charge Acceptance (DCA) by up to 1.5x and significantly reduce charging time. When used in conjunction with MIXTECH, original DCA is maintained at a level 3.5x greater than conventional or EFB batteries within 6 months of installation.

Enhanced
Alloys

High capacity grids made with Calcium/Tin/Barium enhanced alloys resist corrosion and maximize SHD maintenance free performance and reliability at extreme temperatures. A further advantage of this alloy is its recyclability compared with alloys containing silver.

How do I work with Discover?

Discover sells business to business through its global network of factory warehouses and directly to Original Equipment Manufacturers.

Tell us about you and your company, and a member of our sales team will reach our to you shortly.