MIXTECH batteries combine the latest electrochemical advancements in battery technology with our patented MIXTECH technology to produce the most significant improvement in performance, reliability and battery life in 50 years.
The #1 killer of batteries is acid stratification. That's bad. We fixed that.
MIXTECH is a patented technology built into every battery that uses the natural movement of the vehicle to keep the acid inside the battery in constant circulation, ensuring uniform acid gravity, enhancing charge acceptance, eliminating acid stratification and extending battery life.
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 EMX - Premium Flooded Batteries
DEPENDABLE FOR ENGINE START
You can forget about premature performance loss and battery failures.
MIXTECH EMX delivers greater charge acceptance, extreme temperature operation, all these while sustaining its original performance protecting your investment.
- Higher sustained performance
- Longer battery life in extreme temperatures
- High cold cranking and reserve capacity
The product range includes models designed to meet or exceed Original Equipment Manufacturers' performance and quality requirements. Complies with Original Part Matching Quality regulations.
Designed to support micro-cycling and partial state of charge use typical of Start-Stop, Anti-Idle, highly equipped vehicles and intense urban driving.
Optimized for extreme temperatures. 360° acid mixing decreases thermal gradients and dramatically improves life at extreme temperatures (cold or hot) when compared with other high-quality lead-acid batteries.
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.
MIXTECH EFB Start-Stop - Enhanced Flooded Batteries
BEST IN ITS CLASS FOR START-STOP CARS
MIXTECH EFB batteries combine MIXTECH technology with the latest Enhanced Flooded Battery breakthroughs in lead alloys and unique carbon additives to improve dynamic charge acceptance and support micro-cycling applications that operate in a Partial State of Charge. MIXTECH EFB is the ideal battery for vehicles with regenerative braking and other powerful fuel-saving features.
- High-energy design for Start-Stop engines
- Supports regular micro-cycle electric loads up to <17.5% DOD
- Suitable for intense urban driving schedules
The product range includes models designed to meet or exceed Original Equipment Manufacturers' performance and quality requirements. Complies with Original Part Matching Quality regulations.
Designed to support micro-cycling and partial state of charge use typical of Start-Stop, Anti-Idle, highly equipped vehicles and intense urban driving.
Optimized for extreme temperatures. 360° acid mixing decreases thermal gradients and dramatically improves life at extreme temperatures (cold or hot) when compared with other high-quality lead-acid batteries.
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.
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.
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.
MIXTECH EFB High Power - Enhanced Flooded Batteries
LEADING CRANKING POWER
Load your truck with a battery with the highest combined CCA and RC of any flooded battery in its class.
MIXTECH EFB High Power battery combines the latest EFB breakthroughs in lead alloys and unique carbon additives to improve dynamic charge acceptance.
- Supports regular micro-cycle electric loads up to <17.5% DOD
- Highest combined CCA and RC of any flooded battery in its class
- Extreme vibration resistance with element and anchor bonding
The product range includes models designed to meet or exceed Original Equipment Manufacturers' performance and quality requirements. Complies with Original Part Matching Quality regulations.
Designed to support micro-cycling and partial state of charge use typical of Start-Stop, Anti-Idle, highly equipped vehicles and intense urban driving.
Optimized for extreme temperatures. 360° acid mixing decreases thermal gradients and dramatically improves life at extreme temperatures (cold or hot) when compared with other high-quality lead-acid batteries.
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.
Element and anchor bonding of cell groups and MIXTECH + XVR components mechanically lock cell connectors and plates in place reinforcing cell stabilization providing Super Heavy-Duty vibration and shock resistance.
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.
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.
Suitable for dual-purpose high-cycle and starting applications with continuous use starting and hotel loads.
MIXTECH EGM High Cycle - Enhanced Glass Mat Batteries
DUAL PURPOSE PERFORMANCE
Looking for a high-performance battery with deep-cycle capabilities?
Our batteries offer latest EFB breakthroughs and the vibration resistance of AGM batteries to produce a far superior flooded high-cycle battery.
- Supports regular high-cycle house loads up to <30% DOD
- High-cycle design for electronically controlled diesel engines
- Extreme vibration resistance with element and anchor bonding
The product range includes models designed to meet or exceed Original Equipment Manufacturers' performance and quality requirements. Complies with Original Part Matching Quality regulations.
Designed to support micro-cycling and partial state of charge use typical of Start-Stop, Anti-Idle, highly equipped vehicles and intense urban driving.
Optimized for extreme temperatures. 360° acid mixing decreases thermal gradients and dramatically improves life at extreme temperatures (cold or hot) when compared with other high-quality lead-acid batteries.
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.
Element and anchor bonding of cell groups and MIXTECH + XVR components mechanically lock cell connectors and plates in place reinforcing cell stabilization providing Super Heavy-Duty vibration and shock resistance.
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.
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.
Compressed AGM cell design with enveloped + non-woven AGM separators reduce plate shedding, provide continuous cycling stability, improve vibration resistance and support optimal performance even in extreme temperatures.
Suitable for dual-purpose high-cycle and starting applications with continuous use starting and hotel loads.
INDUSTRY AWARDS
