ELECTRIC VEHICLE COOLANT TECHNOLOGY
PROTECTING TOMORROW’S BATTERIES

WE’VE BUILT A SUITE OF ELECTRIC VEHICLE COOLANT TECHNOLOGY WITH THE SOLE INTENTION OF ALLOWING OUR CUSTOMERS TO UNLEASH THE TRUE POTENTIAL OF WHAT’S POSSIBLE WITH ELECTRIC VEHICLES.

WHY DO ELECTRIC VEHICLES NEED CORROSION TECHNOLOGY IN THEIR COOLING SYSTEM?

In order to make electric vehicles more affordable, manufacturers need to lower the size and cost it takes to make batteries. Today, companies are producing more power with smaller batteries than ever before. The more power created in a smaller space, the more intense the heat is that gets produced along with it. While many manufacturers started out using distilled water to cool the batteries, they are quickly discovering that as the battery technology improves, the need for a cooling technology that can keep up with their requirements does, too.

Neon dye tracer electric vehicle coolant additive being poured

DESIGNED FOR ELECTRIC VEHICLES

DESIGNED TO EXHIBIT LOW ELECTRICAL CONDUCTIVITY & LIMIT CHANCES OF A FIRE
THROUGHOUT THE COOLANT’S LIFESPAN

While competitive products in the marketplace claim low electrical conductivity, we’ve discovered these products tend to break down over time, causing the conductivity to rise and increasing the chances for a fire. ​Our electric vehicle coolant technology maintains a low electrical conductivity throughout the entire lifespan.

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5 Differences Between Internal Combustion Engine and Electric Vehicle Coolants
Corrosion drained from engine cooling system

PROTECT YOUR METALS WITHOUT HARMING THE ENVIRONMENT

PROTECTION AGAINST DAMAGING RUST & CORROSION IN ELECTRICAL VEHICLE COOLING SYSTEMS

Our decades of experience in corrosion inhibitors allows us to create a sustainable solution that provides maximum protection against damaging corrosion and rust that is commonly found in EV cooling systems. ​Rest assured knowing that your metals - magnesium, aluminum, titanium, stainless steel, and more - are compatible with our green solutions.

BACKED BY RESEARCH

WE EXTENSIVELY TEST THE LONGEVITY OF OUR COOLANT TECHNOLOGY

We test our coolant solutions using a vessel where we heat it up to a high temperature and observe how the coolant ages over time. ​By looking at how well the active ingredients hold up and if the pH and electrical conductivity remain stable during the tests, we’re able to optimize the chemistry for better performance.

Dober's world class support performing Parr Reactor Test

OUR PRODUCT

A CORROSION PROTECTION PRODUCT LINE DEDICATED TO ELECTRIC VEHICLES

EVA-1


Organic Acid Technology (OAT) coolant additive optimized for Battery Electric Vehicles (EBV). Compatible with current BEV models from Tesla, GM, Ford, Kia, Audi, and more.

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EVA-2


Innovative low conductivity coolant technology designed for Hydrogen Fuel Cell Vehicles (FCV) and Battery Electric Vehicles (BEV).

 

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EVA-3


Introducing our most innovative coolant  technology yet. A million-mile coolant designed for next generation million-mile batteries.

 

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GLOBAL SCALE

GROW GLOBALLY WITH EASE

Our super concentrated syrup makes shipping coolant additives as simple and cheap as possible. By leveraging our seven blending sites around the world, you’ll be able to cut shipping costs, lower lead times, and ensure compliance for any region of the globe you wish to grow. ​

Dober ships Electric Vehicle Coolant additives globally

A PARTNERSHIP YOU CAN RELY ON

LOOKING FOR A PARTNER TO HELP DEVELOP A CUSTOM SOLUTION UNIQUE TO YOUR BUSINESS?

Partner with our corrosion technology experts who have decades of experience in developing and delivering coolant additives specifically designed to inhibit scale and corrosion to find the perfect solution for you. ​

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Dober's team of chemists offer onsite support