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Electrification: More than Just a Trend
This video explains how electrification can refer to more than electric vehicles. Electrification is using battery technology in place of traditional fossil fuels to power mining equipment, marine transportation, and even your home.
Electric Mobility Applications
Discover our specialized e-mobility materials designed to enhance the performance and reliability of electric vehicle batteries, electric motors, and power electronics. Our portfolio includes advanced thermal management materials, durable adhesives, effective potting and encapsulation solutions, and protective coatings, engineered to optimize heat dissipation, electrical insulation, and mechanical protection. Our materials help improve efficiency, extend lifespan, and ensure safety in demanding electric mobility applications.
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Advanced Materials for Batteries
Gap Fillers, Potting and Adhesives for Battery Pack Thermal Management and Assembly
As consumer demand for higher-performing electric vehicles continues to rise, so does the need for highly engineered solutions that enable these vehicles to have higher power density, faster charging, and increased safety and reliability in their batteries. Parker Lord is a total solutions provider to OEMs and Tier suppliers looking to design highly reliable electronic components for electric vehicle end-use.
Increasing Electric Motor Life
Potting and Encapsulants for Electric Motor Thermal Management
Heat robs a motor of power and shortens its life. To manage that heat, we have our CoolTherm® thermally conductive epoxy and silicone potting for electric motors. These thermally conductive materials enable you to increase the power density and life of your motor.
Protecting Power Electronics
Potting, Dielectric Coatings, Gap Fillers and Adhesives for Assembling Power Electronics
Thermal management extends beyond batteries in electric vehicles - it's also crucial for EV power electronics such as inverters, converters and on-board chargers. These components need materials that address issues related to efficiency, durability and safety. Our CoolTherm thermal management materials directly tackle these challenges, enabling the development of compact, lightweight power electronics that boast high power density.
Material Solutions for e-Mobility
We offer highly engineered, innovative, high performance solutions to meet the needs of the EV era. From materials to mechanical solutions, we are ready to support our customers in the EV industry as they develop zero-emission designs.
CoolTherm Thermal Management
Parker Lord's customizable CoolTherm thermal management materials remove heat from electronics and electric mobility applications.
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Innovative Coating Solutions
Dielectric coatings provide electrical insulation to protect electric vehicle battery packs.
Proven Structural Adhesives
From battery box assembly to hem-flange bonding, our adhesive solutions lead to lighter-weight vehicles.
Enhancing EV Safety & Efficency
Segments We Serve
We are electrifying transportation around the world! While the core of our business is with automotive OEMs and tier suppliers of electric vehicles, our technology can help electrify a variety of other transportation and industrial types, from trucks to industrial equipment and beyond. If you're working on the future of e-mobility, contact our team to see how our electrification solutions can work in your unique design.
Passenger Cars & SUVs
Transitioning technology from ICE to EV
Our materials and expertise are why we work with nearly every OEM around the world to bring their designs to life. With nearly a decade of EV expertise & global expansion, we support our customers in their efforts to electrify new models. We transform complex engineering challenges into real-life applications through our passions & attentiveness to our shared future.
Electric Aircraft
Soaring to New Heights
Among electric aircraft, there is little standardization in the design of the most critical component – battery packs. From different cell chemistries and form factors to different performance requirements, no two designs are the same. Our team applies our expertise from other forms of electrified transportation to help your electric aircraft and EVTOL designs reach new heights.
Electric Fleets
Applications: Battery Packs, e-Motor, Chargers, Inverters, Sidewall, Cab Bonding
Medium- and heavy-duty trucks, a vehicle category that includes delivery vans & tractor-trailers, consume a lot of fuel. Emissions from fleets are responsible for a large percentage of greenhouse gas emissions globally. Electrifying fleets is an important part of achieving global CO2 reductions. Innovative e-truck designs can be achieved by using assembly and protection materials contributing to a lighter weight and high-performing electric vehicle.
e-Scooters
Electrified Two and Three Wheelers
With the growth of electric vehicles around the world showing no sign of slowing, electric or e-scooters (both two- and three-wheelers) are at the forefront. E-scooters are lightweight, carbon-efficient and can maneuver through congested traffic. With EV technology becoming more affordable, e-scooters are now cheaper to ride than other modes of transportation, and the up-front and operational costs for owners are greatly reduced.
Electric Off-Highway & Industrial Equipment
Off-Highway e-Mobility
The global off-highway electric vehicle market is growing at a meteoric rate. This rapid growth is fueled by increased government regulation, advancement in technology, and environmental concerns. With electrified designs comes the need for material solutions that will help keep the heat out of battery designs, provide structural integrity, and provide an overall safer design.
Electric Recreational Vehicles & Marine
Electric Travel Off-Road & On Water
All around us, e-Mobility is seeping into how we travel - on the road, off-road, and on water. Our thermal management materials, including gap fillers, potting, coatings, and adhesives, are here to enable recreational vehicles and marine designs alike to achieve zero emissions.
Working on electrifying your design? Speak with one of our experts to see how we can collaborate.
Call Us at 877-275-5673
Electrification Brochure
We work with our customers to deliver the best thermal management products for complex applications, moving with speed and agility to create highly-engineered solutions for the EV industry to manage heat and increase power density. Check out our electrification brochure for details on our fully customizable line of CoolTherm® thermal management products.
eBook: Thermal Management for Electric Vehicles and Electronics
Electric vehicles - including automobiles, buses, trains, off-road vehicles, watercraft, and aircraft are here to stay. A key challenge in developing higher-power-density electronics for electric vehicles and other applications is to manage the heat. This e-book covers topics crucial to thermal management in your applications.
Whitepaper: Battery Cooling Performance
A study is conducted to compare thermal performance in battery modules using different thermal interface materials (TIMs) to connect the battery cells to a cooling plate. CoolTherm® liquid-dispense gap fillers are compared with thermal gap pads of comparable thermal conductivity.
Electric Scooters in India: What Does the Future Look Like?
There’s been a rapid growth of electric vehicles (EVs) in the past few years from nearly 740,000 in 2016 to upwards of 5.6 million today, so it’s no question that automakers are making advancements toward mass market adoption. Learn about the rise of the e-scooter in India.
How Electric Vehicles Are Driving Growth of Autonomous Vehicles
There is a trillion-dollar market developing around the world through the use of disruptive technology in driverless vehicles. Read about what's driving the shift in technology and enhancing adoption.
Electrifying Medium and Heavy Duty Trucks: Part One
Medium- and heavy-duty trucks, a vehicle category that includes delivery vans and tractor-trailers, consume a lot of fuel. Emissions from these vehicles are responsible for a large percentage of greenhouse gas (GHG) emissions globally. There's a large opportunity to decrease emissions by going electric. Learn more by reading part one of our blog series.
Electric Aircraft Technologies Are Soaring to New Heights
While large all-electric commercial aircraft are likely years away from becoming a reality, aircraft electrification is already underway. The National Renewable Energy Laboratory (NREL) reports that small-scale electric and hybrid aircraft are currently under development, with small e-aircraft already certified for flight. Read about the rise of electric aircraft.
e-Mobility FAQs
Expand each section below for answers to frequently asked questions on electric vehicle battery types and protecting from shock.