Maximize Efficiency, Sustainability, and Reliability with Parker’s Thermal Management Products
Parker specializes in providing cutting-edge thermal management products specifically designed for the transportation sector, including both on-road and off-road vehicles. Our innovative solutions tackle the unique challenges of heat management in diverse transportation applications, ensuring optimal performance, sustainability, and unmatched reliability.
Our extensive range of products includes high-efficiency cooling systems and durable fluid transfer components that significantly enhance the thermal regulation of critical systems such as engines and transmissions. With Parker, you can trust that our thermal management solutions are engineered to meet the rigorous demands of the transportation industry, delivering superior durability and energy efficiency, even in the most challenging environments.
We collaborate closely with vehicle manufacturers, suppliers, and fleet partners to develop energy-efficient solutions that address climate control and thermal system challenges. Our commitment to innovation and quality ensures that you receive the best products tailored to enhance your vehicle's performance and longevity.
Related Products
Permanent Magnet (PMAC) Motors
Global Vehicle (GVM) electric motors combine high efficiency with integrated cooling. Our patented cooling system allows for the widest speed range and significantly reduces thermal losses, ensuring higher continuous operating performance.
Global Vehicle Inverter
The Global Vehicle Inverter (GVI) delivers continuous power from 75kW to 250kW, featuring compact designs and advanced liquid cooling for optimal thermal management. Ideal for light to heavy-duty vehicles, they ensure reliable performance and easy integration.
Coolant Hoses
Parker coolant hoses are engineered for the highest standards of safety and reliability. Available in various high-grade materials, these flexible hoses offer exceptional heat and chemical resistance. They protect against aging, kinks, leaks, cracking, and ozone, maximizing performance in elevated t
Diesel Fuel Heaters
Racor Nomad™ Diesel Fuel Heaters provide heavy-duty performance in a compact form. These electric heaters pre-heat fuel systems for quick warm-up. Coolant heat exchangers ensure full-flow heat rise, enabling diesel engines to operate efficiently in cold environments.
Coolant Filters
Parker coolant filters, including Hastings & Baldwin, are designed to remove contaminants and replenish lost protectants in engine cooling systems.
Electronic Cooling Hose
A light weight thermoplastic hose designed for the pressure and temperature requirements of the battery mobility market.
Heated Hose Sleeve
EVERTHAW™ hose sleeve features unmatched freeze protection in temperatures as low as -70°F/-57°C.
Push to Connect Fittings
VDA style adapters are quickly becoming the standard in the e-mobility market. Parker’s Tube Fittings Division offers made-to-order metal VDA adapters to meet your unique system’s configuration needs.
Hydraulic Thermal Bypass Valves
Thermal bypass valves modulate fluid temperature by shifting return line flow through the cooler, or bypassing it directly to the reservoir.
Check Valve with Thermal Relief
Poppet style check valve with thermal relieving in the reverse direction to protect the circuit from high hydraulic fluid thermal expansion pressures.
Thermal Management Couplings
The flat-sealing valve design reliably prevents any fluid loss and air inclusion during the coupling and uncoupling process, protecting the sensitive electronics and all electrical connections.
Marine Softwall Wet Exhaust Hose
Designed as a flexible connection for exhaust systems to circulate, cool and transfer hot engine water and exhaust gases in marine engine applications.
Mobile Coolers
A selection of coolers of various cooling capacities such as AC/DC- or hydraulic motor-driven coolers; air oil coolers; air water / Glycol and water oil coolers
Temperature Sensors
IQAN-ST temperature transducers belong to the family of IQAN accessories developed to complement IQAN control systems and is a range of active temperature transducers for mobile hydraulic applications.
Additional Resources
ON-DEMAND WEBINAR
Mastering Thermal Management in EVs: Insights into hose and fittings solutions for enhanced performance and sustainability
- Regulatory Guidelines: Understand the regulatory landscape governing thermal management systems in EVs.
- Standards and Cooling Requirements: Learn about industry standards and cooling specifications crucial for optimal performance.
- Design Considerations: Explore key design factors influencing the efficiency and reliability of hose and fitting systems.
- Prototypes vs. Serial Production: Navigate the transition from prototype development to full-scale production seamlessly.
- Sustainability and Recycling Impact: Discover sustainable practices and their impact on the lifecycle of EV components.
SUCCESS STORY
Coolant Hose and Electric Bus Case Study
While producing its latest generation of electric transportation, a leading bus manufacturer was not satisfied with the cost and complexity of its original battery coolant system. Discover how Parker engineered a system to meet the customer's needs while saving about 25% in material and labor costs.
ON-DEMAND WEBINAR
From Increased Productivity to Reduced TCO: Thermal Management for the Next Generation of Mining Equipment Shouldn't Be Ignored
- The Connection Between Power Sources & Thermal Management
- Where is Thermal Management Critical
- Thermal Management Options
- Safety Elements to Consider
- How to Design the Right Thermal Management Solution
- Product Highlights & Customer Case Studies
Thermal Management Applications We Support
Mining & Off-Road Machinery
Parker's thermal and power management technology offers comprehensive solutions for the complex challenges of heat management in today's mining and off-road vehicles. Optimizing thermal energy management must continue as an integral part of any vehicle development.
Trucks
Trucks move about 72% of the 18.3 billion tons of freight transported across the United States each year. Idling these vehicles to heat and cool cab/sleeper spaces improves driver comfort and safety. Parker's heavy-duty vehicle thermal management research helps cut fleet operating costs, fuel consumption, and emissions by reducing the amount of energy required to control cab temperatures.
Railway
An important aspect of reducing the stress state on the rail deals with controlling the longitudinal forces to safe levels. This is important not only to reduce the number of buckled track incidents but also to reduce the number of rail defect failures. Hence the management of thermal management becomes an important maintenance function of both heavy haul freight and high-speed passenger operations.
Bus & Coach
Thermal management systems in most bus and coach vehicles must be reliable enough to stand up to vibration, climate extremes, and physical wear and tear. Heat pipes provide reliable, durable performance, electrical isolation, and conditioning and electronic control system protection for buses around the globe, in all types of climates and weather. Parker also offers automotive system heat management solutions.
Automotive
Parker thermal management systems perform essential automotive functions, such as reducing thermal load, waste heat recovery, and heat transfer, among others. The global automotive standards have made thermal management systems a mandatory component.
Marine
Reliable cooling is a decisive factor for production, particularly in the marine industry. It is responsible for ensuring adequate temperatures in the turbine, the electronics racks and on the tool, or the machine, itself. The entire production and product life cycle of elements and machines are dependent on the efficiency of the cooling process and how it ensures ideal operating temperatures.
Electric Vehicles
The 232 million light-duty vehicles in the United States account for more than 59% percent of all transportation-related energy use. Parker’s thermal management technologies reduce the amount of energy needed for climate control in both conventional and electric-drive vehicles.