Fuel Efficient Automotive Thermal Management Modules
Today’s downsized automotive engines present a variety of optimization challenges for manufacturers. These engines require compact and lightweight thermal management solutions to regulate drivetrain and engine temperature while ensuring reduced fuel consumption. Automotive manufacturers must employ powerful yet light solutions to satisfy ever-expanding sustainability and performance demands of a high-performance automotive themal management system.
Syensqo helps automotive manufacturers maximize internal combustion engine (ICE) performance with lighter, more durable automotive thermal management modules that regulate drivetrain temperature to boost fuel efficiency and increase sustainability. Syensqo’s innovative thermal management solutions deliver more targeted and effective temperature control to ensure greater fuel economy.
Advanced Materials for Enhanced Automotive Thermal Regulation
Contemporary thermal management solutions must deliver precise drivetrain temperature control in a smaller, more sustainable package suitable for downsized engines. Automotive manufacturers trust Syensqo’s industry-leading technologies to optimize engine performance for greater vehicle sustainability and longevity. Syensqo's thermal management solutions include Amodel® PPA for improved housing and Ryton® PPS for internal valve balls
Internal Ball Valves
Internal Ball Valves operate under demanding environments. Therefore, they need to be composed of materials that prevent moisture absorption while being resistant to coolants with temperatures of 135 C°. Syensqo’s Ryton® PPS R-7-220 NA not only provides high-quality service under high temperatures but also tight dimensions due to low warpage and moisture absorption.
Housings & Sleeves
Housings in thermal management modules are exposed to long hours of operation and must demonstrate toughness in a wide range of scenarios. Amodel® PPA offers enhanced property performance, property retention in glycol for up to 3,000 hours, and lower moisture uptake than conventional materials.
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