Advanced Materials for Air Management and Exhaust Systems
To keep internal combustion systems working at optimal capacity, they require outstanding air management and exhaust systems. However, because of their complexity, these systems require a unique combination of performance and safety qualities. From stiffness to high heat resistance, it takes a vast range of products and materials to ensure that air management and exhaust systems are efficient and reliable.
Manufacturers of internal combustion engine (ICE) systems rely on Syensqo’s specialty solutions for air management and exhaust systems. As one of the most trusted partners and material developers in the automotive industry, Syensqo solutions are well-suited for complex air management applications within ICE systems to perform under stringent environments and regulatory standards.
High-Quality Solutions for Air Management and Exhaust Systems
Air management and exhaust systems are composed of several intricate components, and each part within the system requires a distinct selection of processing and performance properties. Our products provide key benefits to meet in-demand industry trends, such as dimensional stability, lightweighting, design freedom, thermal and chemical resistance, and more. Syensqo materials such as Amodel® PPA, Ryton® PPS, Torlon® PAI, KetaSpire® PEEK and Tecnoflon® FKM are widely used in several air management and exhaust system components, including turbo duct, charge air cooler, turbocharger mechanical and electrical components, electrical actuator, and hoses.
Turbo Ducts and Hoses
Turbo ducts and hoses are crucial components of the air management system as they must withstand extreme temperature, aggressive chemicals, and internal pressures. Syensqo's Ryton® PPS and Tecnoflon® FKM are great solutions for turbo outlet ducts and hoses due to their outstanding durability, resistance to high temperatures, resistance to acid gas, and property retention.
Charge Air Cooler Housings
Charge air coolers play a critical role in optimizing performance of turbocharged engines. Syensqo's Amodel® PPA HH or Ryton® PPS are ideally suited to withstand the severe temperature, chemical, and mechanical environment of a charge air cooler housing, capable of temperatures up to 230 °C continuous.
Turbocharger Mechanical and Electrical Components
Syensqo's materials are useful for turbocharger applications such as electronic wastegate actuator housing and actuation coupling rods. To address industry concerns with such complex parts, our portfolio of solutions includes brands such as Amodel® PPA, Ryton® PPS, Torlon® PAI and KetaSpire® PEEK. These products address key performance and mechanical properties such as lightweighting, dimensional stability, and more.
Electrical Actuator
For electrical actuators to remain reliable in a market that shifts towards electrification, they require high-heat resistance, stiffness, and chemical resistance. Ryton® PPS grades strengthen actuators to exhibit component consolidation as well as weight-saving benefits in comparison to metal.
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