Automotive

Enhance engine performance with GKN Powder Metallurgy's high-performance camshaft components, engineered using advanced powder metal technologies. Designed for exceptional durability, precision, and efficiency, these components meet the stringent demands of modern internal combustion engines, hybrid systems, and next-generation powertrains.

By leveraging innovative material formulations and cutting-edge manufacturing techniques, GKN ensures superior wear resistance, optimized strength-to-weight ratios, and enhanced fuel efficiency. Whether for automotive, commercial, or high-performance applications, our camshaft components provide reliable, long-lasting performance in today’s evolving powertrain landscape.

Drive innovation with GKN – precision-engineered for the future of mobility.

Main Bearing Caps (MBC) – Precision and Reliability

Engineered for Performance
Our Main Bearing Caps (MBC) are designed to secure the crankshaft to the engine block, providing exceptional strength, stability, and durability for internal combustion engines. GKN Powder Metallurgy pioneered the PM Main Bearing Cap, introducing a near-to-net shape solution that optimizes material usage and enhances engine performance.

Innovation in Design
Through advanced powder metallurgy technology, our MBCs offer superior dimensional accuracy and reduced machining requirements. This results in lighter, more efficient components without sacrificing strength—perfect for modern high-performance engines.

Key Benefits:

• Near-to-net shape manufacturing for minimal finishing and improved cost efficiency.
• Enhanced durability to withstand high mechanical loads and vibrations.
• Optimized weight and performance for fuel efficiency and engine longevity.

By combining engineering expertise with advanced materials, GKN PM’s Main Bearing Caps set the standard for precision and innovation in automotive engine components.

High-Precision Timing System Components for Engines

Engineered for Reliable Synchronization
GKN Powder Metallurgy specializes in high-precision timing system components designed to ensure efficient and reliable synchronization of internal combustion engine operations. These critical components optimize engine timing to enhance performance, fuel efficiency, and durability.

Advanced Powder Metal Technology
Manufactured using state-of-the-art powder metallurgy, our timing system components deliver exceptional wear resistance, strength, and weight reduction, making them ideal for high-performance engine applications.

Key Benefits:

• Precise Engine Timing – Optimized synchronization for smoother and more reliable engine performance.
• Enhanced Durability – Superior wear resistance for extended component life.
• Lightweight Design – Reduced component weight to improve overall engine efficiency.

GKN Powder Metallurgy delivers innovative timing components tailored to modern engines, ensuring top-tier performance and long-lasting reliability.

Variable Vane Pumps are key components in modern engine systems, designed to optimize efficiency and performance. By adjusting output to match application demands, these pumps enable precise control, resulting in improved fuel economy and reduced energy consumption. GKN Powder Metallurgy utilizes advanced materials and precision manufacturing to deliver high-quality, durable pumps tailored for compact and efficient integration.

Why Choose GKN PM’s Variable Vane Pumps?

• Adjustable Output: Precisely adapts to application demands for enhanced efficiency.
• Energy Savings: Reduces fuel consumption by optimizing energy usage.
• Durable Materials: Engineered to withstand high-pressure and high-temperature conditions.
• Compact Design: Ideal for integration into modern, space-efficient engine systems.
• Precision Manufacturing: Ensures consistent quality and reliable performance.
• Cost-Effective Production: Advanced manufacturing techniques minimize waste and reduce costs.

GKN’s PM Aluminum Cam Caps offer unsurpassed dimensional control, strength, wear resistance and oil retention characteristics. The combination of design freedom, net shape capability and the established performance of the PM process delivers a highly competitive solution, managing logistics and ensuring simple installation.

Key Benefits of GKN’s PM Aluminum Cam Caps:

• Precision Engineering:
  Unmatched dimensional control ensures consistent fit and optimal performance.

• Enhanced Durability:
  High strength combined with superior wear resistance extends service life and reduces maintenance needs.

• Efficient Lubrication:
  Excellent oil retention characteristics maintain proper lubrication, reducing friction and wear.

• Design Flexibility & Efficiency:
  The freedom of design with net shape capability minimizes material waste and machining costs, offering a tailored and competitive solution.

• Streamlined Logistics & Installation:
  The proven PM process simplifies logistics and ensures easy installation, saving time and reducing labor costs.

Turbochargers are forced induction systems that increase engine power by compressing and delivering more air into the combustion chamber, allowing for more efficient fuel combustion and higher performance. Among these, Variable Geometry Turbochargers (VGTs) take efficiency further by adjusting the system's aspect ratio based on engine speed.

VGTs achieve this through a ring of aerodynamically shaped, movable vanes at the turbine inlet, optimizing airflow for improved responsiveness and fuel efficiency. Given the complex geometry and extreme operating conditions of these components, Metal Injection Molding (MIM) provides an ideal manufacturing solution, offering precision, durability, and resistance to high-temperature corrosion.

GKN Powder Metallurgy’s Starter and Stop/Start System Components are engineered to enhance the efficiency and durability of modern automotive powertrains. As vehicle manufacturers work to reduce CO₂ emissions, start-stop technology requires components that can withstand frequent engagement cycles while maintaining high performance and reliability. Our precision-engineered Planetary Gear Sets, Planetary Gears, Ring Gears, and Main Pinions are designed with low-friction surfaces, high-density materials, and custom-tailored tooth and spline geometry to optimize durability and efficiency.

By leveraging advanced powder metal technology, we deliver lightweight, high-strength solutions that provide superior torque performance, wear resistance, and net shape tolerances. These innovations ensure seamless operation in start-stop systems, extending component lifespan while supporting fuel efficiency and sustainability goals. With decades of expertise, GKN Powder Metallurgy continues to drive next-generation mobility with precision-engineered solutions.

GKN Powder Metallurgy’s precision-engineered torque converter components play a critical role in automatic transmissions, ensuring seamless power transfer from the engine to the transmission. As a fluid coupling, the torque converter allows for smooth acceleration, optimized torque distribution, and enhanced driving comfort by efficiently managing speed and power transitions.

Designed for durability and performance, our advanced powder metal components provide high-strength solutions that improve efficiency, wear resistance, and fuel economy in modern powertrains. With expertise in precision manufacturing, GKN delivers customized, high-quality components that meet the evolving demands of next-generation mobility.

One Way Clutches are essential components of automatic transmissions. GKN Powder Metallurgy leverages design freedom, dimensional precision, and high-performance materials to develop innovative clutch systems. These advanced designs are optimized for seamless integration into compact and efficient transmission systems, enhancing performance and reliability.

Why Choose GKN PM’s One Way Clutches?

• Dimensional Precision: Ensures smooth operation and optimal performance in high-demand applications.
• Compact Design: Facilitates easy integration into space-efficient transmission systems.
• High-Performance Materials: Delivers durability and reliability under extreme operating conditions.
• Innovative Design Freedom: Enables tailored solutions to meet specific transmission requirements.
• Enhanced Efficiency: Supports the development of lighter, more efficient transmission systems.
• Proven Reliability: Engineered for consistent performance in automatic transmissions.

A planetary carrier is a critical component in a planetary gear system, which is widely used in automotive transmissions. It supports the planet gears, allowing them to rotate around the sun gear while transferring torque to the output shaft. GKN Powder Metallurgy’s planetary carriers are designed with precision engineering and advanced materials to ensure high performance, durability, and efficiency in demanding applications.

Benefits of a GKNPM Planetary Carriers

• Lightweight Construction:

  • Innovative sinter-brazed and aluminum designs reduce weight while maintaining high strength, improving vehicle efficiency and fuel economy.

• High Strength and Durability:

  • Manufactured using powder metallurgy, offering excellent wear resistance and load-bearing capabilities.
  • Optimized stress distribution for reliable performance under high torque conditions.

• Precision Engineering:

  • Tight tolerances ensure smooth operation, minimal backlash, and efficient torque transfer.
  • Compact designs fit seamlessly into modern transmission systems.

• Advanced Manufacturing:

  • Complex geometries and high precision achieved through cutting-edge powder metallurgy techniques.
  • Fully assembled and ready-to-install carriers streamline the manufacturing process for automotive OEMs.

• Proven Applications:

  • Featured in high-profile projects like Ford’s F-150 10-speed transmission and GM’s 9-speed transmissions, showcasing their reliability and innovation.

• Sustainability:

  • Reduced material waste and energy use during manufacturing.
  • Lightweight designs contribute to lower CO₂ emissions and improved fuel efficiency.

GKN Powder Metallurgy’s One Way Clutches are essential for automatic transmissions, enabling smooth torque transfer and enhanced efficiency. By leveraging the design flexibility of powder metallurgy (PM) and high-performance materials, we develop advanced clutch systems that offer precise dimensional control, durability, and seamless integration into compact, high-efficiency transmission designs.

Our innovative approach ensures optimized performance, reduced weight, and improved fuel economy, supporting the next generation of automotive powertrains. With GKN’s expertise, One Way Clutch systems are engineered for precision, reliability, and superior drivability.

Our Parking Gears deliver superior performance with high strength and precision. Designed with a lightweight net-shape construction, they ensure consistent material quality while minimizing additional machining processes, such as broaching. With standard heat treatment conditions and optimized manufacturing efficiency, these gears provide a cost-effective solution for reliable performance.

GKN PM Parking Gear Benefits:

• High Strength and Durability: Engineered for superior performance under demanding conditions, ensuring long-lasting reliability.
• Lightweight Net-Shape Design: Reduces material usage without compromising strength, optimizing efficiency and fuel economy.
• Consistent Material Quality: Precision manufacturing ensures uniform properties across every gear, enhancing reliability and safety.
• Reduced Machining Requirements: Minimizes additional processes like broaching, saving time and costs.
• Standard Heat Treatment: Meets rigorous industry standards for strength and wear resistance with optimized thermal processes.
• Cost-Effective Solution: Combines high performance with manufacturing efficiency to deliver exceptional value.

GKN Powder Metallurgy delivers high-precision mirror and sensor fixtures designed for modern automotive applications. Our advanced manufacturing expertise ensures robust, lightweight, and durable solutions that enhance vehicle safety, reliability, and performance.

With precision-engineered components, we provide optimized integration for sensors and mirrors, meeting the demands of next-generation driver assistance and automation systems. GKN’s innovative approach guarantees exceptional strength, dimensional accuracy, and long-term durability for automotive manufacturers worldwide.

GKN Powder Metallurgy designs advanced door system components, including actuator housings for latches and closures, to enhance vehicle security and reliability. By leveraging sintered structural parts, we develop compact, high-performance magnetic coils that ensure precise operation and long-lasting durability.

Our expertise in powder metallurgy enables the production of lightweight, efficient, and seamlessly integrated solutions for modern automotive door systems, meeting the industry’s demands for safety, performance, and innovation.

GKN Powder Metallurgy develops high-performance safety components designed to enhance vehicle protection for both passengers and pedestrians. Engineered with advanced powder metal technology, these components provide exceptional strength, energy absorption, and lightweight efficiency, contributing to improved crash performance and reduced vehicle weight.

Our precision-engineered solutions help automotive manufacturers meet stringent safety standards, ensuring optimal protection in critical impact scenarios. With a commitment to innovation and reliability, GKN Powder Metallurgy delivers cutting-edge safety components that support the future of automotive safety and mobility.

GKN Powder Metallurgy designs and manufactures high-performance seating components that deliver exceptional durability, strength, and lightweight efficiency for modern vehicle seats. Engineered using advanced powder metallurgy, our components provide optimal performance, structural integrity, and weight reduction, contributing to improved vehicle efficiency and passenger safety.

• High Strength & Durability – Designed to withstand continuous use and high loads.
• Lightweight Efficiency – Reduces overall vehicle weight for better fuel economy and sustainability.
• Precision Engineering – Ensures smooth, reliable seat movement and adjustment.
• Customizable Designs – Tailored to meet specific OEM and industry requirements.

From automotive seat adjusters and recliner mechanisms to structural reinforcements, our seating components help enhance comfort, safety, and efficiency in modern mobility solutions.

Innovate with lightweight durability—contact us to learn more!

GKN Powder Metallurgy designs and manufactures high-performance steering system components engineered for durability, strength, and lightweight efficiency in modern vehicles. Utilizing advanced powder metallurgy, our components provide precise control, enhanced safety, and reduced vehicle weight, contributing to improved handling and fuel efficiency.

• High Strength & Durability – Withstands continuous use and high torque forces.
• Lightweight Efficiency – Reduces overall vehicle weight for better performance and sustainability.
• Precision Engineering – Ensures smooth and accurate steering response.
• Customizable Designs – Tailored solutions to meet OEM and industry requirements.

From rack-and-pinion systems to electric power steering components, our steering solutions help deliver a safer, smoother, and more efficient driving experience.

GKN Powder Metallurgy’s Braking System Components are engineered to deliver exceptional safety, reliability, and efficiency across a wide range of braking technologies. Designed for traditional hydraulic systems, advanced electronic braking, and next-generation regenerative braking, our components ensure consistent performance, durability, and lightweight efficiency for modern vehicles.

• Reliable Stopping Power – Optimized for safety and performance in all braking conditions.
• High Strength & Wear Resistance – Built to withstand extreme temperatures and pressures.
• Lightweight & Efficient – Reduces overall vehicle weight for improved fuel economy and sustainability.
• Customizable Solutions – Designed to meet the precise needs of OEM and industry applications.

From hydraulic brake components to electronic braking and regenerative systems, our precision-engineered braking solutions help enhance vehicle safety, efficiency, and control.

GKN Powder Metallurgy offers a range of components tailored for X-by-Wire systems, including actuator housings, gear components, sensor casings, structural brackets, and precision couplings, all produced using advanced Powder Metallurgy processes. These parts are designed to meet the demanding specifications of electromechanical actuation, providing precision, durability, and efficiency in modern vehicle applications.

Key Advantages of our X-By-Wire Components:

• Low Friction Surfaces:
  Advanced materials and coatings ensure minimal resistance, reducing wear and improving system efficiency over time.

• Net Shape Tolerances:
  Components are manufactured with high precision, allowing for tight tolerances that enhance the performance and integration of X-by-Wire systems.

• High Density and Torque Performance:
  Electromechanical actuators deliver superior torque and power density, ensuring robust performance even under demanding conditions.

• Energy Efficiency:
  Unlike hydraulic systems that continuously consume energy, electromechanical actuators operate on-demand, resulting in significant energy savings.

• Reduced Weight and Complexity:
  Removing hydraulic systems reduces vehicle weight, improves fuel efficiency, and simplifies assembly and maintenance.

GKN Powder Metallurgy designs and manufactures high-performance Gear Drive Components that deliver smooth power transmission, high durability, and optimized efficiency for automotive, industrial, and heavy-duty applications. Engineered using advanced powder metallurgy, our components ensure reduced friction, enhanced load capacity, and long-lasting reliability in demanding environments.

• Precision Power Transmission – Ensures smooth and efficient torque transfer.
• High Strength & Wear Resistance – Built to withstand extreme loads and operating conditions.
• Optimized Efficiency – Reduces energy loss and enhances system performance.
• Customizable Solutions – Tailored designs to meet specific application requirements.

From automotive drivetrains to industrial machinery and robotics, our gear drive components provide the strength, reliability, and efficiency your systems demand.

GKN PM specializes in manufacturing high-performance components for shock absorbers using advanced Powder Metallurgy (PM) techniques. These components are designed to enhance durability, reliability, and precision, meeting the demanding requirements of modern suspension systems. By leveraging PM technology, GKN PM delivers cost-effective, net-shape solutions with superior material properties, ensuring optimal performance in a wide range of automotive applications. Whether for passenger vehicles or high-performance vehicles, GKN PM’s shock absorber components provide the perfect balance of strength and efficiency.

GKN is revolutionizing differential gear options with forged Powder Metallurgy (PM) technology. This advanced manufacturing process delivers superior power density, improved safety margins, and significant space and weight savings. Ideal for eDrive gearboxes and AWD power transfer units, these innovative solutions are designed to meet the increasing demands of higher torque and efficiency in modern vehicles.

• Superior Power Density:
  Forged PM technology enhances gear strength and efficiency, ensuring reliable performance under high torque demands.

• Improved Design Safety Factors:
  Provides increased safety margins, ensuring durability and reliability in critical applications.

• Space and Weight Savings:
  Optimized designs reduce size and weight, contributing to better energy efficiency and vehicle performance.

• Ideal for eDrive Applications:
  Tailored for eDrive gearboxes and AWD power transfer units, supporting the needs of electrified and hybrid vehicles.

• Innovative Manufacturing:
  Combines the precision of Powder Metallurgy with the strength of forging, offering advanced solutions for modern drivetrains.

GKN Powder Metallurgy offers a comprehensive range of rear axle bearing adjusters, manufactured to the highest standards using advanced techniques. These components ensure precise adjustments, minimize wear, and enhance the performance and longevity of rear axle systems, making them ideal for modern vehicles.

• Accurate Adjustments:
  Helps achieve proper alignment for efficient operation of the rear axle system.

• Minimized Wear:
  Reduces friction to decrease wear and extend the functional lifespan of components.

• Improved Performance:
  Contributes to reliable and consistent operation under a range of driving conditions.

• Increased Durability:
  Designed to maintain functionality over extended periods with reduced maintenance.

• Precision Manufacturing:
  Produced with advanced techniques to ensure consistency and reliability for automotive applications.

GKN Powder Metallurgy provides advanced transfer case components specifically designed for All-Wheel Drive (AWD) systems. These components are engineered to ensure efficient power transfer, durability, and performance under demanding driving conditions.

• Efficient Power Distribution:
  Facilitates seamless transfer of power between axles, enhancing traction and stability.

• Durable Construction:
  Designed to withstand high torque and challenging operating conditions, ensuring reliability.

• Precision Engineering:
  Manufactured with tight tolerances for consistent performance and compatibility within AWD systems.

• Optimized for Efficiency:
  Reduces energy loss and enhances overall drivetrain efficiency.

• Versatile Applications:
  Suitable for a wide range of vehicles, from passenger cars to off-road and performance models.

GKN Powder Metallurgy manufactures high-quality cam rings using advanced Powder Metallurgy techniques designed for precision and efficiency. By leveraging sinter hardening and tempering, our cam rings avoid the need for external heat treatment, resulting in improved accuracy and performance while reducing environmental impact.

Key Features:

• Sinter Hardening & Tempering:
  Enables heat treatment during sintering, eliminating the need for separate external processes.

• Improved Accuracy:
  Tight tolerances and controlled dimensions achieved through near-net shape manufacturing ensure superior fit and function.

• Reduced Machining:
  Near-net shape production minimizes post-processing, lowering manufacturing costs and lead times.

• Lower Friction Design:
  Incorporation of lubrication slots and optimized PM material reduces friction and wear for enhanced performance.

• Environmental Benefits:
  Efficient processes result in reduced CO₂ emissions and energy consumption, supporting sustainable manufacturing practices.

These cam rings are engineered to deliver durability, precision, and low friction performance, making them an ideal choice for modern automotive applications seeking both quality and sustainability.

GKN Powder Metallurgy develops more efficient hydraulic components that integrate into the major structural vehicle components and create intelligent solutions for combustion engines, transmission and body & chassis applications.

GKN Powder Metallurgy designs and manufactures high-performance Compressor Components that enhance efficiency, durability, and precision in automotive, industrial, and energy applications. Utilizing advanced powder metallurgy, our components ensure optimized air and gas compression, reduced energy consumption, and long-lasting reliability in even the most demanding environments.

• Optimized Compression Efficiency – Ensures smooth airflow and pressure regulation.
• High Strength & Wear Resistance – Engineered for durability under extreme operating conditions.
• Lightweight & Energy Efficient – Reduces system weight and enhances performance.
• Customizable Solutions – Designed to meet specific compressor system requirements.

From automotive turbochargers to industrial air and gas compressors, our precision-engineered compressor components provide the reliability and efficiency needed to keep systems running at peak performance.

GKN Powder Metallurgy’s Gear Pump Components are engineered to enhance efficiency, durability, and performance in hydraulic systems across automotive and industrial applications. Utilizing advanced powder metallurgy, our components provide smooth fluid transfer, high wear resistance, and reliable operation, ensuring optimal system performance in demanding environments.

• Efficient Fluid Transfer – Ensures consistent and smooth hydraulic operation.
• High Wear Resistance – Designed for durability in high-pressure applications.
• Optimized Energy Efficiency – Reduces friction for improved system longevity.
• Customizable Solutions – Tailored to meet specific hydraulic system requirements.

From automotive fuel and oil pumps to industrial hydraulic systems, our precision-engineered gear pump components provide the strength and reliability your system demands.

GKN Powder Metallurgy’s Planetary Rotor Pump Components are engineered to deliver efficient fluid movement, precise flow control, and exceptional durability in automotive, industrial, and hydraulic applications. Designed with advanced powder metallurgy, these components ensure smooth operation, reduced friction, and optimized energy efficiency, making them ideal for demanding environments.

• Optimized Fluid Flow – Ensures smooth and efficient operation.
• High Strength & Wear Resistance – Designed for durability in high-pressure applications.
• Low Friction & Energy Efficient – Reduces power consumption and enhances longevity.
• Customizable Solutions – Tailored to meet specific system requirements.

From automotive lubrication and fuel pumps to industrial hydraulic systems, our planetary rotor pump components provide the reliability and precision your systems demand.

GKN Powder Metallurgy designs and manufactures high-performance Oil and Water Pump Components engineered for maximum efficiency, durability, and precision in automotive, industrial, and heavy-duty applications. Using advanced powder metallurgy, our components ensure smooth fluid flow, minimal energy loss, and long-lasting reliability in even the most demanding environments.

• Optimized Fluid Flow – Enhances efficiency and system performance.
• High Wear Resistance – Built for durability in high-load and high-temperature conditions.
• Precision Engineering – Reduces friction and improves energy efficiency.
• Customizable Designs – Tailored to meet specific application requirements.

From automotive cooling and lubrication systems to industrial and heavy-duty fluid management, our oil and water pump components provide the reliability and performance your system demands.

GKN Powder Metallurgy’s Crescent Pump Components are designed for efficient fluid transfer, reduced pulsation, and long-lasting durability in automotive, industrial, and hydraulic applications. Manufactured using advanced powder metallurgy, these components ensure precise fluid movement, optimized energy efficiency, and high wear resistance for demanding environments.

• Smooth & Consistent Flow – Reduces pulsation for optimal performance.
• High Wear Resistance – Built for durability in high-load applications.
• Optimized Efficiency – Minimizes friction for improved energy savings.
• Customizable Designs – Engineered to meet specific application needs.

From automotive fuel and lubrication systems to industrial fluid handling, our crescent pump components deliver the precision and reliability your system requires.

GKN Powder Metallurgy’s External Gear Pump Components are designed for precise fluid transfer, high-pressure capabilities, and long-lasting durability in automotive, industrial, and hydraulic systems. Engineered using advanced powder metallurgy, these components ensure consistent flow, reduced friction, and optimized efficiency for demanding applications.

• Smooth & Precise Fluid Transfer – Ensures stable and efficient operation.
• High-Pressure Resistance – Built to withstand demanding environments.
• Wear-Resistant & Durable – Engineered for longevity and minimal maintenance.
• Customizable Designs – Tailored solutions to meet specific performance requirements.

From lubrication and fuel delivery systems to hydraulic power applications, our external gear pump components deliver exceptional reliability and efficiency for your most critical operations.

Optimize your fluid power system—contact us today!

G-Rotor Pump Components with tailor-made design according to customer needs. Long service life. Reduced wall thickness. Lubrication and actuation pumps. High efficiency due to optimized clearances ends up in CO2 reduction. Excellent hydraulic volumetric efficiency. PM net shape advantage reduces material waste and machining costs.

GKN Powder Metallurgy’s Pendulum Pump Components are engineered for smooth and efficient fluid movement, delivering precise control and high durability in automotive, industrial, and hydraulic applications. Manufactured using advanced powder metallurgy, these components ensure optimized performance, reduced wear, and energy efficiency for demanding environments.

• Smooth & Efficient Motion – Enhances fluid transfer and system stability.
• High Durability & Wear Resistance – Built for long-lasting performance in high-load conditions.
• Optimized Energy Efficiency – Reduces friction for improved system operation.
• Customizable Designs – Tailored to meet specific application requirements.

From automotive fuel and lubrication systems to industrial fluid management, our pendulum pump components provide the precision and reliability your systems demand.

Drive efficiency with precision—contact us to learn more!

GKN Powder Metallurgy’s Piston Pump Components are designed for efficient fluid displacement, high-pressure resistance, and long-lasting durability in automotive, industrial, and hydraulic systems. Manufactured with advanced powder metallurgy, these components ensure smooth operation, reduced friction, and optimized energy efficiency for demanding applications.

• High Pressure Capability – Engineered to withstand extreme operating conditions
• Optimized Fluid Flow – Ensures smooth and consistent performance
• Wear-Resistant & Durable – Built for longevity in high-load environments
• Customizable Designs – Tailored solutions to meet specific application needs

From automotive fuel injection systems to hydraulic machinery, our piston pump components provide the precision and reliability your system demands.

Boost efficiency and performance—contact us today!

GKN Powder Metallurgy’s Vacuum Pump Components are designed for efficient air and gas removal, ensuring consistent vacuum performance across automotive, industrial, and medical applications. Manufactured using advanced powder metallurgy, our components offer high durability, low friction, and optimized efficiency for demanding environments.

• Consistent Vacuum Performance – Ensures reliable air and gas removal
• High Wear Resistance – Engineered for durability in high-load applications
• Low Friction & Energy Efficient – Reduces power consumption and enhances longevity
• Customizable Designs – Tailored to meet specific system requirements

From automotive braking systems to industrial processing and medical suction pumps, our vacuum pump components deliver precision and reliability where it matters most.

Optimize your vacuum system—contact us to learn more!

GKN Powder Metallurgy’s Constant Vane Pump Components are designed for precise fluid control, high efficiency, and long-lasting durability in demanding applications. Engineered using advanced powder metallurgy, these components deliver smooth, consistent performance in automotive, industrial, and hydraulic systems.

• Optimized Fluid Flow – Ensures stable and efficient operation
• High Wear Resistance – Designed for durability in high-pressure environments
• Precision Engineering – Reduces friction and enhances system performance
• Customizable Solutions – Tailored to meet specific application requirements

From automotive oil and fuel pumps to industrial hydraulic systems, our constant vane pump components provide the reliability and efficiency your systems demand.

Let’s optimize performance—contact us to discuss your application!

GKN Powder Metallurgy’s Sensor Components are engineered for accurate detection and signal conversion, enabling precise monitoring and control across a wide range of industries. These components play a critical role in automotive systems, industrial automation, medical devices, and consumer electronics, converting physical, chemical, or environmental changes into actionable electrical signals.

• High Sensitivity & Accuracy – Ensures reliable measurement and system response
• Durable & Efficient – Designed for long-lasting performance in demanding environments
• Customizable Solutions – Engineered to meet specific sensing technology requirements
• Versatile Applications – Ideal for temperature, pressure, motion, and environmental monitoring

Whether for real-time system monitoring, automation, or advanced control systems, our sensor components provide the precision and reliability your application demands.

GKN Powder Metallurgy’s Solenoid Components are versatile, high-performance solutions for electromechanical systems that require precise and efficient motion control. As a critical part of electromagnetic devices, these components convert electrical energy into mechanical motion, enabling smooth and reliable operation across a wide range of applications.

• High Precision & Responsiveness – Ensures accurate motion control in demanding systems
• Durable & Efficient – Engineered for long-lasting performance and energy efficiency
• Customizable Solutions – Tailored designs to meet specific application needs
• Versatile Applications – Ideal for automotive, industrial automation, and more

From automotive actuators to industrial automation and medical devices, our solenoid components provide the reliability and performance your system demands.

Power your innovation with precision—contact us to discuss your requirements!

GKN Powder Metallurgy manufactures high-performance heat sinks in a variety of materials, including lightweight aluminum, to meet the diverse needs of modern thermal management systems. Designed to efficiently dissipate heat, these heat sinks ensure the reliability and performance of electronic and mechanical components. With advanced manufacturing techniques, GKN PM delivers durable and customizable solutions for a wide range of applications.

Why Choose GKN PM’s Heat Sinks?

• Material Versatility: Available in multiple materials, including aluminum, for tailored performance.
• Superior Thermal Management: Optimized designs ensure efficient heat dissipation for critical systems.
• Lightweight Solutions: Aluminum options reduce system weight while maintaining strength and durability.
• Customizable Designs: Flexible manufacturing capabilities to meet unique application requirements.
• Durable and Reliable: Engineered to perform under demanding thermal and mechanical conditions.
• Sustainable Manufacturing: Powder metallurgy processes reduce material waste and energy usage.

GKN Powder Metallurgy designs and manufactures high-performance Electromagnetic Clutch and Brake Components engineered for precise torque transmission, durability, and energy efficiency. Our advanced powder metallurgy solutions optimize performance for automotive and industrial applications, ensuring reliable operation in demanding environments.

• Precision Torque Transmission – Smooth and accurate engagement for optimal performance
• High Durability – Engineered for long-lasting operation under high loads
• Efficient Energy Management – Reduces energy loss and enhances system efficiency
• Custom Solutions – Designed to meet the specific requirements of your application

From automotive drivetrains to industrial automation, our electromagnetic clutch and brake components deliver the reliability and performance you need.

Let’s drive efficiency together—contact us to discuss your application!

GKN Powder Metallurgy’s Axial Flux Motor and Generator Components are designed for high-performance applications where power density, efficiency, and compact design are critical. Leveraging advanced powder metallurgy and additive manufacturing technologies, we deliver precision-engineered solutions that optimize energy conversion while reducing weight and space requirements.

• High Power Density – Maximize performance in a compact footprint
• Lightweight & Efficient – Reduce system weight without compromising strength
• Customizable Designs – Tailored solutions to meet specific application needs
• Advanced Manufacturing – Cutting-edge materials and processes for superior performance

From electric vehicle powertrains to renewable energy systems, our axial flux components enable next-generation efficiency and sustainability.

Let’s shape the future of electric propulsion together. Contact us to discuss your application!

GKN Powder Metallurgy specializes in high-performance components for linear motors, delivering precise motion control, high force output, and superior energy efficiency. Our advanced powder metallurgy solutions enable the production of complex, high-strength components that enhance the performance and durability of linear motion systems.

Designed for industrial automation, robotics, transportation, and medical devices, our precision-engineered components ensure smooth, reliable operation and optimized power efficiency. With innovative materials and cutting-edge manufacturing, GKN provides customized solutions that drive next-generation motion technology across multiple industries.

GKN Powder Metallurgy develops high-performance components for Transversal Flux Motors (TFM) and Generators, designed to enhance efficiency, power density, and compactness in modern electrification applications. Our advanced powder metallurgy solutions enable the production of complex, high-precision components that optimize magnetic performance and energy conversion, ensuring superior motor and generator efficiency.

By leveraging innovative material compositions and precision manufacturing, GKN delivers lightweight, high-strength components that support next-generation electric powertrains. Whether for automotive, industrial, or renewable energy applications, our TFM and generator solutions provide exceptional performance, reliability, and sustainability in the transition to electrified systems.