Electric Engines Metals

400+ materials

200+ employees

100+ years of experience

Electric Engines Metal Components

High-Efficiency Parts for High-Speed and Industrial Electric Motors 

The electric motor industry relies onprecision-engineered, high-strength components to ensure maximum efficiency, safety, and longevity. Rosswag supplies high-performance retaining rings made from stainless steel, designed for use in high-speed rail systems and industrial electric engines. As a trusted supplier for Siemens Vectron and ICE train motors, we deliver components that meet the highest mechanical and thermal resistance requirements. 

Retaining Rings for High-Performance Motors 

Retaining rings play a crucial role in stabilizing rotors and preventing mechanical failuresin high-speed and heavy-duty electric motors. Rosswag provides: 

  • 1.4944 Stainless Steel for High Strength & Durability – Ensuring exceptional mechanical stability under extreme rotational speeds.
  • Optimized for Electromagnetic Compatibility – Reducing eddy current losses and ensuring efficient power transmission.
  • High-Temperature and Corrosion Resistance – Designed to withstand intense thermal loads and long operational lifespans.

Materials:

Our retaining rings are trusted by leading manufacturers like Siemens and are used in: 

🚄 Siemens Mobility Vectron and ICE High-Speed Train Motors – Delivering high reliability for electric rail systems. 
🏭 Industrial High-Power Electric Engines – Supporting energy-efficient and durable performance in demanding environments. 

Why Rosswag for Electric Engine Components? 

  • Trusted by Industry Leaders – Supplying certified and approved retaining rings for Innomotics and other major OEMs.
  • Advanced Metallurgy & Precision Forging – Producing high-performance materialstailored forelectric motor applications.
  • Long-Term Reliability & Efficiency – Engineered for high-speed, high-torque, and high-durability applications. 
  • Rosswag ensures that electric motors in rail transport, industrial applications, and high-speed systems operate with maximum efficiency, precision, and longevity. 

How can we help you?

Do you have questions about the feasibility of a project? Then simply contact us directly!

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