Mechanical Components

Mechanical components form the backbone of various industrial systems, facilitating motion, support, and control. They ensure reliable performance, enhancing the efficiency and durability of machinery.

  5. AFLAS ORNGO12F10484 O-Ring .139 x 10.484"

    O-Rings

    AFLAS ORNGO12F10484 O-Ring .139 x 10.484"

    ORNGO12F10484 O-Ring Aflas .139 x 10.484"

    O-Ring Aflas .139 x 10.484"

  6. Applied Materials, 3700-01865, O-Ring

    O-Rings

    Applied Materials, 3700-01865, O-Ring

    Applied Materials, 3700-01865, O-Ring ID 11.475 CSD .210 Viton 75 Duro B

    O-Ring ID 11.475 CSD .210

  7. Tosoh 389SC1100 O-Ring, 20.0 CSD.210 70 Duro

    O-Rings

    Tosoh 389SC1100 O-Ring, 20.0 CSD.210 70 Duro

    Tosoh 389SC1100 O-Ring, 20.0 CSD.210 70 Duro

    O-Ring, 20.0 CSD.210 70 Duro

Popular Manufacturers

Novellus Systems, In Applied Materials Varian DuPont Unknown Tokyo Electron Ltd PACIFIC RUBBER Parker Kalrez Greene, Tweed Tech

Common Applications

automotive systems

manufacturing machinery

robotic automation

aerospace engineering

construction equipment

agricultural machinery

Buying Guide

Mechanical Components Buying Considerations

  • Evaluate load capacity and durability for your specific application.
  • Choose materials that are compatible with the operating environment.
  • Consider the ease of integration with existing systems.
  • Prioritize components with proven reliability and manufacturer support.
  • Check the availability of replacement parts and service options.

Frequently Asked Questions

What are mechanical components used for?
Mechanical components are used in machines to facilitate movement and provide structural support.
How do I choose the right mechanical component?
Consider the application's load requirements, material compatibility, and operational environment.
Can I find surplus mechanical components?
Yes, corporate surplus marketplaces often offer a variety of mechanical components.
What industries rely on mechanical components?
Industries like automotive, aerospace, manufacturing, and robotics heavily rely on mechanical components.