From idea to market-ready product, our NPI solutions make every stage easier, faster. Discover How We Help
Language

FAQ Category

FAQ

  • Q What is the main advantage of C101 over C110?

    A
    C101 has higher purity and better electrical  c onductivity, making it ideal for high-end  electronics.

  • Q Why is C101 called oxygen-free copper?

    A
    Because it has less than 0.0005% oxygen, which  prevents hydrogen embrittlement.

  • Q Is C110 suitable for welding and brazing?

    A
    Yes, but oxygen content can cause  e mbrittlement in some processes; deoxidized  copper grades may be better for welding.

  • Q How does C110 compare to C101 in conductivity?

    A
    C110 has slightly lower conductivity due to  oxygen content, but is still excellent for most  electrical uses.

  • Q Why is C110 the most widely used copper grade?

    A
    Because it provides an excellent balance of  conductivity, formability, and cost.

  • Q Can copper be finished after machining?

    A
    Yes. Copper can be polished, plated, or  coated to prevent oxidation and enhance  appearance.

  • Q What industries use CNC copper components?

    A
    Electronics, automotive, aerospace, HVAC,  and power generation all rely on copper for  conductivity and durability.

  • Q Is copper difficult to machine?

    A
    Copper is softer than most metals, requiring  careful machining to maintain precision and  surface quality.

  • Q Which grades of copper are commonly machined?

    A
    C101 (oxygen-free) for high conductivity  and C110 (electrolytic tough pitch) for general  a pplications are frequently used.

  • Q Why is copper chosen for CNC machining?

    A
    Copper offers exceptional electrical and  thermal conductivity, making it critical in  electronics, energy, and heat management  systems.

  • Q What finishing options are available for aluminum?

    A
    Options include anodizing, bead blasting,  polishing, and plating to enhance both  appearance and corrosion resistance.

  • Q What industries rely heavily on CNC aluminum parts?

    A
    Electronics, automotive, aerospace,  medical, and industrial equipment industries all  use aluminum components due to their  strength-to-weight ratio and durability.

  • Q How accurate can aluminum parts be machined?

    A
    CNC machining of aluminum can achieve  t ight tolerances down to ±0.005 mm, suitable  for high-precision components.

  • Q Which aluminum grades are most commonly used in machining?

    A
    Commonly machined grades include 6061  for general engineering, 7075 for aerospace,  and 5052/5083 for marine and automotive  applications.

  • Q Why is aluminum a preferred choice for CNC machining?

    A
    Aluminum combines lightweight properties  with good strength, corrosion resistance, and  easy machinability, making it suitable for a wide  range of industries.

  • Q Where is MIC6 used?

    A
    It is applied in tooling plates, fixtures, and CNC  machining bases.

  • Q Is MIC6 suitable for machining?

    A
    Yes, it has excellent machinability and stability,  making it ideal for precision machining.

  • Q What is special about Aluminum MIC6?

    A
    It is a cast plate alloy designed for dimensional  stability and flatness.

  • Q What are the applications of Aluminum 7075?

    A
    It is widely used in aircraft, military  components, performance automotive, and  sports equipment.

  • Q Does Aluminum 7075 resist corrosion?

    A
    It has lower corrosion resistance than 6061, so  coatings or anodizing are often needed.
  +86-13554857217
  +86-13554857217
  No.7 Lougang Avenue, Lougang Community, Songgang Street, Bao'an District, Shenzhen City

CAPABILITIES

RESOURCES

CONTACT US
Copyright © Shenzhen Feifan Hardware & Electronics Co., Ltd. All rights reserved
We use cookies to enable all functionalities for best performance during your visit and to improve our services by giving us some insight into how the website is being used. Continued use of our website without having changed your browser settings confirms your acceptance of these cookies. For details please see our privacy policy.
×