• Sourcing Solutions
  • Services & Membership
  • Help & Community
J.W. Winco 55.4-SC-16-12.5-2.5 GN55.4 Block-Shaped Raw Magnet, 0.63" Length, 0.49" Width, 0.10" Thickness, Samarium and Cobalt Combination AlNiCo Magnet

J.W. Winco 55.4-SC-16-12.5-2.5 GN55.4 Block-Shaped Raw Magnet, 0.63" Length, 0.49" Width, 0.10" Thickness, Samarium and Cobalt Combination AlNiCo Magnet

Shared by: Mattie Burney from AMAZON
Share
  • Reference Price:
    14.10
  • International Shipping:
    This item is not eligible for international shipping. Learn More
  • Average Customer Review:
    Be the first to review this item
  • Shipping Weight:
    0.2 ounces
  • ASIN:
    B00X7GU5TU
  • Item model number:
    55.4-SC-16-12.5-2.5
Over 191 suppliers can give you a quotation.
Get Quotations Now
You should get the quotation(s) in 4 hours .
Description

GN 55.4 Block-Shaped Raw Magnets are unshielded disc-shaped (annular) magnets. Owing to the vast range of different materials and sizes, these magnets are suitable for virtually any universal use. They are typically attached by gluing. When used without air gap, individual raw magnets always have lower adhesive forces than a magnet assembly in which shielding and magnetic return enormously intensify the force acting at the adhesion surface. Depending on the air gap between magnet and mating component, individual raw magnets--unlike magnet assemblies--can have substantially higher adhesive forces. In the event that no suitable retaining magnets / magnet assemblies are available, raw magnets may be used in combination with appropriate holding constructions to build up highly specific magnet assemblies.

Notice:The articles, pictures, news, opinions, videos, or information posted on this webpage (excluding all intellectual properties owned by Alibaba Group in this webpage) are uploaded by registered members of Alibaba. If you are suspect of any unauthorized use of your intellectual property rights on this webpage, please report it to us at the following:ali-guide@service.alibaba.com.

ensearchweb011176085183