Skip to content
FREE SHIPPING On Orders Over $50
CONTACT US Talk To An Expert
SAME DAY DISPATCH Before 11:30am ET
7,500+ REVIEWS 99% Recommended
Basket
Basket Oh No! Your basket is empty
Contact Us

Please fill out the following form to contact us:

Samarium Cobalt Countersunk Disc Magnet - 3/8 in. dia x 3/16 in. thick x 1/8 in. Hole - 4.41lbs Pull
Samarium Cobalt Countersunk Disc Magnet - 3/8 in. dia x 3/16 in. thick x 1/8 in. Hole - 4.41lbs Pull
Samarium Cobalt Countersunk Disc Magnet - 3/8 in. dia x 3/16 in. thick x 1/8 in. Hole - 4.41lbs PullSamarium Cobalt Countersunk Disc Magnet - 3/8 in. dia x 3/16 in. thick x 1/8 in. Hole - 4.41lbs Pull

Samarium Cobalt Countersunk Disc Magnet - 3/8 in. dia x 3/16 in. thick x 1/8 in. Hole - 4.41lbs Pull

Code: F301N-SC-4

*Measurements have been rounded to the nearest fraction inch - please check the product description for specific measurements.*

High-performance countersunk samarium cobalt (Sm2Co17) magnet available with either pole on the countersunk face. With a maximum operating temperature of 300oC these magnets are perfect for high-temperature applications.

Pack quantity 4: 4 Countersunk magnets

Choose Polarity:
Choose Pack Size:
$11.40
In Stock
Load Swiper
next day
NEXT DAY DELIVERY
available to the uk
standard
STANDARD DELIVERY
From £2.25 + VAT.
100% secure
100% SECURE
Online ordering.
Ask A Question

Please fill out the following form to Ask a Question about this product:

Email A Friend

Please fill out the following form to Tell a Friend about this product:

  • 10mm diameter x 5mm thick with a 3.2mm diameter countersunk hole for fixing.
  • 0.39 in. diameter x 0.2 in. thick with a 0.13 in. diameter countersunk hole for fixing.
  • +/-0.1mm (0.0004 in.) tolerance.
  • Each magnet can support 1.4kg (3.09lbs) pull vertically from the magnetic face when in flush contact with a mild steel surface.
  • Resistant to corrosion and demagnetisation.
  • Can be fixed in place with our.

Samarium cobalt is a type of rare-earth magnet that has the ability to withstand and operate in high temperatures, however they are not as powerful as super-strong Neodymium magnets. Because of their high maximum operating temperature they are commonly used in applications such as motors and electric motors, turbo machinery and sensors.

What's Popular