Ceramic Disc Magnet
0.492'' Dia. x 0.150'' Thk.¸ 0.71 lb. pull
PRICE REDUCED
CD004903-S
These round shaped ceramic discs are perfect for do-it-yourself projects and making your own magnets. Glue to the back of any light to medium weight item and place on refrigerators, lockers, white boards or any ferrous metal surface. Perfect for home, school and office.
PRICE REDUCED
CD004903-S
These round shaped ceramic discs are perfect for do-it-yourself projects and making your own magnets. Glue to the back of any light to medium weight item and place on refrigerators, lockers, white boards or any ferrous metal surface. Perfect for home, school and office.
- Perfect for home, school, office and shop
- Use to make lightweight items magnetic
- Ideal for crafters, teachers and do-it-yourselfers
- Sale is FINAL! No refunds, returns or exchanges
Only 653 left in stock - order today!
| Grade | 5 |
| Magnet Material | Ceramic |
| Magnet Shape | Disc |
| Magnetization Orientation | Through Thickness |
| MMI Part # | CD004903-S |
| Number of Items in Sell Pack | 1 |
| Product Diameter (In.) | 0.492 |
| Product Thickness (In.) | 0.150 |
| Pull Rating | 0.71 |
| Weight (lbs) | 0.0052 |
0.492'' Dia. x 0.150'' Thk.¸ 0.71 lb. pull
PRICE REDUCED
CD004903-S
These round shaped ceramic discs are perfect for do-it-yourself projects and making your own magnets. Glue to the back of any light to medium weight item and place on refrigerators, lockers, white boards or any ferrous metal surface. Perfect for home, school and office.
PRICE REDUCED
CD004903-S
These round shaped ceramic discs are perfect for do-it-yourself projects and making your own magnets. Glue to the back of any light to medium weight item and place on refrigerators, lockers, white boards or any ferrous metal surface. Perfect for home, school and office.
- Perfect for home, school, office and shop
- Use to make lightweight items magnetic
- Ideal for crafters, teachers and do-it-yourselfers
- Sale is FINAL! No refunds, returns or exchanges
Only 653 left in stock - order today!
Recently Viewed
Interested in learning more about magnets? Check out Polarity - a magnet blog. View Articles 
