MIN CI Small Rare Earth Neodymium Magnets - 60 Pcs Mini 6 x 2 mm Round Magnets for Refrigerator, Crafts, Whiteboard
Condition: New
Buy Now, Pay Later
As low as
$2
/ mo
Learn more
- – 4-month term
- – No impact on credit
- – Instant approval decision
- – Secure and straightforward checkout
Ready to go? Add this product to your cart and select a plan during checkout.
Payment plans are offered through our trusted finance partners Klarna, Affirm, Afterpay, Apple Pay, and PayTomorrow. No-credit-needed leasing options through Acima may also be available at checkout.
Learn more about financing & leasing here.
Selected Option
Free shipping on this product
30-day returns
Learn more
FREE 30-day refund/replacement
To qualify for a full refund, items must be returned in their original, unused condition. If an item is returned in a used, damaged, or materially different state, you may be granted a partial refund.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
Availability:
In Stock.
Arrives
Friday, Mar 20
Recently Viewed
Size: 6x2mm_60P
Features
- Small Strong Magnets: Small magnet contains 60 pcs of magnets 6 x 2 mm size
- Easy To Use: Tiny magnets can be attached to any surface with adhesive or directly to metal surfaces, and neodymium rare earth disc magnets do not leave marks or stains when moving on metal or other surfaces
- Magnets Performance: Rare earth magnets heavy duty are made of rare earth materials. The round magnets strong coated with three-layer Ni+Cu+Ni plating process
- Multi-purpose Magnets: Mini round magnets can be used for whiteboards, jewelry, refrigerators, photo walls, miniature models, offices, crafts magnets, etc
- What You Get: Magnets x 60 pcs. MIN CI is a manufacturer of neodymium magnet, we can provide magnets in different sizes
Material: Neodymium
Brand: MIN CI
Product Dimensions: 0.24"L x 0.08"W x 0.08"Th
Color: 6x2mm_60P
Shape: Round
Material: Neodymium
Brand: MIN CI
Product Dimensions: 0.24"L x 0.08"W x 0.08"Th
Color: 6x2mm_60P
Shape: Round
Item Thickness: 2 Millimeters
Number of Pieces: 60
Manufacturer: MIN CI
Item Weight: 1.44 ounces
Item model number: 6 x 2mm
Date First Available: June 21, 2022
Frequently asked questions
If you place your order now, the estimated arrival date for this product is:
Friday, Mar 20
Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
- Klarna Financing
- Affirm Pay in 4
- Affirm Financing
- Afterpay Financing
- PayTomorrow Financing
- Financing through Apple Pay
Learn more about financing & leasing here.
Similar Products
Top Amazon Reviews
Size: 18mm x 3mm 40pack
Very strong, diameter is as described. Speed in small box wrapped in foam to prevent breakage. Smooth metal finish. Not easy to remove from each other. These will serve very well. Great price. Neodymium magnets are high strength.
Reviewed in the United States on January 11, 2026 by IamME
Size: 20mm x 3mm 30pack
These magnets have extremely strong pull - they do not have adhesive on one side. They do not come apart easily - I found I needed to push them apart and that was a struggle. Their size is bigger than a nickel and are not quite a quarter inch thick.
Reviewed in the United States on January 27, 2026 by Barbara P
Size: 6x2mm_60P
These are impressively strong for their tiny size. Great for DIY crafts, keeping small notes/photos on a board, or making custom magnetic closures. The pack quantity is excellent, and they’ve been consistent in strength and shape.
Reviewed in the United States on February 24, 2026 by Steve
Size: 20mm x 3mm 30pack
they're very strong magnets as far as magnetism goes, but they're fragile in structure. if you let two of them accidentally slam into eachother, you're going to end up with more magnets than you started with.
Reviewed in the United States on February 6, 2026 by matty
Size: 18mm x 3mm 40pack
Strong as advertised. My putter cover keeps falling off, so I use this to supplement the weak magnet installed with the cover. Also, depending on how well the TurtleBox speaker magnets hold on the cart canopy frame, I may use them there as well.
Reviewed in the United States on February 10, 2026 by John
Size: 6x2mm_60P
Purchased these to make some fridge magnets. They were packaged well enough that no magnets were damaged. (Magnets can be brittle.) These are on the small side, but they are mighty! I was surprised how strong these were. I definitely recommend these if you need this size magnet. Good value. Worked perfectly for my fridge magnets.
...
show more
Reviewed in the United States on January 20, 2026 by Cole
Size: 20mm x 3mm 30pack
Almost all are great. One magnet was broken in two. It’s too much of a hassle to return them. The magnets are super strong
Reviewed in the United States on February 3, 2026 by Amazon Customer
Size: 18mm x 3mm 40pack
I have worked with quite a few ultra-powerful neodymium magnets in the past 3 years, some of which are outright dangerous if handled recklessly, such as strong enough to crush fingers that get in the way, or outright lift refrigerators and small steel engine blocks. This is not one of those kind of magnets, but I still treat all neodymium permanent magnets with respect for safety. This was the perfect size to replace the anemic weak magnet in the antenna for a cellular network access "fail-over" device, so it would stay put on a vehicle or in a portable application in high winds. The original antenna underwent "sudden violent separation" from a car roof, followed by high velocity contact with the highway surface and dragging by its attached coaxial cable, accompanied by multiple secondary impacts with pavement and the side of the car until the driver was able to come to a stop after about 400 feet. Pieces of debris from the antenna base were recovered from the highway, bagged, and taken home to see if there was any hope of repair; not due to the cost - only a $25 antenna - but the 6 to 8 weeks of supply chain delays to acquire a replacement. Following examination of the debris, it was quickly determined that the tiny magnet used in the base during manufacture was woefully inadequate to hold it to the roof of a vehicle at highway speeds. A small mold was made to replicate the shape of the plastic base, the recovered fragments were placed approximately where they would have been before the accident, the metal parts were verified to still have electrical and RF integrity, and a small amount of resin was poured to reconstruct the base. The steel cup in which the original magnet had been placed, was measured for inside bottom diameter, as was its depth with a machinist's gauge. With sufficient cup clearance calculated to maximize magnetic field strength out of the bottom, these magnets were selected and ordered as the best fit and likelihood of sufficient strength to upgrade the base holding force to an acceptable performance level in the field. While the magnets were en route, the antenna system was tested with a rather expensive microwave antenna and feedline analyzer, and determined to be still functional within the cellular 4G spectrum. The empty cup was filled with JB Weld epoxy (which although it contains steel powder and is slightly magnetic, does not divert more than a few percent of magnetic flux). This was used to "pot" the magnet so when removing the modified rebuilt assembly from a car roof, it will stay firmly attached to the antenna and not the car. 24 hours later once the epoxy had fully cured, the repaired unit was placed on the car roof, with a camera anchored nearby to observe it. The antenna analyzer was connected to the coax, and set up to monitor impedance and reflected energy in the center of the 4G cellular spectrum, and the unit was taken on a test drive. The first leg consisted of about 2 miles of incredibly rough dirt road, which subjected the unit to extreme vibration, which should induce microscopic very fast separation and gap closure over millisecond intervals, which can cause data errors and "chopping" of voice over IP. The magnet was strong enough no significant signal degradation was observed. The second leg was about 4 miles of secondary road at between 35 and 50 mph. The final leg was 10 miles out and 10 miles back of highway between 75 and 80 mph to observe aerodynamic behavior and the magnet's ability to overcome these forces. The magnet passed with flying colors. Most people won't use them for this, but it worked well. I'm going to put another one in a TV remote so it stays put on a steel cabinet when not in use, and the cats can't hide it under furniture.
...
show more
Reviewed in the United States on August 1, 2023 by John Galt