Neodymium Rod Magnet (Cylinder) 8 x 10 mm
- Size Ø 8 x 10 mm
- Grade N48
- Material Neodymium (NdFeB)
Volume prices (excl. VAT)
| Quantity | Price per piece | You save |
|---|---|---|
| 1–9 (your quantity) | €0.94 | List price |
| 10–49 (your quantity) | €0.85 | −10% |
| 50–199 (your quantity) | €0.76 | −20% |
| 200+ (your quantity) | €0.66 | −30% |
Mix & match: quantities of all products in your cart count towards the tier. The discount is applied automatically in the cart.
Need more? Request a quote
In stock, ships within 1 working day from Belgium
- Free shipping from €50 excl. VAT
- VAT-free invoicing for EU businesses
- Shipped from Belgium, own stock
- 14-day returns for consumers
Description
Rod magnet 8 x 10 mm - Powerful Magnets for various applications
Looking for the perfect combination of strength and versatility? Our 8 x 10 mm rod magnet is just what you need! These powerful magnets are designed for a wide range of applications, from hobby projects to industrial applications. Thanks to their compact size, they are easy to use and ideal for both professional and amateur users.
Powerful Performance
The 8 x 10 mm rod magnet provides exceptional magnetic strength. This magnet is perfect for holding objects or creating temporary connections. Whether you are a model maker or a do-it-yourselfer, this magnet is sure to meet your expectations.
Versatility in Use
With a length of 8 mm and a diameter of 10 mm, this rod magnet is extremely suitable for various applications. Here are some advantages:
- Various Applications: Ideal for art projects, educational purposes, and even as part of machines.
- Compact Design: Small enough to use in cramped spaces but powerful enough to do its job.
- Durability: Made of high-quality materials, which ensures long life and reliability.
- Easy to Use: This makes them accessible to both professionals and beginners.
How Do You Use Our Rod Magnets?
The application of the 8 x 10 mm rod magnet is simple. You can use them to:
- Holding objects in place without additional attachments.
- Instructions or artwork to attach to metal surfaces.
- Participating parts in mechanical engineering and prototype projects.
Technical Specifications
You can find out more about the specifications of this magnet here:
- Dimensions: 8 x 10 mm
- Material: Neodymium
- Maximum Temperature: Up to 80°C
- Magnetic Force: Strong enough to pull and hold materials.
Why Choose Our Rod Magnet?
We understand that you have many options when it comes to magnets, but the 8 x 10 mm rod magnet stands out for its quality and versatility. With our magnet, you can choose:
- Reliability: You can rely on the performance of our magnet.
- Value for money: Get more value for your money with this powerful magnet.
- Fast Delivery: We ensure a fast and reliable delivery.
Order Information
Ordering is easy! Order your 8 x 10 mm rod magnet today. Take advantage of our excellent customer service and discover why so many customers choose us.
Take Action Today!
Don't wait any longer to take your projects to a higher level. Add the 8 x 10 mm rod magnet to your shopping cart and experience the power and versatility of these magnets. Order now and discover the possibilities for yourself!
Shipping, VAT & returns
Free shipping from €50 excl. VAT. Orders are packed and shipped from our own stock in Belgium. Prices are shown excl. VAT with the incl. 21% BE VAT price below; the VAT for your order is calculated at checkout. EU businesses with a valid VAT number are invoiced VAT-free (reverse charge). Consumers can return items within 14 days.
Safety
Neodymium magnets are very strong. Keep them away from pacemakers, electronics and magnetic cards, wear gloves with larger sizes and keep small magnets away from children.
Technical data
Specifications
| Shape | Rod (cylinder) |
|---|---|
| Dimensions | Ø 8 x 10 mm |
| Material | Neodymium (NdFeB) |
| Grade | N48 |
| Magnetisation | Axial (through height) |
| Pull force | approx. 2.4 kg (calculated estimate) |
| Max. operating temperature | 80 °C |
| Coating | Nickel (Ni-Cu-Ni) |
| Shipping weight | 6 g |
Nominal values. Real holding force depends on steel thickness, surface, air gap and direction of pull.