Neodymium Sphere Magnet 3.175 mm (Magnetic Ball)
$0.40
Prices in USD, no import duties
Skip to product information
Neodymium Sphere Magnet 3.175 mm (Magnetic Ball)
MS-BL-3.175
- Size Ø 3.175 mm
- Grade N48
- Material Neodymium (NdFeB)
$0.40
Prices in USD, no import duties
- No minimum order
- Free US shipping from $50
- Volume discounts across the whole cart
Volume prices
| Quantity | Price per piece | You save |
|---|---|---|
| 1–9 (your quantity) | $0.40 | List price |
| 10–49 (your quantity) | $0.36 | −10% |
| 50–199 (your quantity) | $0.32 | −20% |
| 200+ (your quantity) | $0.28 | −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 the same working day from US stock, delivery in about 5 business days
- Free US shipping from $50
- Prices in USD, no import duties
- Shipped from the US, own stock
- 14-day returns for consumers
Description
Ball magnet 3.175 mm
Ball magnets 3.175 mm (0.12") are essential tools in the world of magnetic applications. These powerful magnets are designed to support a wide range of applications, from hobby projects to industrial applications. The 3.175 mm (0.12") Ball magnet not only offers a strong pull but is also very versatile and user-friendly.
With the following features, the 3.175 mm (0.12") Ball magnet is an excellent choice for anyone looking for a reliable magnet:
- High quality materials for durability and reliability
- Compact size, ideal for precision applications
- Increased magnetic force for optimum performance
- Easy to install and use in different projects
The applications of the 3.175 mm (0.12") Ball magnet are virtually endless. From making works of art and models to using them in electronic devices, these magnets are indispensable. They are perfect for schools, hobbyists and professionals who regularly work with magnetic components. Because they are so versatile, they can be easily adapted to different types of projects and use scenarios.
In addition, the Ball magnets 3.175 mm (0.12") are available in different quantities, so you can choose based on your specific needs. This makes it easier to purchase the right quantity of magnets for your project, without waste. These magnets are not only effective but also cost-effective.
With their powerful appeal and versatility, 3,175 mm (0.12") Ball magnets are the perfect choice for professionals and hobbyists. Use them in combination with other materials to create innovative solutions and give yourself or your business an edge. Every project will benefit from the strong performance provided by these magnets.
In addition to their functional properties, the 3.175 mm (0.12") Ball magnets are also easy to store and transport. They can be stored in a special box or case, keeping them safe and easy to find when you need them.
Invest in Ball magnet 3,175 mm (0.12") and discover how they can take your projects to the next level. Whether you're a professional or just an enthusiastic hobbyist, these magnets are sure to make a difference.
Shipping & duties
Free US shipping from $50. Orders ship the same working day from our own US stock, with delivery in about 5 business days. Below $50, shipping is a flat $5.99. Prices are in USD, with no import duties on US deliveries. Your total is shown at checkout before you pay. Consumers can return items within 14 days.
Shipping: free US shipping from $50 · Shipping policy · Returns & refunds
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 | Sphere (ball) |
|---|---|
| Dimensions | Ø 3.175 mm |
| Material | Neodymium (NdFeB) |
| Grade | N48 |
| Magnetisation | Axial (through height) |
| Pull force | approx. 0.16 kg (0.4 lb) |
| Max. operating temperature | 80 °C (176 °F) |
| Coating | Nickel (Ni-Cu-Ni) |
| SKU | MS-BL-3.175 |
Nominal values. Real holding force depends on steel thickness, surface, air gap and direction of pull.
