Blockmagnet 12.0 x 12.0 x 10.0 mm Y35 ferrite - holds 600 g
| Quantity | Unit price |
|---|---|
| From 10 pieces |
€0.34*
|
| From 40 pieces |
€0.32*
|
| From 80 pieces |
€0.29*
|
| From 160 pieces |
€0.27*
|
| From 850 pieces | Request price! |
Available, delivery time: 1-3 working days
Product information "Blockmagnet 12.0 x 12.0 x 10.0 mm Y35 ferrite - holds 600 g"
Technical specifications
| Adhesive force: | 600 g |
|---|---|
| Coating: | No Coating |
| Height H: | 10 mm |
| Lenght: | 12 mm |
| Magnetization direction: | axial (parallel to height) |
| Magnetization quality: | Y35 |
| Material: | Ferrite |
| Maximum temperature: | 250 °C |
| Volume: | 1440 mm³ |
| Weight|kg: | 7 g |
| Width: | 12 mm |
Technical specifications for magnetization grade Y35
| Material | Remanence | Coercivity | Energy product | Maximum temperature | |||||
|---|---|---|---|---|---|---|---|---|---|
| Br | bHc | iHc | (BxH)max | ||||||
| Gauss (G) | Tesla (T) typ. | kOe | kA/m | kOe | kA/m | MGOe | kJ/m 3 | ||
| Y35 | ≥ 4100 | ≥ 0.41 | ≥ 2.6 | ≥ 208 | ≥ 2.7 | ≥ 212 | ≥ 3.8 | ≥ 30.4 | ≤ 250 |
The product conforms to the European RoHS Community legislation
The product conforms to the European RoHS Community legislation (2002/95/EC - RoHS - Restriction of Hazardous Substances) relating to the use and the employment of certain hazardous substances in electrical and electronic devices.
Safety Notice
Hard ferrite magnets are not toys! They are extremely hard and brittle, as they belong to ceramic materials.
Determination of the magnetic force
The adhesive force of our magnets is determined at room temperature on a polished plate made of steel S235JR (ST37) with a thickness of 10 mm by the vertical withdrawal of the magnet (1kg ~ 10 N). A different value down to -10% compared to the specified value is possible in exceptional cases. In general, the value is exceeded. Please note that for thinner, painted and not absolute plan undergrounds the adhesive force represents only one raction of the specified values.
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17 May 2017 12:48
kann man bedenkenlos weiterempfehlen
2 May 2018 19:01
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2 January 2020 23:00
This is the more simple magnetic piece