SmCo pot magnet Ø 25.0 x 7.0 mm, bore, stainless steel, 8 kg

Preview: SmCo pot magnet Ø 25.0 x 7.0 mm, bore, stainless steel, 8 kg

Quantity	Price / pcs
To 2 pcs	€14.20 *
from 3 pcs	€13.06 *
from 10 pcs	€12.07 *
from 20 pcs	€11.36 *
from 40 pcs	€10.65 *
from 140 pcs	request a quote!

The prices are VAT included plus extra charges for shipping

Ready for shipment, delivery in 2-4 days

1 pieces: € *

Item number: SmCoFZB-25-E
EAN: 4250538418334
Manufacturer: magnets4you
Available on stock: 115 pieces

The high-end class of pot magnets This pot magnet has a turned stainless steel pot. A... more

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Product information

The high-end class of pot magnets

This pot magnet has a turned stainless steel pot.
A magnet made of samarium cobalt was installed inside.
This shielded system can be securely screwed on through the existing cylinder bore.
A special feature is the operating temperature of up to 350 ° C.
Our normal pot magnets can only be used up to 150 ° C (neodymium) or 200 ° C (ferrite).

This type is available in 4 different versions.

Technical specifications

total diameter D	25,0 mm
bore diameter d4	4,5 mm
bore diameter d5	8,0 mm
depth of bore h2	4,0 mm
temperature max.	350 ° C
material	SmCo
tolerance	0.1 mm
weight	0,024 kg
total height H	7,0 mm
magnetic force	8,000 kg

The product conforms to the European RoHS Community legislation
The product conforms to the European RoHS Community legislation (2002/95/EG - RoHS - Restriction of Hazardous Substances) relating to the use and the employment of certain hazardous substances in electrical and electronic devices.
No subject to registration under the REACH Regulation.
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.