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Eclipse Neodymium Magnet 140N, Length 13mm, Width 20mm

RS Stock No.: 762-1014Brand: EclipseManufacturers Part No.: E775NEO
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Technical Document

Specifications

Brand

Eclipse

Magnet Type

Pot

Width/Diameter

20mm

Pull Force

140N

Thread Size

M4

Thickness

6mm

Attachment Type

Threaded Hole M4

Length

13mm

Country of Origin

China

Product details

Neodymium Shallow Pot Magnets, Threaded hole

Single bi-pole assembly neodymium iron boron magnet assembly
Neodymium pole pieces encased in an aluminium pot
Neodymium magnets can achieve equal or greater holding forces than larger conventional pot magnets
Maximising contact area with high strength
Made from Rare Earth material giving high strength flux fields
Assembled in a mild steel zinc coated shallow pot
The neodymium magnet and the mild steel pot form an intricate magnetic circuit to give a bi-pole arrangement on the contact face
The bi-pole effect gives a strong shallow field suitable for fixing, lifting and any form of closure applications
Magnets work at temperatures upto 80°C, max operating temperature of 100°C
Disc shaped

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P.O.A.

Eclipse Neodymium Magnet 140N, Length 13mm, Width 20mm

P.O.A.

Eclipse Neodymium Magnet 140N, Length 13mm, Width 20mm
Stock information temporarily unavailable.

Buy in bulk

quantityUnit price
1 - 4P.O.A.
5 - 9AED 69.82
10 - 19AED 65.84
20+AED 60.74

Technical Document

Specifications

Brand

Eclipse

Magnet Type

Pot

Width/Diameter

20mm

Pull Force

140N

Thread Size

M4

Thickness

6mm

Attachment Type

Threaded Hole M4

Length

13mm

Country of Origin

China

Product details

Neodymium Shallow Pot Magnets, Threaded hole

Single bi-pole assembly neodymium iron boron magnet assembly
Neodymium pole pieces encased in an aluminium pot
Neodymium magnets can achieve equal or greater holding forces than larger conventional pot magnets
Maximising contact area with high strength
Made from Rare Earth material giving high strength flux fields
Assembled in a mild steel zinc coated shallow pot
The neodymium magnet and the mild steel pot form an intricate magnetic circuit to give a bi-pole arrangement on the contact face
The bi-pole effect gives a strong shallow field suitable for fixing, lifting and any form of closure applications
Magnets work at temperatures upto 80°C, max operating temperature of 100°C
Disc shaped