Neodymium, ferrite or AlNiCo magnets are useful for industrial, craft, scientific, school or home purposes.
Due to their unique holding strength, neodymium magnets are ideal for multiple attachment options. Thanks to their alloy, they are extremely powerful even with reduced dimensions. In our range of magnets you will find magnets in the form of discs, bars, blocks and in different constructive forms and materials, such as ferrite, highly recommended for use at high temperatures and outdoors.
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(1) Thermoplastic rubber TPE (75 Shore).
(2) Flat neodymium magnet (NdFeB).
(3) Turned galvanised steel base, with threaded stud (thread tolerance 6g).
Color:
Black (RAL 9011).
White (RAL 9010).
Working temperature between -20°C and +60°C.
Data Sheet (PDF) -
(1) Thermoplastic rubber TPE (75 Shore).
(2) Flat neodymium magnet (NdFeB).
(3) Turned galvanised steel base, with female threaded hole (thread tolerance 6H).
Color:
Black (RAL 9011).
White (RAL 9010).
Working temperature between -20°C and +60°C.
Data Sheet (PDF) -
(1) Thermoplastic rubber TPE (75 Shore).
(2) Flat neodymium magnet (NdFeB).
(3) Turned galvanised steel base, with female threaded hole (thread tolerance 6H).
Color:
Black (RAL 9011).
White (RAL 9010).
Working temperature between -20°C and +60°C.
Data Sheet (PDF) -
(1) Thermoplastic rubber TPE (75 Shore).
(2) Flat neodymium magnet (NdFeB).
(3) Turned galvanised steel base, with female threaded hole (thread tolerance 6H).
Color:
Black (RAL 9011).
White (RAL 9010).
Working temperature between -20°C and +60°C.
Data Sheet (PDF) -
(1) Polyamide-based plastic casing.Resistant to oils and greases.
(2) Flat neodymium magnet (NdFeB).
Color:
Black (RAL 9011).
Red (RAL 3000).
White (RAL 9010).
Working temperature between -20°C and +80°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell or stainless steel AISI 304.
(2) Flat ferrite magnet.
(3) Plastic spacer.
Working temperature between -20°C and +200°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell.
(2) Flat ferrite magnet.
(3) Plastic spacer.
Working temperature between -20°C and +200°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell.
(2) Flat neodymium magnet (NdFeB).
(3) Plastic spacer.
Working temperature between -20°C and +60°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell.
(2) Flat neodymium magnet (NdFeB).
(3) Plastic spacer.
Working temperature between -20°C and +80°C.
Data Sheet (PDF) -
Code D±0,1 H±0,1 d2+1 d1±0,1 P (g) F1 (N) CAD 47007312001 16 4,5 6,6 3,5 6 57 47007312002 20 6 9,3 4,5 13 81 47007312003 25 7 9,2 4,5 25 105 47007312004 32 7 11,5 5,5 40 235 47007312005 40 8 11,5 5,5 75 540 (1) Turned free-cutting steel shell.
(2) Flat samarium-cobalt magnet (SmCo).
(3) Plastic spacer.
Working temperature between -20°C and +280°C.
Data Sheet (PDF) -
Code D±0,1 H±0,2 h d2±0,1 d1±0,1 P (g) F1 (N) CAD 47007312101 20 6 3,5 8 4,5 13 60 47007312102 25 7 4 8 4,5 24 80 47007312103 32 7 4 11 5,5 39 200 47007312104 40 8 4 10,5 5,5 75 420 (1) Turned stainless steel shell (AISI 304).
(2) Flat samarium-cobalt magnet (SmCo).
(3) Plastic spacer.
Working temperature between -20°C and +350°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell.
(2) Flat ferrite magnet.
(3) Plastic spacer.
Working temperature between -20°C and +200°C.
Data Sheet (PDF) -
Code D±0,1 H±0,2 P (g) F1 (N) CAD 47007314001 6 4,5 1 5 47007314002 8 4,5 2 13 47007314003 10 4,5 2,5 25 47007314004 13 4,5 4 60 47007314005 16 4,5 6 95 47007314006 20 6 14 140 47007314007 25 7 25 200 47007314008 32 7 41 350 (1) Turned free-cutting steel shell.
(2) Flat neodymium magnet (NdFeB).
(3) Plastic spacer.
Working temperature between -20°C and +80°C.
Data Sheet (PDF) -
Code D±0,1 H±0,2 P (g) F1 (N) CAD 47007315001 6 4,5 1 5 47007315002 8 4,5 2 11 47007315003 10 4,5 3 20 47007315004 13 4,5 4 40 47007315005 16 4,5 7 60 47007315006 20 6 14 90 47007315007 25 7 26 150 47007315008 32 7 42 220 (1) Turned free-cutting steel shell.
(2) Flat samarium-cobalt magnet (SmCo).
(3) Plastic spacer.
Working temperature between -20°C and +280°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell with threaded stud (thread tolerance 6g).
(2) Flat ferrite magnet.
(3) Plastic spacer.
Working temperature between -20°C and +200°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell.
(2) Flat neodymium magnet (NdFeB).
(3) Plastic spacer.
Working temperature between -20°C and +80°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell or stainless steel AISI 304.
(2) Flat ferrite magnet.
(3) Plastic spacer.
Working temperature between -20°C and +200°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell.
(2) Flat neodymium magnet (NdFeB).
(3) Plastic spacer.
Working temperature between -20°C and +80°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell.
(2) Flat samarium-cobalt magnet (SmCo).
(3) Plastic spacer.
Working temperature between -20°C and +200°C.
Data Sheet (PDF) -
Code D±1 H±0,5 d2 d1 P (g) F1 (N) CAD 47007323001 19,1 7,5 8,7 3,7 17 30 47007323002 28,6 8,5 10,5 4,8 43 40 47007323003 38,1 10,4 10,5 4,8 82 80 (1) Red painted standard steel shell.
(2) Flat aluminium-nickel-cobalt magnet (AlNiCo).
(3) Brass spacer.
Working temperature between -20°C and +180°C.
Data Sheet (PDF) -
Aluminium-nickel-cobalt magnet (AlNiCo).
Red color painted.
Working temperature between -20°C and +180°C.
Data Sheet (PDF) -
Code Dh6 H±0,2 k P (g) F1 (N) CAD 47007329001 4 20 15 1 2 47007329002 5 20 15 3 4 47007329003 6 20 15 4,5 6 47007329004 8 20 15 8 10 47007329005 10 16 11 10 25 (1) Turned free-cutting steel shell with tolerance h6.
(2) Cylindrical samarium-cobalt magnet (SmCo).
(3) Brass spacer.
The magnet can be made shorter or machined to value k without sustaining damage.
Working temperature between -20°C and +200°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell.
(2) Aluminium-Nickel-Cobalt cylindrical magnet (AlNiCo).
(3) Brass spacer.
The magnet can be made shorter or machined to value k without sustaining damage.
Working temperature between -20°C and +450°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell with tolerance h6.
(2) Aluminium-Nickel-Cobalt cylindrical magnet (AlNiCo).
(3) Brass spacer.
The magnet can be made shorter or machined to value k without sustaining damage.
Working temperature between -20°C and +450°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell.
(2) Neodymium cylindrical magnet (NdFeB).
(3) Brass spacer.
The magnet can be made shorter or machined to value k without sustaining damage.
Working temperature between -20°C and +80°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell with tolerance h6.
(2) Neodymium cylindrical magnet (NdFeB).
(3) Plastic spacer.
The magnet can be made shorter or machined to value k without sustaining damage.
Working temperature between -20°C and +80°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell.
(2) Aluminium-Nickel-Cobalt cylindrical magnet (AlNiCo).
(3) Brass spacer.
Working temperature between -20°C and +450°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell.
(2) Neodymium cylindrical magnet (NdFeB).
(3) Brass spacer.
Working temperature between -20°C and +80°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell with threaded stud (thread tolerance 6g).
(2) Cylindrical Aluminium-Nickel-Cobalt magnet (AlNiCo).
(3) Brass spacer.
Working temperature between -20°C and +450°C.
Data Sheet (PDF) -
(1) Turned free-cutting steel shell with threaded stud (thread tolerance 6g).
(2) Cylindrical neodymium-iron-boron magnet (NdFeB).
(3) Brass spacer.
Working temperature between -20°C and +80°C.
Data Sheet (PDF)
PRODUCTS MAGNETS
47007301COATED NEODYMIUM ROUND DISC MAGNET WITH THREADED STUD
47007302COATED NEODYMIUM ROUND DISC MAGNET WITH THREADED HOLE
47007303COATED NEODYMIUM ROUND DISC MAGNET WITH SMOOTH THROUGH BORE
47007304COATED NEODYMIUM ROUND DISC MAGNET WITH FEMALE THREADED HOLE
47007305COATED NEODYMIUM ROUND FLAT MAGNET
47007310FERRITE ROUND DISC MAGNET WITH STEEL SHELL AND SMOOTH THROUGH BORE
47007310 MFERRITE ROUND DISC MAGNET WITH STEEL SHELL AND THREADED THROUGH HOLE
47007311NEODYMIUM ROUND DISC MAGNET WITH STEEL SHELL AND SMOOTH THROUGH BORE
47007311 MNEODYMIUM ROUND DISC MAGNET WITH STEEL SHELL AND THREADED THROUGH HOLE
47007312SAMARIUM-COBALT ROUND DISC MAGNET WITH STEEL SHELL AND SMOOTH THROUGH BORE
47007312 PINSAMARIUM-COBALT ROUND DISC MAGNET WITH STAINLESS STEEL SHELL AND SMOOTH THROUGH BORE
47007313FERRITE ROUND DISC MAGNET WITH STEEL SHELL
47007314NEODYMIUM ROUND DISC MAGNET WITH STEEL SHELL
47007315SAMARIUM-COBALT ROUND DISC MAGNET WITH STEEL SHELL
47007316FERRITE ROUND DISC MAGNET WITH GALVANISED STEEL SHELL AND THREADED STUD
47007317NEODYMIUM ROUND DISC MAGNET WITH GALVANISED STEEL SHELL AND THREADED STUD
47007318FERRITE ROUND DISC MAGNET WITH GALVANISED STEEL SHELL AND FEMALE THREADED STUD
47007319NEODYMIUM ROUND DISC MAGNET WITH GALVANISED STEEL SHELL AND FEMALE THREADED STUD
47007320SAMARIUM-COBALT ROUND DISC MAGNET WITH GALVANISED STEEL SHELL AND FEMALE THREADED STUD
47007323AlNiCo FLAT ROUND DISC MAGNET WITH PAINTED STEEL SHELL AND SMOOTH THROUGH BORE
47007324PAINTED RED ONE-PIECE AlNiCo BRIDGE MAGNET
47007329SAMARIUM-COBALT CYLINDRICAL MAGNET WITH GALVANISED STEEL SHELL WITH h6 TOLERANCE
47007330ALUMINIUM-NICKEL-COBALT CYLINDRICAL MAGNET WITH GALVANISED STEEL SHELL
47007331ALUMINIUM-NICKEL-COBALT CYLINDRICAL MAGNET WITH GALVANISED STEEL SHELL WITH h6 TOLERANCE
47007332NEODYMIUM CYLINDRICAL MAGNET WITH GALVANISED STEEL SHELL
47007333NEODYMIUM CYLINDRICAL MAGNET WITH GALVANISED STEEL SHELL WITH h6 TOLERANCE
47007334ALUMINIUM-NICKEL-COBALT CYLINDRICAL MAGNET WITH GALVANISED STEEL SHELL WITH FEMALE THREADED HOLE
47007336NEODYMIUM CYLINDRICAL MAGNET WITH GALVANISED STEEL SHELL WITH FEMALE THREADED HOLE
47007338AlNiCo CYLINDRICAL MAGNET WITH GALVANISED STEEL SHELL WITH THREADED STUD
47007340NEODYMIUM CYLINDRICAL MAGNET WITH GALVANISED STEEL SHELL WITH THREADED STUD