material: neodymium iron boron (NdFeB), magnetisation direction: through the height (axial), max. operating temperature: 80 °C
5 Variants
Rectangular magnets, neodymium, silver
from 3,90 €
neodymium iron boron (NdFeB), nickel-plated, galvanised or tin-plated, glossy, extreme adherence strength (10 to 15 times stronger than normal ferrite magnets of the same size), direction of the magnetization is...
neodymium iron boron (NdFeB), nickel-plated, matte, extreme adherence strength (10 to 15 times stronger than normal ferrite magnets of the same size), direction of the magnetization is through the height (axial), for...
Ring magnets, neodymium, with counterbore, silver
from 6,90 €
made from neodymium, iron and boron (NdFeB), glossy, extremely powerful holding force (10 to 15 times stronger than a normal ferrite magnet of the same size), the direction of magnetisation is axial (through the...
2 Variants
Round (grip) magnets with threaded bushing, silver
from 2,90 €
neodymium iron boron (NdFeB) core, galvanised steel housing with threaded bush, round, h= 4.5 mm (11.5 mm including the bush), extreme adherence strength (10 to 15 times stronger than a normal ferrite magnet of the...
2 Variants
Ball magnets, neodymium, silver
from 8,90 €
neodymium iron boron (NdFeB), nickel-plated, glossy, extreme adherence strength (10 to 15 times stronger than normal ferrite magnets of the same size), for use at a maximum temperature of 80 °C; attention: the...
Deco-magnets with notch, neodymium, silver
from 7,90 €
Neodymium-iron-boron core (NdFeB), silver coloured housing with notch cut into it, extremely powerful (55 N), finely honed bottom, nickel-plated
Ring magnets, neodymium, black
from 4,50 €
neodymium iron boron (NdFeB), surface is covered in epoxy resin, black, matte, extreme adherence strength (10 to 15 times stronger than normal ferrite magnets of the same size), direction of the magnetization is...
Ring magnets, neodymium, silver
from 4,50 €
neodymium iron boron (NdFeB), glossy, extreme adherence strength (10 to 15 times stronger than normal ferrite magnets of the same size), direction of the magnetization is through the height (axial), for use at a...
