Steel poles - Import export

The bar magnets are workable on both sides. On the holding surface an individual shape is possible and the adhesive force is adjustable. Bar magnets with an area for a free machining on the adhesive surface moreover offer a better wear protection compared with other bar magnets. Alternative to the standard we also offer individual solutions: » Stainless steel housing + pole shoes » Greater holding power » Greater temperature until 280 °C

To differentiate the otherwise identical SmCo series the NdFeB bar magnets are coloured blue on the holding surface. Direct mounting of the bar magnet in iron reduced the holding power by up to 15% due to magnetic short circuiting. To avoid this, certain distances need to be maintained between the brass casing of the bar magnet and the iron. The distances are also to be adhered to if the bar magnet was shortened by dimension A. Please refer to the above column for recommended distances (distance mm). The holding surface is ground and therefore not galvanised. Alternative to the standard we also offer individual solutions: » Stainless steel housing » Housing completely galvanised to better corrosion protection » Greater holding power » Greater temperature until 280 °C » Stainless steel pole shoes

Direct mounting of the bar magnet in iron reduced the holding power by up to 15% due to magnetic short circuiting. To avoid this, certain distances need to be maintained between the brass casing of the bar magnet and the iron. The distances are also to be adhered to if the bar magnet was shortened by dimension A. Please refer to the above column for recommended distances (distance mm). The holding surface is ground and therefore not galvanised. Alternative to the standard we also offer individual solutions: » Stainless steel housing » Housing completely galvanised to better corrosion protection » Greater temperature until 280 °C » Stainless steel pole shoes

Permanent Magnetic Circular Chuck Type RNF with neodymium magnet system and low height are used for clamping of small and thin workpieces. Structure: — Neodymium magnet system, steel body, — Max Pole pitch 1,5+0,5mm — Holding power 80N/cm² — Magnetic field height 4mm — Pole plate wearing limit 4mm — Switch travel MAG-ENT-MAG 180° Recommendation: Fine pole circular chuck for small parts

Permanent magnetic chucks type PMNM are high precision plates for clamping small and thin parts for precision grinding and eroding. The low magnetic field height prevents magnetization of the processing tools. The chipboard is activated via a removable hex shifter. Structure: — Neodymium magnet system, steel body — transverse pole pitch 1.4 + 0.5mm — Holding power 100 N/cm2 — Magnetic field height 5mm — Pole plate wearing limit 6mm Recommendation: High-precision chuck for grinding and eroding

Permanent magnetic chucks type PMNM are high precision plates for clamping small and thin parts for precision grinding and eroding. The low magnetic field height prevents magnetization of processing tools. The chipboard is activated via a removable hex shifter. PMNM palletising clamping plates are available in 3 versions: Structure: — Neodymium magnet system, steel body, — Transverse pole pitch 1.4+0.5 mm — Holding power 100N/cm² — Magnetic field height about 5 mm — Pole plate wearing limit 6 mm Recommendation: High-precision plate for grinding and eroding

These Permamax permanent magnetic chucks from ASSFALG are suitable for heavy clamp-lifting processing. These Permamax permanent magnetic chucks can be used for milling, rotating and grinding. Considerable holding forces are still achieved on uneven and rough surfaces. They allow for universal clamping of small, medium and large workpieces of any thickness, however, they are best suitable for thick and large workpieces. A complete, wide transverse pole distribution (steel/brass) guarantees consistently high holding force over the entire width up to the longitudinal sides. These clamping plates can be activated through a hexagonal switch lever.

These permanent magnetic clamping plates Permamax from ASSFALG are suitable for heavy clamp-lifting processing. These Permamax permanent magnetic clamping plates can be used for milling, drilling, grinding and slicing. Considerable holding forces are still achieved on uneven and rough surfaces. They allow for universal clamping of small, medium and large workpieces of any thickness, however, they are best suitable for thick and large workpieces. A complete, wide transverse pole distribution (steel/brass) guarantees consistently high holding force over the entire width up to the longitudinal sides. These clamping plates can be activated through a hexagonal switch lever.

These highly accurate Magnet Sinetables are used for grinding work as well as for eroding. It allows for universal clamping of small, medium and large workpieces of any thickness, however, they are best suitable for thin and fine workpieces. The permanent Microsine magnetic clamping plate is preferably used if a flat and light construction is needed during grinding, eroding or milling. A complete, fine transverse pole distribution (steel/brass) guarantees a consistent holding force over the entire width up to the longitudinal sides. This clamping plate can be activated through a hexagonal switch lever. They are available in two versions: either single-pivotable via the longitudinal axis or double-pivotable via the longitudinal and transverse axis. Gauge blocks can be used to set the tilt angle precisely up to 45 °. The magnet Sinetable is suitable for accurate grinding of workpieces with nonparallel surfaces. Individual designs can be created on request.

This highly accurate magnetic clamping plate is used for grinding work as well as for eroding. It allows for universal clamping of small, medium and large workpieces of any thickness, however, they are best suitable for thin and fine workpieces. The permanent Microfine magnetic clamping plate is preferably used if a flat and light construction is needed during grinding, eroding or milling. A complete, fine transverse pole distribution (steel/brass) guarantees a consistent holding force over the entire width up to the longitudinal sides. This clamping plate can be activated through a hexagonal switch lever.