Stahlwille North America Datasheets for Pliers
Pliers (plyers) are handheld, manually-powered hand tools, often employing serrated jaws, designed for holding, cutting, bending, or manipulation of tough or difficult materials such as wire, sheet metal, or fine machine components.
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Product Name | Notes |
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175 x 350 x 30 mm, 4 pieces | |
175 x 350 x 35 mm, 4 pieces | |
350 x 350 x 30 mm, 6 pieces | |
80 mm jaw width, quick release lever, Chrome Vanadium. | |
as No 6600, mini bevel, fitted with double leaf spring. | |
Chrome Vanadium. | |
designed for gripping and manipulating electronic components, long, thin, flat serrated jaws, induction hardened cutting edges, approx. 60 HRC, for soft and hard wires. | |
designed for use by instrument mechanics, flat blunt, serrated jaws, wear resistant. | |
designed for use in fine mechanical and electronics industries, flat, slim, long serrated jaws, box joint, for long life, serrated gripping areas. | |
designed for use on miniature mechanical components, half round tapering jaws, wear resisting serration. | |
DIN 5235, Form A, flat pointed, for use on contact and relay springs and on small components, smooth jaws. | |
DIN 5235, Form B, flat blunt, for use on contact and relay springs and on small components, smooth jaws. | |
DIN 5235, Form C, flat bent, 45° in line with jaws, for use on contact and relay springs and on small components, smooth jaws. | |
DIN 5235, Form E, flat bent, 90° angle to jaws, for use on contact and relay springs and on small components, smooth jaws. | |
DIN 5254 A, straight, H.D. drop forged, precision points, with wear resistant compression spring. | |
DIN 5254 B, bent 90°, H.D. drop forged, precision points, with wear resistant compression spring. | |
DIN 5256 C, straight, H.D. drop forged, precision points. | |
DIN 5256 D, bent 90°, H.D. drop forged, precision points. | |
DIN ISO 5745, for bending wire loops and rings, long, round, ground jaws, fine serrations on gripping areas. | |
DIN ISO 5745, for bending wire loops and rings, short, round, ground jaws, fine serrations on gripping areas. | |
DIN ISO 5745, Form A (straight), half round, long tapering, serrated jaws, with burner hole, precision cutting edges for soft and hard wires, induction hardened cutting edges, approx. 60 HRC. | |
DIN ISO 5745, Form B, bent 45°, half round, long tapering, serrated jaws, with burner hole, precision cutting edges for soft and hard wires, induction hardened cutting edges, approx. 60... | |
DIN ISO 5745, long, flat serrated jaws. | |
DIN ISO 5745, short, flat serrated jaws. | |
DIN ISO 5746, precision cutting edges for all wires, incl. piano wire, induction hardened cutting edges, approx. 62 HRC, for long life. | |
DIN ISO 5748, for piano wire, special steel. | |
DIN ISO 5748, precision cutting edges for all wires, incl. piano wire, alloy steel of highest quality, induction hardened bevelled cutting edges, approx. 63 HRC. | |
DIN ISO 5749, for piano wire, special steel. | |
DIN ISO 5749, Form A, precision cutting edges for all wires incl. piano wire, high quality alloy steel, bevelled cutting edges induction hardened, approx. 63 HRC. | |
DIN ISO 5749, Form B, precision cutting edges for all wires incl. piano wire, high quality alloy steel, bevelled cutting edges induction hardened, approx. 63 HRC. | |
DIN ISO 8976 (No 207 c), box joint "hook" adjustment, jaw with slot, Chrome Vanadium. | |
DIN ISO 8976 (No 207 c), box joint, 7 adjustment positions (175 mm 6 adjustment positions), anti-squeeze protection, Chrome Vanadium. | |
DIN ISO 9242, limit on opening angle to ensure single-handed closure (registered design), little effort required due to optimised cutter geometry, induction-hardened cutters provide excellent resistance to wear, special steel,... | |
DIN ISO 9243, induction-hardened cutting edges, high wear resistance, extremely low cutting force effort due to very large lever effect and optimum cutting edges geometry. Clearly damped cutting shock due... | |
DIN ISO 9243, special steel, drop-forged, oil hardened. | |
DIN ISO 9654, as No 6613, but without bevelled cutting edges, for flush cutting of soft and medium hard Cu- and diode wires. | |
DIN ISO 9654, as No 6620, but without bevelled cutting edge, for flush cutting of soft and medium hard Cu- and diode wires, alloy steel of highest quality, induction hardened... | |
DIN ISO 9654, light, slim pattern, especially suitable for use on miniature electronic components, precision cutting edges, mini bevel, suitable for soft and hard wire, Cu-wire of 0.2 mm can... | |
DIN ISO 9654, precision cutting edges for soft and hard wires, mini-bevel, head angled 90°, pointed head, Cu-wire 0.25 mm may be cut at the tips, welded on double leaf... | |
DIN ISO 9654, slim long head for use in confined space, box joint for precise movement, precision cutting edges for Cu- and diode wires, mini-bevel, welded on double leaf spring,... | |
DIN ISO 9654, slim tapered head for use in confined spaces, box joint for precise movement, precision cutting edges, no bevel suitable for flush cutting of soft and medium hard... | |
DIN ISO 9654, slim, extended head for delicate cuts in confined spaces, box joint for precise movement, precision cutting edges with mini bevel for Cu- and diode wires, head angled... | |
DIN ISO 9654, strong model, box joint for precise movement, precision cutting edges, mini bevel, suitable for piano wire, Cu-wire 0.25 mm can be cut at tips, welded on double... | |
DIN ISO 9654, tapered head for use in confined spaces, precision cutting edges for hard and soft wire, head angled by 55°, Cu-wire 0.25 mm may be cut at the... | |
DIN ISO 9654, with wire catch to prevent uncontrolled disposal of off-cuts, box joint for precise movement, precision cutting edges, mini bevel, suitable for soft and hard wire, welded on... | |
DIN ISO 9655, designed for use on miniature electronic and mechanical components, welded on double leaf spring, half round, smooth precision jaws tapering to 1 mm , box joint for... | |
DIN ISO 9655, designed for use on miniature electronic and mechanical components, welded on double leaf spring, precision jaws, smooth, tapering to 1 mm, box joint for precise movement. | |
DIN ISO 9655, designed for use on miniature electronic and mechanical components, welded on double leaf spring, round precision jaws, smooth, thin, 1.25 mm point diameter, box joint for precise... | |
DIN ISO 9655, Form A (straight), designed for use on electronic components, half round, extra long tapering jaws, fine serration. | |
dip-coated, in plastic inlay Content: 6501 Combination pliers, 180 mm 6602 Heavy duty side cutter, 160 mm 6529 Snipe nose pliers, 200 mm | |
dip-coated, in plastic inlay Content: 6551 Waterpump pliers, 240 mm, lacquered 6501 Combination pliers, 180 mm 6602 Heavy duty side cutter, 160 mm | |
extra large capacity, quick release lever, Chrome Vanadium. | |
for bending wire loops, round precision jaws, smooth, 1.0 point diameter, box joint for precise movement. | |
for copper and light alloy cables. Easy, single handed operation. Special cutter geometry to avoid pressure marks and frayed ends, adjustable joint, anti-squeeze protection, not suitable for steel or armoured... | |
for copper- and light alloy cables. Easy, single handed operation. Special cutting edges geometry to avoid pressure marks and frayed ends, adjustable joint, anti-squeeze protection, not suitable for steel- or... | |
for fitting and removing the retaining springs on drum-brake pads, e.g. Mercedes-Benz, Type 168, A Class, Renault Clio and Twingo from August 2002. | |
for non-insulated cable lugs and tubular cable lugs with closed crimp sleeves unlockable autolock easy handling stripping and cutting device, refer to No 6966 crimp shape: | |
for non-insulated flat plugs and flat sleeves for nominal DIN widths F2.8; F4.8; F6.3; F9.5 unlockable autolock easy handling stripping and cutting device, refer to No 6966 crimp shape: | |
for offsetting sheet metal edges up to 1 mm thickness, ensuring shoulder free surface. Handles fitted with H.D. plastic sleeves. | |
for plastic injection mouldings, with convex cutting edge, with no bevel to enable flush trimming of sprues and burrs, with spring-loaded opening, induction-hardened cutting edges. | |
for plastic injection mouldings, with particularly narrow, straight cutting edges, 45° angled, with no bevel to enable flush trimming of sprues and burrs, only for thin sprues made of soft... | |
for plastic injection mouldings, with particularly narrow, straight cutting edges, with no bevel to enable flush trimming of sprues and burrs, only for thin sprues made of soft thermoplastic, with... | |
for plastic injection mouldings, with raised cutting edges, 20° angled, with no bevel to enable flush trimming of sprues and burrs, with spring-loaded opening, induction-hardened cutting edges. | |
for plastic injection mouldings, with straight cutting edges, 20° angled, with no bevel to enable flush trimming of sprues and burrs, with spring-loaded opening, induction-hardened cutting edges. | |
For plastic injection mouldings, with straight cutting edges, 30° angled, with no bevel to enable flush trimming of sprues and burrs, with spring-loaded opening, induction-hardened cutting edges. | |
for plastic injection mouldings, with straight cutting edges, 90° angled, with no bevel to enable flush trimming of sprues and burrs, with spring-loaded opening, induction-hardened cutting edges. | |
for red/blue/yellow insulated cable lugs, pin-type cable lugs, flat plugs and sleeves, round plugs and sleeves, butt and parallel connectors unlockable autolock easy handling stripping and cutting device, refer to... | |
for rivetted brake linings/shoes, Chrome Vanadium, bright nickel-plated. | |
for slotted circlips (as used on shafts of engines, gearboxes, differentials, clutches etc.), with wear resistant compression spring. | |
for stripping wires from 0.5 to 6 mm . Cables can also be cut. For use with crimping pliers No 6638, 6639, 6640 and 6641. | |
for use on sheet metal up to 1 mm thickness (hole spot welding - MAG welding technique). Use in conjunction with setoff pliers No 10642. Handles fitted with H.D. plastic... | |
for use with terminal sleeves with or without an insulating collar in accordance with DIN 46228 high precision crimping easy-action force transmission coupled with simple handling unlockable autolock accurately ground... | |
for use with terminal sleeves with or without an insulating collar in accordance with DIN 46228 unlockable autolock easy handling stripping and cutting device, refer to No 6966 crimp shape:... | |
for wires from 0.3 to 1.2 mm , self adjusting, cutter hole for cutting wire or stranded wires up to 5 mm , special alloy steel. | |
for wires from 0.5 to 5 mm , self adjusting, cutter hole for cutting wire or stranded wires up to 5 mm , special steel. | |
forged contoured jaws, quick release lever, wire cutter, Chrome Vanadium. | |
forged jaws (one straight, one contoured), quick release lever, Chrome Vanadium. | |
forged jaws, quick release lever, Chrome Vanadium. | |
forged jaws, quick release lever, for small round parts (V-cutout in one jaw) and also suitable for larger workpieces, also ideal for gently gripping sensitive workpieces, Chrome Vanadium. | |
forged, curved jaws with milled grip, for accessing tight-fitting, awkward-to-reach heater plug connectors (e.g. BMW, Mercedes-Benz, Peugeot, Renault, Seat, VW/Audi). | |
Form A (straight), designed for use on miniature electronic and mechanical components, haft round extra thin, long tapering jaws with fine serration, box joint for precise movement. | |
Form A (straight), half round, long tapering, serrated jaws. | |
Form A, flat blunt, designed for use by instrument mechanics, wide precision jaws, smooth, tapering to 1.5 mm, box joint for precise movement. | |
Form B (bent 45°), half round, long tapering, serrated jaws. | |
Form B, bent 45°, designed for use on electronic components, half round, extra long tapering jaws, fine serration. | |
Form B, bent 45°, designed for use on miniature electronic and mechanical components, half round extra thin, long tapering jaws with fine serrations, box joint for precise movement. | |
Form B, flat pointed, designed for use by instrument mechanics, flat pointed precision jaws, smooth, tapering to 1.5 mm, box joint for precise movement. | |
half round, long tapering, serrated jaws. | |
Handles chequered, in plastic inlay Content: 6543 Circlip pliers, J2 6544 Circlip pliers, J21 6545 Circlip pliers, A2 6546 Circlip pliers, A21 | |
Loose plastic jaws for No 6576 technical data code69760001 EAN code4018754040254 EClass 5.121040301 Weight g3 | |
multi-component handles with softer layers (No 6501, 6602), in plastic inlay Content: 6551 Waterpump pliers, 240 mm 6501 Combination pliers, 180 mm 6602 Heavy duty side cutter, 160 mm | |
multi-component handles with softer layers, in plastic inlay Content: 6501 Combination pliers, 180 mm 6602 Heavy duty side cutter, 160 mm 6529 Snipe nose pliers, 200 mm | |
patent, box joint with dual support, fast adjustment on the work piece via push button, freely adjustable, easy super fine adjustment with 10 snap-in points (180 mm), 12 snap-in points... | |
patent, box joint, fast adjustment via button press directly on the work piece, freely adjustable, easy super fine adjustment, high transmission ratio for noticeable amplification of manual force, for work... | |
registered design, for wire locking of metal fasteners, with side cutter, serrated jaws for positive grip, jaws angled by 40°, suitable for locking wires up to 1.6 mm (dec. in. | |
replaceable plastic jaws, 4 adj. positions, for use on screw connections incl. Canon-connectors, or any light alloy or other tube connections, surfaces of which must not be damaged, Chrome Vanadium. | |
Replacement stripping knives (1 pair) for No 6623 technical data code69230001 EAN code4018754040209 EClass 5.121049114 Weight g11 | |
Spare springs for No 6554 technical data code69540002 EAN code4018754040230 EClass 5.121049114 Spare spring for No 65544250 Weight g3 | |
Spare springs for No 6554 technical data code69540003 EAN code4018754040247 EClass 5.121049114 Spare spring for No 65544375 Weight g4 | |
specially suitable for narrow, tapering access, with quick-release lever, Chrome Vanadium. | |
strong, slim pattern, suitable for use on miniature electronic components, precision cutting edges, mini bevel, suitable for soft and hard wire, incl. piano wire, Cu-wire of 0.2 mm can be... | |
suitable for use on miniature mechanical and electronic components, precision cutting edges for hard and soft wire, head angled by 28°, Cu-wire 0,25 mm may be cut at tips, alloy... | |
with adjustment screw to cut insulation only on wire or cable, max. 5 mm 10 mm2 conductor cross-section. | |
with cutter for cutting and trimming lead weights (with or without adhesive foil), Chrome Vanadium, chrome plated. | |
with flexible anvil, for rivetted and glued brake linings/shoes. | |
with half round profile, for reliable crimping of terminal sleeves DIN 46228, 8 deep slots with tapering side walls, crimping within the size marked profiles in one operation. | |
with quick release lever, Chrome Vanadium. |