Nickel steel - Import export

Deep drawn cylindrical battery housings made of nickel plated steel Various standard sizes of cylindrical battery housings for edrive applications like 21700, 46800

Single-acting pneumatic cylinder with two parallel working piston rods made of brass, nickel-plated or stainless steel.

For the majority of standard castors, either the tread or the steel bracket is not designed for frequent contact with water or high levels of air humidity or steam. Blickle stainless steel castors, on the other hand, provide corrosion protection in every area, including the high-quality chromium-nickel steel bracket, the synthetic wheel centre, a selection of treads made from rubber, thermoplastic polyurethane and nylon and the various bearings used. This is relevant for wet areas and environments with strict hygiene requirements, such as the food industry.

Turned connecting elements, reducers, nipples, sleeves, grommets, plugs, plugs made of steel, aluminium, brass, stainless steel Blank, anodised, nickel-plated, chrome-plated, galvanized.

We offer antistatic brushes with carbon fibre or stainless steel yarn. The stainless steel yarn consists of stainless chrome-nickel-molybdenum steel. The fine stainless steel filaments are twisted to a yarn. This yarn has high resistance to abrasion, even when subjected to continuous mechanical load. The standard type AB10 is available from stock. Carbon fibres are excellent conductors, thanks to the high proportion of carbon which they contain. The variable distance between the tufts make carbon-fibre strip brushes the ideal choice for difficult static removal applications. The excellent conductivity of these brushes can also be used to allow voltages to be applied to the surface of workpieces. The standard type AB20 is available from stock.

wege® - the flexible cable gland system in brass, stainless steel and plastic. wege® M Pressing-screws with strain relief. Material: brass nickel-plated,screws: stainless steel, thread: M16-M32, PG9-PG29

wege® - the flexible cable gland system in brass, stainless steel and plastic. wege® M Pressing-screws with strain relief. Material: brass nickel-plated,screws: stainless steel, thread: M12-M32, PG9-PG48

wege® - the flexible cable gland system in brass, stainless steel and plastic. wege® M Pressing-screws with strain relief. Material: brass nickel-plated,screws: stainless steel, thread: M12-M40, PG7-PG48

wege® - the flexible cable gland system in brass, stainless steel and plastic. material: brass nickel-plated / screws are stainless steel, sealing ring: see data sheet, range of temperature: see datasheet, connection thread: M12 - M63 / PG 9 - PG 48

wege® - the flexible cable gland system in brass, stainless steel and plastic. material: brass nickel-plated / screws are stainless steel, sealing ring: see data sheet, range of temperature: see datasheet, connection thread: M12 - M63 / PG 7 - PG 48

wege® - the flexible cable gland system in brass, stainless steel and plastic. material: brass nickel-plated (screws are stainless steel), lamellar insert: PA 6, sealing ring: CR, o-ring: NBR-Oz, protection class: IP66/IP68 - 5 bar / IP69k, test standard: UL 514B, range of temperature: -30 °C to +100 °C, connection thread: M12 - M32

wege® - the flexible cable gland system in brass, stainless steel and plastic. material: brass nickel-plated / screws are stainless steel, sealing ring: see data sheet, range of temperature: see datasheet, connection thread: M12 - M63 / PG 9 - PG 48

- One interface for compressed air, gases, liquids, electrical and electronic signals - Fits to Eisele Adaptive insets - Can be assembled as bulkhead - Material Al nickel-plated or stainless steel - Temperature range -20 to +120 °C - Working pressure range -0,8 to 0 bar or 0 to 24 - Up to max. 14 connections

Extremely high clamping force Often complete machining fails for lack of an effective I.D. clamping device. In many cases the jaw chuck is a makeshift solution. However, even conventional mandrels with slotted clamping sleeves quickly reach their limits in terms of accuracy, rigidity, and opening stroke. HAINBUCH segmented mandrels use state-of-the-art clamping technology that is convincing, even in the most critical applications. Segmented clamping bushing with extremely hard, wear resistant and rigid segments The central element is the vulcanized segmented clamping bushing. Because conventional clamping bushings are made of spring steel and are only annealed to spring hardness, they are »soft« and they must »bend« to clamp the workpiece. HAINBUCH segmented bushings, on the other hand, are made of case-hardened chromium-nickel-steel and have segments that are extremely hard, wear resistant and rigid.

Extremely high clamping force Often complete machining fails for lack of an effective I.D. clamping device. In many cases the jaw chuck is a makeshift solution. However, even conventional mandrels with slotted clamping sleeves quickly reach their limits in terms of accuracy, rigidity, and opening stroke. HAINBUCH segmented mandrels use state-of-the-art clamping technology that is convincing, even in the most critical applications. Segmented clamping bushing with extremely hard, wear resistant and rigid segments The central element is the vulcanized segmented clamping bushing. Because conventional clamping bushings are made of spring steel and are only annealed to spring hardness, they are »soft« and they must »bend« to clamp the workpiece. HAINBUCH segmented bushings, on the other hand, are made of case-hardened chromium-nickel-steel and have segments that are extremely hard, wear resistant and rigid.

Whether lathe or machining center Complete machining made easy: You cannot only use our MANDO and MAXXOS segmented mandrels on the lathe, you can also use them in stationary mode. Simply screw the mandrel onto the ms dock [manually actuated] or hs dock [hydraulically actuated] and you can clamp your workpiece from the inside, stationary mode. Precise, without vibration and with minimum set-up effort. The extremely wear-resistant segmented clamping bushing of case-hardened chromium-nickel-steel with the rubber between the segments, especially developed by HAINBUCH, makes it possible. Hydraulic actuating unit hs dock hs dock is an absolute powerhouse that enables hydraulic implementation of MANDO and MAXXOS segmented mandrels on machining centers. Media supply can be freely selected. It is actuated either from the side or via a base plate from below. Perfect when automation is involved.

Whether lathe or machining center Complete machining made easy: You cannot only use our MANDO and MAXXOS segmented mandrels on the lathe, you can also use them in stationary mode. Simply screw the mandrel onto the ms dock [manually actuated] or hs dock [hydraulically actuated] and you can clamp your workpiece from the inside, stationary mode. Precise, without vibration and with minimum set-up effort. The extremely wear-resistant segmented clamping bushing of case-hardened chromium-nickel-steel with the rubber between the segments, especially developed by HAINBUCH, makes it possible. Manual actuating unit ms dock The hand-actuated ms dock in conjunction with stationary MANDO and MAXXOS segmented mandrels is ideal for machining centers, measuring machines, radial drill presses, parallel and angle plate clamping or for clamping on dividing heads. The version ms dock rotating can be used on turning and grinding machines until RPM 1/min.

In terms of precision, stability, and flexibility the vulcanized segmented clamping bushings are unbeatable. They consist of segments made of chrome/nickel, case hardened steel that is very hard, extremely wear resistant, and rigid [60 HRC]. Plus, they do not have to »bend« to clamp the workpiece. In addition, all functional surfaces are completely ground in one clamping set-up. The result: maximum run-out accuracy, maximum holding power, and long life span.

Using MPBF (Metal Powder Bed Fusion) technology, the EP-M650 is using a 655x655x800mm3 build envelope and quad laser systems to ensure a high efficiency production. The precise positioning and innovative area splicing control technology offers uniformity and stability throughout the whole printing phase. The system can operate with various metal powders such as Titanium, Aluminum and Nickel-based alloys, Maraging Steel, Stainless Steel, Chrome Cobalt Alloys and other materials. It is suitable for the direct manufacturing of large-size, high-precision and high-performance parts in the aerospace, aviation, automotive and defense industry.

Using MPBF (Metal Powder Bed Fusion) technology, the EP-M1250 is using a 1258 x 1258 x 1350 mm3 build envelope and nine laser systems to ensure a high efficiency production. The precise positioning and innovative area splicing control technology offers uniformity and stability throughout the whole printing phase. The system can operate with various metal powders such as Titanium, Aluminum and Nickel-based alloys, Maraging Steel, Stainless Steel, Chrome Cobalt Alloys and other materials. It is suitable for the direct manufacturing of largesize, high-precision and high-performance parts in the aerospace, aviation, automotive and machinery industry.

With a building chamber size of 455*455*500mm Eplus3D Introduces EP-M450 to the successfulline of MPBF™ 3D printers. The complete open systemmakes EP-M450 a very powerful tool for large scaleproduction for our customer to access different metal powders like titanium, aluminum, nickel alloys and stainless steel, etc. EP-M450 is aiming to output the large parts with its high performance and high accuracy.