Nickel Iron Ni50Fe Sheet Plate Strip from China manufacturer

Payment Terms:	T/T,L/C,D/A,D/P,WU
Place of Origin:	Hebei, China (Mainland)


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Product Detail

Model No.: Thickness: Min0.05mm

Production Capacity: 20000 Square Meter per mont...

Delivery Date: 2-30 Days

Nickel Iron sheet: Ni50Fe sheet

Means of Transport: Ocean,Land,Air

Packing: Standard package

Brand Name: XinXing

Ni50Fe Sheet (SMA50) has very high saturation flux density of any Nickel-Iron alloy.Sheet Plate Strip:Thickness: 0.05mm & above.Magnetic permeability.

Ni50FeSheet Plate Strip

Ni50Fe Sheet Plate Strip(SMA50) possesses a very high saturation flux density of any Nickel-Iron alloy. This high saturation flux density combined with high magnetic permeability and low core loss makes them versatile alloys with many potential applications. They are primarily used in laminated cores for instrument transformers, magnetic shield and cores for all certain electronic and communications devices in which extremely high permeability at low magnetizing forces greatly increases the efficiency and effectiveness of the equipment.

To ensure the quality of our product, we can produce the product with raw materials from the international suppliers. Every batch of product can be tracked to the original raw material supplier. We co-operate with international suppliers like Allvac(ATI), Bohler, Carpenter, Dunkirk, Gloria, OttoKumpu, SMC, ThyssenKrupp VDM, Valbruna, etc.

Sheet Plate Strip:Thickness: 0.05mm and above

Typical Chemistry (Wt.%) of Ni50Fe Sheet:

Alloy	Ni	Mn	Si	C	Fe
SMA 50	47.5 – 50.0	1.0 max.	0.30 max.	0.10 max.	Balance

The chemistry is so adjusted that the alloy shall have highest saturation flux density in the family of all nickel iron alloys.

Magnetic Properties of Ni50Fe Sheet:

Alloy	Permeability µI	Permeability µmax	Coercive Force Hc (Oe)	Saturation Flux Density Bs (Tesla)
SMA 50	7500	100K	0.05	1.6

These can be adjusted by different heat treatment practice depending upon the component and its end use.

Physical Properties of Ni50Fe Sheet:

Alloy	Density (gm/cm³)	Resistivity (µΩ cm)	Curi Temprature (°C)	Thermal Expansion (10-6/°C)
SMA 50	8.2	45	450	8

Heat Treatment

Good results are only obtained by proper heat treatment of finished components. This consists of heating the components in temperature range exceeding 950°C, holding at this temperature and then cooling at determined cooling rate. Controlled atmosphere or very dry gases such as hydrogen or cracked ammonia is necessary to prevent the parts from oxidation.

Packing Process & Transportation:

Packaging: Seal up, with plastic inside and wooden case or carton outside; or according to the customer's requirements.

Transportation: By air: Beijing International Airport OR By sea: Trianjin Seaport

We provide our customers with excellent services. If you want more detailed information of this product or related problems, please contact with us, we will reply as soon as possible (general in 24 hours).