The price of production of micron nickel wire DKRNT 0.025 KT NP2, DKRNT 0.025 KT NP1 and DKRNT NP0.

CERTIFICATE OF CHEMICAL COMPOSITION
DKRNT-0.025-KT-NP0 GOST 2179-75; GOST 492-2006

The impurity composition is determined by the method of spark mass spectrometry. The degree of purity of the material is calculated as the difference between 100% and the total content of limited impurities. The list of limited impurities is determined in accordance with GOST 492-2006 "Nickel, nickel and copper-nickel alloys, processed by pressure. Stamps »

C6 (Carbon - Carboneum) <0.001%;
Mg2 (Magnesium - Magnesium) <0.001%;
Si14 (Silicon - Silicium) <0.001%;
P15 (Phosphorus) <0.001%;
S16 (Sulfur-Sulfur) <0.001%;
Mn25 (Manganum - Manganese) <0.001%;
Fe26 (Iron - Ferrum) <0.001%;
Ni28 (Nickel - Niccolum) = 99.995%;
Cu29 (Copper - Coprum) <0.001%;
Zn30 (Zinc - Zincum) <0.001%;
As33 (Arsenicum) <0.001%;
Cd48 (Cadmium - Cadmium) <0.001%;
Sn50 (Tin - Stannum) <0.001%;
Sb51 (Antimony - Stibium) <0.001%;
Pb82 (Lead - Plumbum) <0.001%;
Bi83 (Bismuth) <0.001%;

 

CERTIFICATE OF CHEMICAL COMPOSITION
DKRNT-0.025-KT-NP1 GOST 2179-75; GOST 492-2006

The impurity composition is determined by the method of spark mass spectrometry. The degree of purity of the material is calculated as the difference between 100% and the total content of limited impurities. The list of limited primitives is defined in accordance with GOST 492-2006 "Nickel, nickel and copper-nickel alloys, processed by pressure. Stamps »

C6 (Carbon - Carboneum) <0.01%;
Mg2 (Magnesium - Magnesium) <0.01%;
Si14 (Silicon-Silicium) <0.03%;
P15 (Phosphorus) <0.001%;
S16 (Sulfur-Sulfur) <0.001%;
Mn25 (Manganum - Manganese) <0.002%;
Fe26 (Iron - Ferrum) <0.04%;
Ni28 (Nickel - Niccolum) = 99.97%;
Cu29 (Copper - Coprum) <0.015%;
Zn30 (Zinc - Zincum) <0.005%;
As33 (Arsenicum) <0.001%;
Cd48 (Cadmium - Cadmium) <0.001%;
Sn50 (Tin - Stannum) <0.001%;
Sb51 (Antimony - Stibium) <0.001%;
Pb82 (Lead - Plumbum) <0.001%;
Bi83 (Bismuth) <0.001%;

CERTIFICATE OF CHEMICAL COMPOSITION
DKRNT-0.025-KT-NP2 GOST 2179-75; GOST 492-2006

The impurity composition is determined by the method of spark mass spectrometry. The degree of purity of the material is calculated as the difference between 100% and the total content of limited impurities. The list of limited primitives is defined in accordance with GOST 492-2006 "Nickel, nickel and copper-nickel alloys, processed by pressure. Stamps »

C6 (Carbon - Carboneum) <0.01%;
Mg2 (Magnesium - Magnesium) <0.1%;
Si14 (Silicon - Silicium) <0.15%;
P15 (Phosphorus) <0.002%;
S16 (Sulfur-Sulfur) <0.005%;
Mn25 (Manganum) <0.05%;
Fe26 (Iron - Ferrum) <0.1%;
Ni28 (Nickel - Niccolum) = 99.85%;
Cu29 (Copper - Coprum) <0.1%;
Zn30 (Zinc - Zincum) <0.007%;
As33 (Arsenicum - Arsenic) <0.002%;
Cd48 (Cadmium - Cadmium) <0.002%;
Sn50 (Stannum) <0.002%;
Sb51 (Antimony - Stibium) <0.002%;
Pb82 (Lead - Plumbum) <0.002%;
Bi83 (Bismuthm) <0.002%;

Nickel micron wire, wire DKRNT from nickel is a wire NP1 silvery-white metal does not fade in the air. In its pure form, nickel is sufficiently plastic and well suited for pressure treatment. Nickel wire as a product is a ferromagnet. Nickel is characterized by high corrosion resistance - it is stable to oxidation in air, in water, in alkalis and even in a number of acids. Chemical resistance is due to its propensity for passivation - the formation on its surface of a dense oxide film, which has a very good protective effect. Nickel is actively dissolved in dilute nitric acid:
Nickel for a long time could not be produced in plastic form due to the fact that it always has a small admixture of sulfur in the form of nickel sulphide, located by thin, brittle interlayers at the metal boundaries. The addition of a small amount of magnesium to the molten nickel transfers sulfur to the form of a compound with magnesium, which is released in the form of grains, without violating the ductility of the metal. After starting to receive pure nickel use, the use of nickel increased by an order of magnitude. Nickel wire НП2, as a product of pure nickel under the brand DKRNT 0.025 is used as a financial instrument. Nickel wire, nickel is the basis of most superalloys - refractory materials used in the aerospace industry for power plant parts. In nickel plating (this is the creation of a nickel coating on the surface of another metal in order to protect it from corrosion). Carried out galvanic method using electrolytes. The thickness of the resulting nickel layer is 12-36 μm.
Nickel wire price mentioned above does not indicate the final fixed form of the cost of wire np2 or np1, per one meter of production. The final price is negotiated with the customers on the basis of the volume and quality of the product.
New in drawing micron nickel wire.
More recently, the production of wire 25 microns thick (0.025 mm) or even clearer, a thickness of 25 microns, is 40 times thinner than a millimeter. It was considered a very difficult, laborious and costly work. Equipment for drawing a micron wire of this diameter, to this day is considered exclusive and very expensive. Especially drawing of a cold-rolled billet. And the more so the wire from nickel. (As you know, nickel is not soft enough, like copper, gold, silver or aluminum). And the production of nickel wire without impurities, with a purity of 99.9%, in turn, further complicates the work. Our company has established production of micron wire according to GOST 2175-79 of DKRNT brand 0,025 kt np1 with nickel content purity of 99.99%. Such results on quality have not been achieved, we have in Russia, no one. Now about the main thing we prepared for you. We want to inform about our new development. This output of micron nickel wire is 10 microns, and the nickel content is not lower than 99.9%. I will specify, it is 100 times thinner than a millimeter, tens of times thinner than a web. The first copies of nickel wire DKRNT 0.01 kt np1, abroad were assessed very well. So one meter of such wire, corresponding to the brand m4N according to the classification of ALFA Finest Inorganic Research Chemicals and Metals Catalog of Johnson Matthey, was estimated at 238 US dollars. Accordingly, one gram of nickel wire of 10 microns will cost $ 340,000. See the catalogs of pure metals ALFA AESAR under number 40673, and nickel wire with a diameter of 0.025 in the catalog under number 40672.

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