Introduction:

Iron powder is a kind of improtant metal powder for powder metallurgy,and it requires a large quantity of Fe powder accounts for 85% of the toatl metal powder. The Iron powder mainly used in manufacturing machine parts.

Iron-based alloy powder can be used on the working layer of abrasion resistant anticorrosive parts, such as hydraulic turbine blade, nozzle, wearing ring, hydraulic rod. The stainless steel powder has good sphericity configuration with low oxygen content, high hardness and good toughness.

The iron powder should be stored in a cool, dry, well ventilated warehouse and kept away from fire and other heat sources. Relative humidity should remain below 75%. The packing must be sealed, do not be affected with damp . It should be kept apart from alkali, alcohol, and it should avoid mixed reservoir by all means. The storage area should be equipped with the right material in the case of leakage.

Where to buy iron powder? AEM can supply diffferent kinds of high purity Iron Metal Powder for sale. If you did not find the sizes or compositions you need, please contact us by email. We have customized sizes and compositions according to customer's requests.

Iron Metal powder

Electrolytic Iron Powder, is the purest form of iron powder and is produced by electro deposition under controlled conditions. Our Electrolytic Iron Powder is 99.0% pure. Mesh Size is offered as per customers requirement.

Grade	Product Name	Chemical Composition	Particle Size	Apparent Density (g/cm3)
Fe-1	Iron powder	Ni+ Co: ≥ 99.0% Other: ≤ 1.0%	-200 mesh customed sizes avaliable	-
Fe-2	Iron powder	Ni+ Co: ≥ 99.0% Other: ≤ 1.0%	2- 4 um, D50: 18-27 um customized sizes avaliable	0.5-15

Iron Alloy Powder

Iron alloy powder has the function of good wear resistance, high temperature resistance, anti-oxidation and thermal shock resistance, high hardness and strength in normal and high temperatures, excellent oxidation resistant to deoxygenize corrosion of compound medium, corrosion of high temperature gas, corrosion of chloride, corrosion of strong deoxygenize medium. Mainly used it on manufacture, repair and pre-protection of all kinds of spare parts that are anti-oxidation, corrosion resistance, impact and strong wear in the fields of agriculture, chemical industry, metallurgy, mining and other industries.

Grade	Product Name	Chemical Composition (wt%)	Particle Size (distribution)	Hardness	Temperature
Fe-3	Fe60Cu40 alloy powder	Fe: 59-61 Cu: 39-41 O: <0.25	-325 mesh	-	-
Fe-4	Fe70Cu30 alloy powder	Fe: 69-71 Cu: 29-31 O: <0.25	-325 mesh	-	-
Fe-5	Fe80Cu20 alloy powder	Fe: 79-81 Cu: 19-21 O: <0.25	-325 mesh	-	-
Fe-6	FeCuNiSn alloy powder	-	-325 mesh	-	-
Fe-7	FeCuNi alloy powder	-	-325 mesh	-	-
Fe-8	FeCr alloy powder	Fe: Bal Cr: 15.0 B: 1.0 Si: 1.0	-100+270 mesh	HRC 25	≤ 600℃
Fe-9	FeCr alloy powder	Fe: Bal Cr: 15.0 B: 1.0 Si: 1.1 Ni: 1.0	-100+270 mesh	HRC 25	≤ 600℃
Fe-10	FeCr alloy powder	Fe: Bal Cr: 13.0 B: 1.6 Si: 1.2 Mo:0.8	-100+270 mesh	HRC 55	≤ 540℃
Fe-11	FeCrC alloy powder	Fe: Bal Cr: 43.0 C: 5.0 B: 1.6 Si: 1.0	-100+270 mesh	HRC 62-67	≤ 540℃
Fe-12	FeCrSi alloy powder	Fe: Bal Cr: 21.0 B: 1.5 Si: 3.5	-100+270 mesh	HRC 33-37	≤ 540℃
Fe-13	FeCrSi alloy powder	Fe: Bal Cr: 21.0 B: 1.7 Si: 3.5	-100+270 mesh	HRC 37-43	≤ 450℃
Fe-14	FeCr alloy powder	Fe: Bal Cr: 21.0	-100+270 mesh	HRC 30-35	≤ 450℃
Fe-15	FeCr alloy powder	Fe: Bal Cr: 13.0 C: 2.5 Ni: 6.0 W: 2.0 Mo: 2.5	-100+270 mesh	HRC 35-40	≤ 450℃
Fe-16	FeCr alloy powder	Fe: Bal Cr: 13.0 Si: 5.0 Ni: 10.0 Mn: 5.0	-100+270 mesh	HRC 35-40	≤ 450℃
Fe-17	FeCr alloy powder	Fe: Bal Cr: 13.0 Si: 2.0 Ni: 6.0 Mn: 13.0	-100+270 mesh	HRC 28	≤ 450℃
Fe-18	Stainless Steel powder (316L)	Fe: Bal Cr: 15.0 Ni: 12.0 B: 1.0 Si: 1.2 Mo: 2.4 Mn: 0.1	15-45um 15-53um 53-120um 53-150um	HRC 25	≤ 540℃
Fe-19	Stainless Steel powder (S301)	Fe: Bal Cr: 16.0-18.0 Ni: 6.0-8.0 Si: 1.0 Mn: 0.1	15-45um 15-53um 53-120um 53-150um	-	-
Fe-20	Stainless Steel powder (S310)	Fe: Bal Cr: 24.0-26.0 Ni: 19.0-22.0 Si: 1.5 Mn: 2.0	15-45um 15-53um 53-120um 53-150um	-	-
Fe-21	Stainless Steel powder (S220)	Fe: Bal Cr: 22.0-23.0 Ni: 4.5-6.5 Mo: 3.0-3.5 Si: 1.5 Mn: 2.0	15-45um 15-53um 53-120um 53-150um	-	-
Fe-22	Moulding alloy powder (GP1)	Fe: Bal Cr: 15.0-17.5 Cu: 3.0-5.0 Ni: 3.0-5.0 Si: ≤1.0 Mn: ≤1.0	15-45um 15-53um 53-120um 53-150um	-	-
Fe-23	Moulding alloy powder (PH1)	Fe: Bal Cr: 14.0-15.5 Cu2.5-4.5 N: 3.5-5.5 Nb: 0.15-0.45 Si: ≤1.0 Mn: ≤1.0	15-45um 15-53um 53-120um 53-150um	-	-
Fe-24	Moulding alloy powder (2Cr13)	Fe: Bal Cr: 12.0-14 C: 0.16-0.25 Si: ≤1.0 Mn: ≤1.1 N: ≤0.6	15-45um 15-53um 53-120um 53-150um	-	-
Fe-25	Moulding alloy powder (18Ni300)	Fe: Bal Ni: 17.0-19.0 Co: 8.5-9.5 Mo: 4.5-5.2 Ti: 0.6-0.8 Al: 0.05-0.15 Cr: ≤0.3	15-45um 15-53um 53-120um 53-150um	-	-
Fe-26	Moulding alloy powder (H13)	Fe: Bal Cr: 4.75-5.5 Mo: 1.1-1.75 V: 0.8-1.2	15-45um 15-53um 53-120um 53-150um	-	-
Fe-27	Moulding alloy powder (1.2709)	Fe: Bal Cr: ≤0.25 Mo: 4.5-5.2 Ni: 17.0-19.0 Ti: 0.8-1.2 Co: 8.5-10	15-45um 15-53um 53-120um 53-150um	-	-
Fe-28	High temperature alloy powder (IN718)	Fe: Bal Ni: 50.0-55.0 Cr: 17.0-21.0 Nb: 4.75-5.25 Mo: 2.80-3.30 Ti: 0.65-1.15 Al: 0.20-0.80 Cu: ≤ 0.30	15-45um 15-53um 53-120um 53-150um	-	-

Iron Oxide Ceramics Powder

Available as a synthetic or natural product. Ochre is the major iron oxide in terms of tonnage. Synthetic iron oxide powders are valued primarily for their pigmentary and magnetic properties (although not all types of iron oxide are magnetic).

Grade	Product Name	Chemical Composition (wt%)	Particle Size	Hardness	Temperature
Fe-29	Iron based WC composite powder	Fe: Bal Ni: 5.5 Cr: 9.5 Al: 4 W: 27	-140 mesh + 325 mesh	HRC 40	≤ 550℃