CNPC POWDER supply 3D printing metal powder include Iron based Powder, Aluminum based Powder, Nickel based Powder, Copper based Powder, Titanium based Powder, Cobalt based Powder. We offer material for various like SLM,DMLS,EBM,LMD,blnd jetting, cold spray, LPM etc. The metal powder for 3d printing we also can according to customer requirements to develop it.
Product Name
Maraging steel 18Ni300 Powder
Particle size
15-53um
50-150um
Flowability
10S/50G for SLM Diameter 4.0mm
Oxygen content
0.04%
Partilce shape
spherical shape
Package
10KG/Drum
18Ni300 powder
CNPC POWDER'S 3D printing metal powder used argon and nitrogen atomization process. For the iron base alloy powder include SS316L, SS304L,SS17-4PH,18Ni300,H13,M2 etc. The spherical shape with excellent fluidity. The particle distribution is between 0-25um, 15-45，15-53um 50-150um. 3D print metal powder used in aerospace, molds, automotive, medical instruments etc.
Iron alloy powder application
The main application of 3D printing metal powder; * aerospace * molds * automotive * medical instruments * Military industry.
Packing&Shipping
3D Printing Metal Powder Storage:
* Easily oxide in high temperature. * Usually stored in tank or jar. * Carefully keep away from moist and damp. Store in dry and ventilating place. 3D Printing Metal Powder Package: * vaccum package per bag for 5kg and 10kg. * Put the bag into drum for delivery.
Freight Cost Calculation CNPC will calculate the freight costs of your powdery materials from Shanghai to your address. CNPC is able to provide customers with a discounted rate on shipping provided by our shipping rate accounts. Make your order today and contact us for the shipping cost! Powder Material Consultant Do you need technical advice? CNPC has 20+ years of experience in powder manufacturing process, this allows CNPC to answer any questions you have about powder materials. Need Information on Importing Chemical Goods To Your Country? We are Client-oriented. Our.10 years of powder exporting experiences ensures that your purchase goes smoothly. Special packing materials are used to protect the powders from moisture and damage during transportation. CNPC keeps customers first at all times.
Manufacturing Technique
First the coarse metarial or ingot is melted in the furnace to get liquid metal. Then the liquid metal is turned into droplets. Then we cool the liquid and collect the powder.Then sieve the powder and separate.We then collect the elaborate powder and mix them. At last we package the fashioned powder. Gas Atomization---Cooling---Sieving---Mixing---Packaging
First the coarse metarial or ingot is melted in the furnace and we get liquid metal. Then use the atomizer with metal liquid to break it down into tiny droplets. Then drying and collecting the powder. We then use heat-treatment,then a furnace to dry the wet powder. Finally we sieve the powder.and mix them for packaging. Water Atomization---drying---Heat treatment---Sieving---Mixing---packaging
Exhibition
Quality Control
ICP Machine test elements content
O&N analysis machine test oxygen and nitrogen content
C&S analysis machine test carben and sulfur content
lazer partilce size analysis machine test particle size distribute
Tap dansity machine test tap dansity date
Appearnce density % flowability machine
Certifications
Products Description
METAL POWDERS for ADDITIVE MANUFACTURING The question is, how is all this possible? How does Additive Manufacturing (AM) work? In the case of metal powders, AM begins with a scan of an object or a completely digital rendering of a desired part. The 3D rendered part (3DP) can be tested in a CAD program tuned digitally. Then the 3DP is sent to a AM machine. The AM machine uses selectively creates layers of metal according to the 3DP. As the successive layers are formed on the previous ones, and the bed is lowered within the machine.
