Specifications: Iron-3D Printing Pulverizer, High Powder Sphericity, Low Oxygen Content, Uniform Particle Size Distribution, Good Fluidity, High Bulk Density, Tap Density, Wide Application in Powder Metallurgy and 3D Printing.
Useful Process: The InVar36 Powder may be used in laser/eletron laser beam additive manufacturing processes (SLM/EBM), direct deposition laser (DLD), powder heat isostatic pressings (HIP), injection molding (MIM) or any other process.
3D Metal Powder: This powder is suitable for use in a wide variety of 3D printing machines, such as Renishaw UK, EOSINTM series in Germany, Concept Laser in the United States, 3D systems within the United States, 3D equipment in laser melting, and national research institutes. Research and development for selected laser melting devices, like Huaying High-Tech, Platinum, and so forth. Powder Applications: Iron–based metal powders have been used in the 3D printing of thin-walled devices as well complex parts. biomedical applicationsProduct specifications 0-45m. 0-53m. 1545m. 1553m. 45m. 1545m. 53m. 45m. 1553m. 45m. 105m. (Customizing all kinds of granular metallic powder is possible.
Chemical composition (wt.%)
Powder oxygen and nitrogen content:
≤800
Storage of InVar36 Iron Powder:
Iron-based 3D Printing Powders that are subject to dampness will have poor dispersion results and adverse effects on their use. Iron-based Powders should be vacuum packed and stored in cool dry areas. Iron-based3DPrinting Powder should never be used under stress.Shipping & Packaging of InVar36 Iron Powder:
There is a variety of packaging options depending on your Iron-based 3D Printing powder quantity.
Iron 3D Printing Powder Packing:vacuum packed 100g, 500g and 1kg/bag. Iron based 3D-printing powder shipping:can be sent out by ocean, air, express, etc. as soon after receipt of payment.HTML3D 3D Printing Metal Materials Iron Nickel Alloy Ivar36 Metal Powder Properties
3D-printing Metal Alloy Materials Iron Nickel Alloy Ivar36 Metal Powder Safety Information
Safety WarnInquiry us