Metal powders for 3D printing

Metal Powders for 3D Printing and Micro Laser Sintering

At CMI Industries, we provide a wide range of high-quality metal powders designed specifically for 3D printing and suitable for the Micro Laser Sintering (MLS) process. These powders are manufactured to high standards and are ideal for advanced industries including electronics, medical, aerospace, and advanced component manufacturing.

Particle Size – High Resolution:

All our powders come with particle sizes starting from 5 microns and above, enabling exceptionally high resolution in the printing process and ensuring maximum accuracy in the final result.

Types of Metal Powders for 3D Printing

Stainless Steel Powders (Fe-based Alloys):

Our stainless steel powders include leading grades such as:

• 316L – Corrosion-resistant stainless steel alloy, ideal for sensitive industries.

• 304L – Widely used stainless steel alloy for manufacturing and transportation industries.

• 316 – Excellent stainless steel alloy suitable for chemical industries.

• 17-4PH – Stainless steel alloy providing high stability, used for industrial component manufacturing.

• 15-5PH – Stainless steel alloy with excellent performance under harsh conditions.

Tool Steel Powders:

• Maraging Steel (1.2709) – Tool steel containing up to 25% nickel, slow-heated, ideal for industrial applications.

• H13 (1.2344) – Heat-resistant tool steel alloy, used in cutting and machining industries.

Titanium Powders:

• Ti6Al4V – Highly durable titanium alloy used in aerospace and medical industries for precise component manufacturing.

Aluminum Powders:

• AlSi10Mg – Advanced aluminum alloy used in aerospace and chemical component manufacturing.

• ALSi12Mg – Excellent aluminum alloy for projects requiring high strength and durability.

• ALSi7Mg – Aluminum alloy suitable for manufacturing industrial components in specific applications.

• Scalmalloy – High-quality aluminum alloy, especially for producing components in sensitive industries.

Chrome Cobalt Powders:

• CoCr28Mo6 – Chrome cobalt alloy, ideal for medical industry applications and advanced metal component manufacturing.

Inconel Powders:

• 625 – Inconel alloy resistant to extreme heat and high pressure, excellent for the energy industry.

• 718 – Inconel designed for metal processing industries and energy sector applications.

Additional Powders:

In addition, we offer various other metal powders for diverse uses:

• Iron Base Alloy Powder: SS316L, SS304L, SS17-4PH, 18Ni300, H13, 18Cr9Ni

• Ultrafine Iron Alloy Powder

• Reduced Iron Powder

• Sponge Iron Powder

• Titanium Alloy Powders: Ti6Al4V, CPTI, TA15

• Copper Alloy Powders: CuCrNb, GrCop42, C18150, CuNi2SiCr

• Cobalt Alloy Powder: CoCrMo, CoCrW

• Nickel Alloy Powder: Inconel 718

• Silicon Powder, Tin Powder, Magnetic Material Powder, Bismuth Powder

 

Our Powder Advantages:

High Quality:
All our powders are manufactured to the highest standards.

Wide Applications:
Our powders are designed for use across many industries, including advanced sectors such as medical, aerospace, and advanced component manufacturing.

Fast Delivery:
We provide powders quickly and efficiently, so you don’t have to wait long for supply.

At CMI Industries, we continuously work to upgrade the quality of our powders and introduce new, advanced materials to the market. Each powder undergoes rigorous testing and quality control throughout every stage of production, ensuring reliable products that precisely meet our customers’ needs.

 

Table of Metal Powders for 3D Printing

Category	Powder / Alloy Name	Key Properties	Main Applications
Stainless Steel Powders (Fe-based alloys)	316L	High corrosion resistance	Sensitive industries, medical
	304L	Wide usage, easy to process	General industry, transportation
	316	Good chemical resistance	Chemical industries
	17-4PH	High mechanical strength, excellent durability	Industrial components
	15-5PH	Resistance under harsh conditions	Heavy industry, machinery
Tool Steel	Maraging Steel (1.2709)	Up to 25% nickel, high strength, easy heat treatment	Mold making, general industry
	H13 (1.2344)	High heat resistance	Cutting, metal processing
Titanium	Ti6Al4V	Lightweight, biocompatible	Aerospace, medical
Aluminum	AlSi10Mg	Strength and lightness, good thermal conductivity	Aerospace, chemical components
	ALSi12Mg	High strength, good structural stability	Industrial projects
	ALSi7Mg	Balance between strength and processability	Light industry, precision parts
	Scalmalloy	Advanced scandium-based alloy	Sensitive industries, high performance
Chrome Cobalt	CoCr28Mo6	High biological strength, wear resistance	Medical (dental, implants), precision industry
Inconel	625	High heat and pressure resistance	Energy industry
	718	High-temperature strength, fatigue resistance	Metal processing, energy
Additional Powders	Ultrafine Iron Alloy Powder	Extremely fine particles	Precision components, electronics
	Reduced Iron Powder	Reduced iron powder, high reactivity	Filters, catalysts
	Sponge Iron Powder	Porous structure	Metallurgical applications
	18Ni300	Maraging alloy with nickel	General industry
	Titanium CPTI, TA15	Pure titanium and other alloys	Aerospace, medical
	CuCrNb, GrCop42, C18150	Durable copper alloys	Cooling, electrical parts
	CoCrMo, CoCrW	High durability, strength	Medical industry, wear resistance
	Inconel 718	High strength, high resistance	Heat processing and energy industries
	Silicon, Tin, Bismuth Powder	Specialty materials	Electronics, sensors, advanced manufacturing
	Magnetic Material Powder	Magnetic properties	Motors, sensors, electronics