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We here selling AMS 4928 Titanium TC4 alloy powder for industry model, which use vacuum atomized technology.
The powder usually used on 3D printing, Components and Model making, other areas that use titanium alloys. etc.
We have our own equipment and can supply at any time.
The TC4 alloy powder producing equipment is imported from Germany and manufactured according to the latest international standards.
The alloy powder we produced is adopted by technology innovation companies in Europe and North America.

1) Made by non-contact melting process.
2) The powder has high sphericity, no hollow powder, narrow particle size distribution, good fluidity and strong density.
3) The particle size range of TC4 alloy powder is 20-1000 μm.
4) Effective control of powder particle size distribution, sphericity and oxygen consumption through optimized technology.
5) Inert gas two steps treatment and compensation process can control the forming degree of titanium metal powder more efficiently.
Category | Alloy grades and characteristics | ||||
Alloy | TA0,TA1,TC4,TC4 ELI,TC11,TC17,TC18,TC21,TA7,TA12,TA15,TA17,TA19,Ti40,Ti60,TiAl(Ti36Al,Ti48Al2Cr2Nb),TiNi,TiNb,ZrTi | ||||
Powder granularity | 0-20μm, 15-45μm, 15-53μm, 53-105μm, 53-150μm, 105-250μm | ||||
Sphericity | Spherical or near spherical, microsphericity: Ψ0≥0.90 | ||||
Appearance | Visual silver gray, no obvious oxidized particles. | ||||
Preparation process | Vacuum Consumption+Forging/Casting Rod+Electrode Induction Purification Melting+Supersonic Gas Atomization Powder Production+Screening Classification+Inspection Packaging | ||||
Packing | Vacuum packaging (Aluminum Foil Bag) | ||||
3D printing application | SLM selective laser melting, EBM electron beam melting, LMD laser metal deposition, etc. | ||||
Other applications | Powder metallurgy (PM), injection molding (MIM), hot isostatic pressing (HIP), spraying (SP), welding repair, etc. | ||||


We use new type of powder testing apparatus to detect the properties of powder particles closely. By referring to the latest international standards, we strive to make the alloy powders produced meet the upper limit of international standards.

Analysis of powder particles Particle detection by Microscopic Degree of homogeneity detection
Alloy powders have been applied in more and more extensive fields.

Some 3D printing and manufacturing equipments using TC4 alloy powder for industry model
·3D Printing & Additive Manufacturing
·Canning-HIP (Hot Isostatic Pressing)
·MIM (Metal Injection Molding)
·Abrasive
·Cold or Warm pressed Sintering
·Hot Spray-coating
·Braze Welding
·Other common areas

The products mainly provide high-performance laser forming parts such as titanium alloy and superalloy for aerospace field. The types of alloys cover TC4, TA15, TC11 and so on. The inner parts of the products are compact and close to the properties of forgings. The material utilization ratio reaches 30-70%. The processing cycle is shorter and the cost is lower.

SThe products are mainly for aerospace, mold, automotive, medical, dental, handicrafts and other industries to provide complex precision laser forming parts, materials include titanium alloy, superalloy, cobalt chromium alloy. The parts have high forming precision, complex structure, compact interior and low surface roughness. The parts can be used after grinding and polishing.

Products are mainly for aerospace, mold, power, petrochemical and other industries key parts, valuable parts for high-performance repair, repairable materials involving titanium alloys, nickel-based superalloys and other alloys. The heat input is small, and the part deformation is small. After repair, the performance of the parts reaches more than 80% of the new product.

3D printing teeth ( Ti64 ) Stereotactic platform ( PA2200 ) Parts for knee surgery ( PA2200 )
EIGA - Electrode induction gas atomizing furnace.
This equipment is suitable for the manufacture of high purity titanium, titanium alloy powder and so on. It meets the requirements of 3D printing and powder metallurgy, and realizes low cost, high efficiency and batch processing.
A) non-contact melting process, suitable for manufacturing active metals such as Ti, Al, U and its alloys.
B) the powder has high sphericity, no hollow powder, narrow particle size distribution, good fluidity and strong density.
C) the cooling rate of the powder can reach more than 105K/s
D) the particle size range of the powder is 20-1000 u m
E) effective control of powder particle size distribution, sphericity and oxygen consumption through optimized technology.
F) the equipment adopts the three stage cyclone grading collection system to improve the powder collection rate and reduce the fine dust emission.

More details of TC4 alloy powder producing equipments
A) the unique cyclonic double ring slot atomizer, in the production of droplets for two times atomization, improve the fine powder collection rate.
B) closed loop temperature control, the process temperature error is controlled at ±1℃.
C) inert gas two stage treatment and compensation process can control the forming degree of powder more efficiently.
D) reduce impurity content and keep environment clean through vacuum production process.
E) the equipment adopts multi-level dust removal system to ensure that the production process meets the environmental protection standard.
Name | EIGA equipment for Titanium TC4 alloy powder producing | ||||
Ultimate vacuum | 6.67×10-3Pa | ||||
Pressure Rise Rate | <0.67Pa/h | ||||
Vacuum Chamber | Double layer water cooling device,Stainless steel | ||||
Electrode Material (EIGA) | Ti-V Alloy | ||||
Electrode Size (EIGA) | DN30~DN100mm | ||||
Max. Temperature (EIGA) | 1650℃ | ||||
Heating Mode (EIGA) | High frequency induction heating | ||||
Electrode Feed (EIGA) | 0-1000mm/min, Continuous Adjustment | ||||
Electrode Feed Speed (EIGA) | 0-200RPM, Continuous Adjustment | ||||
Control Mode | PID Programmable Control | ||||
Safety Protection | Diaphragm proof device, Safety valve, Antistatic device, Mechanical proof device | ||||
Circulating Water System | Cooling Water Flow Rate: 10T/H, Pressure: 0.25MPa Full closed control system Water inlet temperature ≤30℃, Water outlet temperature ≤45℃ | ||||
Data Acquisition | Image acquisition of atomization process by computer | ||||

TC4 alloy powder in container

AMS 4928 Titanium TC4 alloy powder for industry model

TC4 powder particle features

Ti6Al4V titanium alloy powder particle features

AMS 4928 Titanium TC4 alloy powder

Q: Can I get some samples?
R: We are honored to provide you some free samples for referance.
Q: What are your methods or process for producing powders?
R: We use gas atomization, mechanical crushing and other different methods or process to produce the posdery materials.
Q: Can do the customized size as clients' requirement?
R: Customized sizes are offered as well as specified sizes and multiple sizes.
Q: How does your factory do regarding quality control?
R: Quality is priority, the machine we used imported from Germany. We always attach great importance to quality controlling from raw materials till finished product.
Q: Are you a factory or trading company?
R: We are a factory, manufacturer. It is located in Chengde, Hebei province, China. All of our clients from home and abroad, are warmly welcomed to visit us!

As one of our technical partners, Hebei IMK Technology Co., Ltd. is a technology enterprise integrating 3D printing equipment development, material production, processing services and product sales. As a leader in application enhancement technology solutions, we focus on aerospace, automotive, medical, education, consumer goods industry solutions. The company has strong R & D capability and production capacity, and is in the leading industry level in many aspects such as equipment development, after sales service and so on.

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