Basic Info.
Model NO.
Spherical ZrTi powder
Character1
The Powders Also Have Good Density and Unif
Effect
3D Printing/ Powder Metallurgy
Usage
Additive Manufaturing, Laser Cladding, Spraying
Transport Package
Iron Drum Packaging
Specification
15-45 microns, 45-105 microns, 45-150 microns
Trademark
Guangzhou sailong additive manufacturing co., ltd
Origin
China
HS Code
8108203000
Production Capacity
50000kg/Year
Product Description
Spherical ZrTi powder with sLow intensity
Δ Product introduction
High Purity Spherical ZrTi powder that We here selling PREP producing atomizing Spherical ZrTi powder,which usevacuum atomized technology. The powder usually used on additive manufaturing, laser cladding ,Spraying,
PM,electronic coating. etc.We have our own equipment and can supply at any time.The alloy powder we,produced is adopted by technology innovation companiesin Europe and North America.
Δ Product Features
1) Made by non-contact melting process;5) Inert gas two steps treatment and compensation process can control the forming degree of EIGA producing atomizing Ti metal TA15 titanium alloy powder more efficiently;
6) High purity spherical TiNi memory alloy powder with high sphericity, good fluidity and few non-metallic inclusions
Δ About the powder detection
We use new type of powder testing apparatusto detect the properties of powder particles closely. By referring tothe latest international standards,we strive to make the alloy powders produced meet the upper limit of international standards.
Δ Applications
·New high-temperature structural materials for aerospace;
.3D Printing & Additive Manufacturing;
·Canning-HIP (Hot Isostatic Pressing);
·MIM (Metal Injection Molding);
.Spacecraft various cabins, rudder wings, engine intakes;
·Hot Spray-coating;
·Braze Welding;
·Other common areas.
Δ Product mechanism and equipment
Δ Product introduction
High Purity Spherical ZrTi powder that We here selling PREP producing atomizing Spherical ZrTi powder,which usevacuum atomized technology. The powder usually used on additive manufaturing, laser cladding ,Spraying,
PM,electronic coating. etc.We have our own equipment and can supply at any time.The alloy powder we,produced is adopted by technology innovation companiesin Europe and North America.
Δ Product Features
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 Titanium Alloy Powders is 20-1000 μm;
4) Effective control of powder particle size distribution; sphericity and oxygen consumption through optimized technology;
3) The particle size range of Titanium Alloy Powders is 20-1000 μm;
4) Effective control of powder particle size distribution; sphericity and oxygen consumption through optimized technology;
6) High purity spherical TiNi memory alloy powder with high sphericity, good fluidity and few non-metallic inclusions
Δ About the powder detection
We use new type of powder testing apparatusto detect the properties of powder particles closely. By referring tothe latest international standards,we strive to make the alloy powders produced meet the upper limit of international standards.
Δ Applications
·New high-temperature structural materials for aerospace;
.3D Printing & Additive Manufacturing;
·Canning-HIP (Hot Isostatic Pressing);
·MIM (Metal Injection Molding);
.Spacecraft various cabins, rudder wings, engine intakes;
·Hot Spray-coating;
·Braze Welding;
·Other common areas.
Δ Product mechanism and equipment
ΔThe production process of PREP
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 ±1ºC. |
| 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. |
