Product Details
ASTM B392-98 R04200-1 R04210-2 High Purity Niobium Alloy Wire Dia
0.25mm
Description
Pure Niobium wire. Multiple quantities ship uncut as they will be
cut off of the pictured roll. You can use it for anything from
jewelry to a particle accelerator. Element 41, originally named
Columbium, was discovered by an English chemist in North America.
The largest deposits are located in Brazil. It is used in small
quantities as an alloying agent for steel. Larger percentages are
used for superalloys such as C-103 for rocket engines and cryogenic
applications that require performance under extreme conditions.
Niobium is a shiny, white, soft, and ductile metal, and takes on a
bluish cast when exposed to air at room temperatures for a long
time. The metal starts to oxidize in air at 200°C, and when
processed at even moderate temperatures must be placed in a
protective atmosphere.
Uses of Niobium
- It is used in stainless steel alloys for cutting tools, nuclear
reactors, jets, missiles, and welding rods.
- It is used in the manufacturing of MRI scanners and NMR equipment.
- Its alloys are used in making surgical implants.
- It is used for the production of stainless steel and
high-temperature resistant alloys.
Niobium Wires:
Material: R04200-1, R04210-2A
Size: ¢0.25mm ~ ¢3mm
Standard: As per ASTM B392-98
Purity: >=99.9% 99.95% 99.99% 99Table.
Company Profile
HENAN HUAMAO METAl MATERIALS CO ,LTD specializes in
Titanium/Copper/Nickel Clad Steel and tube sheet;
Tungsten/Molybdenum/Titanium/Nickel/Zirconium/Tantalum/ Niobium
Alloy. Many of these have set new standards in terms of quality,
reliability and performance across the metal tubing industry. From
initial design through to material selection, production and
certification, we work alongside our customers to develop tubing
for the most demanding applications, whether it is up in space,
down under the seabed or inside a human body.
☆Main Products
Category | Material | Dimension(mm) | Specification |
Rare and Refractory Metal Clad Plate | Ti/CS Clad Plate | Ti& Alloy/CS & Forging | 1~12/3~200 | NB47002.3 GB8547、ASTM B898 |
Ti/SS Clad Plate | Ti& Alloy/Various SS | 1~10/2~200 | GB8546、ASTM B898 |
Zr/CS Clad Plate | Zr& Alloy/CS & Forging | 1~10/2~50 | Negotiation |
Ti/Cu Clad Plate | Ti& Alloy/Cu | 1~12/2~100 | Q/XB1506 |
Ta/CS Clad Plate | Ta & Alloy/CS & Forging | 1~12/2~50 | GB8547 or NB47002.3 |
Ag/SS Clad Plate | Ag/Various SS | 0.1~5/0.2~50 | Negotiation |
Ag/Cu Clad Plate | Ag & Alloy/Cu | 0.1~5/0.2~50 | GB2073 |
Nonferrous Metal Clad Plate | Al/CS Clad Plate | Al & Alloy/CS & SS | 0.1~25/0.2~200 | Q/XB1906 |
Al/Cu Clad Plate | Al & Alloy/Cu | 0.1~25/0.2~200 | GB13328、Q/XB1906 or JISG3604 |
Cu/CS Clad Plate | Cu & Alloy/CS & Alloy | 0.1~20/0.2~200 | NB47002.4 or JISG3604 |
Cu/SS Clad Plate | Cu & Alloy/Various SS | 0.1~25/0.2~200 | NB47002.4 or JISG3604 |
Ni/CS Clad Plate | Ni & Alloy/CS & Forging | 0.1~25/0.2~200 | NB47002.2 |
Stainless Steel Clad Plate | SS/CS Clad Plate | Austenitic Stainless Steel, Duplex Stainless Steel/ Various Carbon,
Forging | 1~12/2~200 | NB47002.1、JISG3601、ASME SA264 |