Applications: Mainly used in platinum-lenium catalysts and alloy materials for hydrogenation catalysts and gasoline.
Ultra-heat-resistant alloy
High-resistance thermoelectric
Catalysts for petroleum refining
Jet engine alloy (superalloy) and high heat-resistant nozzle
X-ray tube target
Molybdenum alloy and tungsten alloy
Re Metal Bar
| Applications | Additives for heat-resistant alloys |
|---|---|
| Purity | Re’99.99% (calculated by the differential method) |
Re Target
| Applications | Additives for heat-resistant alloys |
|---|---|
| Purity | Re’99.99% (calculated by the differential method) |
Re Powder
| Applications | Additives for Re-alloys, re-parts, standard samples, etc. |
|---|---|
| Purity | Standard Purity Re 99.99% (calculated by the differential method) Ultra-high purity Re 99.999% (calculated by the differential method) |
| Particle size | about 3 microns (-200mesh) |
Re pellet
| Applications | Additives such as mother alloys for jet engine parts and alloys for aerospace parts |
|---|---|
| Purity | Re’99.99% (calculated by the differential method) |
| Size | Dia 22 x 6.6t mm (approximately 35g/pellet) |
APR(Ammonium Perrhenate Rhenium)
| Applications | For the addition of Re-elements, raw materials for Re-metal products, raw materials for Re-alloys, standard samples |
|---|---|
| Purity | High Purity NH4ReO4 99.99%, Re Ultra-high purity NH4ReO4-99.999%, Re-69.4255% |
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