Perrhenic Acid
Obtained by:
Recovered as a by-product of molybdenum concentrates processing
Common uses:
Common uses: Perrhenic acid is a precursor to a variety of homogeneous catalysts, some of which are promising in niche applications
Produced in the following facilities:
MOLYMETNOS
Rhenium:
55,70%
typical
Calcium:
4 ppm
typical
Chromium:
2 ppm
typical
Copper:
1 ppm
typical
Iron:
1 ppm
typical
Molybdenum:
15 ppm
typical
Nickel:
3 ppm
max.
Potassium:
10 ppm
typical
Sulfur:
3 ppm
max.
Sodium:
1 ppm
typical
Tungsten:
10 ppm
max.
Flask
1.5 lb Re
Appearance
transparent liquid
Obtained by:
byproduct recovered from molybdenum concentrated processing.
Common uses:
manufacture of bimetallic Pt/Re reforming catalysts, production of rhenium metal and perrhenic acid.
Produced in the following facilities:
MOLYMETNOS
Re:
69.40 %
typical
Total metallic impurities:
100 ppm
max.
Plastic flask
10 flasks per cardboard box (palletizing is optional, upon request)
1 kg Re (approx. 1.44 kg) / 2 pounds Re (approx. 2.88 pounds)
-
-
Appearance
White crystalline powder
Obtained by:
Hydrogen reduction
Common uses:
High-temperature applications in electronics, furnace, aerospace industries and implant materials.
Produced in the following facilities:
MOLYMETNOS
Purity (*):
99.98%
min.
Rhenium (**)
10.00% - 55.50%
min.
Al - Aluminium
1 ppm
max.
As - Arsenic
1 ppm
max.
Bi - Bismuth
1 ppm
max.
Ca - Calcium
5 ppm
max.
Cd - Cadmium
1 ppm
max.
Cr - Chromium
5 ppm
max.
Cu - Copper
1 ppm
max.
Fe - Iron
15 ppm
max.
K - Potassium
45 ppm
max.
Mg - Magnesium
1 ppm
max.
Mn - Manganese
1 ppm
max.
Na - Sodium
10 ppm
max.
Ni - Nickel
5 ppm
max.
P - Phosphorus
5 ppm
max.
Pb - Lead
5 ppm
max.
Sb - Antimony
20 ppm
max.
Se - Selenium
1 ppm
max.
Si - Silicon
5 ppm
max.
Sn - Tin
1 ppm
max.
Tl - Thallium
1 ppm
max.
V - Vanadium
5 ppm
max.
W - Tungsten
55 ppm
max.
Zn - Zinc
1 ppm
max.
Zr - Zirconium
5 ppm
max.
C - Carbon
40 ppm
max.
O - Oxigen
6000 ppm
max.
Plastic flask (small)
10 flasks per cardboard box
1 kg Mo Re Alloy / 2 lbs Mo Re Alloy
Plastic flask (large)
4 flasks per cardboard box
10 kg Mo Re Alloy / 22 lbs Mo Re Alloy
Appearance
Fine metallic powder.
Particle size
As customer request.
Obtained by:
hydrogen reduction of Ammonium Perrhenate.
Common uses:
as an additive to superalloys, production of sheet foil, strip or wire for various industrial applications.
Produced in the following facilities:
MOLYMETNOS
Purity:
99.97 %
min.
Sulphur:
30 ppm
max.
Carbon:
50 ppm
max.
Nitrogen:
100 ppm
max.
Oxygen:
2,500 ppm
max.
Total metallic impurities:
150 ppm
max.
Plastic flask (small)
10 flasks per cardboard box
1 kg Re / 2 pounds Re
-
-
Plastic flask (large)
4 flasks per cardboard box
10 kg Re / 22 pounds Re
-
-
Appearance:
fine metallic powder
Obtained by:
sintering rhenium metal powder.
Common uses:
as an additive to superalloys for components put under high temperatures in aerospace and power generation turbines.
Produced in the following facilities:
MOLYMETNOS
Purity:
99.98 %
min.
Sulphur:
30 ppm
max.
Carbon:
50 ppm
max.
Nitrogen:
100 ppm
max.
Oxygen:
600 ppm
max.
Total metallic impurities:
100 ppm
max.
Plastic flask (small)
10 flasks per cardboard box
1 kg Re / 2 pounds Re
-
-
Plastic flask (large)
4 flasks per cardboard box
10 kg Re / 22 pounds Re
-
-
Briquette size:
(8 x 12 x 7) mm approx. (0.75 x 0.5 x 0.25) inches approx.
Appearance:
pillow shape
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