Based on technologies developed in collaboration with scientists from the Łukasiewicz Research Network – Institute of Non-Ferrous Metals, methods for recycling rhenium from superalloy scrap have been refined. This allows us to offer the following products:
Rhenium Alloys
The company offers special electrochemical alloys Re-Ni and Re-Co upon request.
Ammonium perrhenate (APR)
composition: NH4ReO4
purity: NH4ReO4: 99,9
Rhenium compounds
The company offers custom-made rhenium compounds with components found in superalloys, i.e. nickel and cobalt.
Cobalt(II) rhenate(VII)
Anhydrous cobalt(II) rhenate(VII) is a violet, strongly hygroscopic substance with a stoichiometric composition of cobalt and rhenium, containing less than 100 ppm of impurities
Please contact our sales department regarding the purchase of scrap containing Rhenium.
Rhenium alloys and compounds are produced based on EU subsidies.
RHENOIC ACID – HReO4 – application:
– Chemical catalysis – as a catalyst precursor – used to obtain rhenium catalysts used in the petrochemical industry (e.g., in gasoline reforming processes, where rhenium increases the platinum catalyst’s resistance to “poisoning”)
– Electroplating – as a raw material for coatings – used to apply hard and corrosion-resistant coatings containing rhenium
– Synthesis of compounds – as a precursor to the preparation of most rhenium salts (rhenates (VII) of other metals).
SILVER RHEINATE – AgReO4 – application:
– Selective catalysis – used as a specific catalyst in oxidation reactions of organic compounds (e.g., olefin epoxidation),
– Crystal engineering – used in solid-state physics to study the crystal structures and dielectric properties of materials,
– Materials engineering – used in the production of modern composite materials, semiconductors, and specialized coatings with high conductivity and corrosion resistance