Ukrred Met

Ukraine hosts Ukrred Met, a supplier that currently lists eleven distinct metal‑related products in its catalogue. The active product count of 11 includes Indium Metallic (HS 8112.92, 99.99 % grade), Europium Oxide, Germanium, Tantalum, Zirconium, Niobium, Yttrium, Gallium, Cobalt, Bismuth and Neodymium (HS 2805.30, rare‑earth metal scrap). The catalogue groups these items under the broader categories of Agriculture and Metal Scraps, with the metal items falling into the HS chapter 81 family for precious and other metals and chapter 28 for oxides and rare‑earth chemicals. The supplier is classified in the “harbor” trust tier, indicating a moderate level of verified trade activity.

The product list combines high‑purity elemental metals and oxide forms, many of which are used as feedstock for electronic, aerospace and renewable‑energy applications. Indium is presented as a 4N (99.99 %) material, while Neodymium is described as scrap from NdFeB magnet waste, a common source of rare‑earth feedstock. The remaining items are named without explicit purity grades, but they align with standard industry specifications for bulk metal or oxide grades that are typically required by downstream manufacturers.

Ukrred Met’s catalogue covers eleven metal and rare‑earth products, ranging from refined Indium metal to oxide and scrap forms of other elements. In the global market, Indium is commonly supplied at 4N (99.99 %) or higher purity for semiconductor and thin‑film applications, while Europium oxide is usually sold at 99.9 % purity for phosphor and lighting uses. Germanium, Tantalum, Zirconium, Niobium, Yttrium, Gallium, Cobalt and Bismuth are typically offered in 99.5 % - 99.9 % purity grades, either as ingots, powders or bulk metal billets. Neodymium scrap from NdFeB magnets generally contains 95 % - 98 % rare‑earth content and is processed into alloys or recycled into new magnets. Shipping formats often include sealed steel drums, vacuum‑packed bags or bulk bags, and a full 20‑ft or 40‑ft container can hold multiple metric tonnes of these dense metals.