Wanted : Ore Like Zinc Ore Suppliers and Manufacturers

Ilmenite is the primary ore of titanium, a metal needed to make a variety of high-performance alloys. Most of the ilmenite mined worldwide is used to manufacture titanium dioxide an important pigment, whiting, and polishing abrasive. We are instrumental in exporting and supplying of premium quality Ilmenite Sand. It is basically a black heavy ore of iron and titanium. We can supply 3000-5000mt of Ilmenite sand per month to any destination.

Lithium ore IN NATURA for lithium carbonate > Lithium hydroxide > Lithium spodumene The price for lithium carbonate and lithium hydroxide is index SMM minus 5%. Depending on the quantity per month in (MT) tons, the commission can be negotiated can be negotiated with the supplier, origin from Brazil The producer processes the extracted rock into sand for further processing. The quality then corresponds to 99.92 technical or 99.95 battery quality after further processing 99.95 battery quality. Lithium carbonate is supplied in these grades. Lithium hydroxide will reach 56%. Delivery as containerized goods Prices are CIF, require port of destination where the goods are to be delivered to - Buyer specifies quantities - Price renegotiation possible depending on quantity - need concrete information from the buyer about quantity - term of the supply contract, etc. - All questions will be answered by the manufacturer - Please submit your request or questions in writing - Link to the video of one of the manufacturer's stockpiles Offer on lithium (oxide + carbonate) IN NATURA: (the material is considered one of the best in the world!). It is not processed lithium carbonate... it is IN NATURA. 1) CONTENT: Li2CO3: 50-53% / Li2O: 2.0-2.5% / lithium silicate 46-48% (in this lithium silicate there are microparticles of spodumene and other microparticles). 2) GRANULOMETRY: 1.0-100mm (exactly as shown in the video). - QUANTITY: 50.000 - 55.000 MT PER MONTH (X12 MONTHS) - PRICE AND INCOTERM: ca. USD/TON CIF - Destination / Port? - TERMS OF PAYMENT: > Payment with LC: 30% upon order placement before loading, 70% in port before export > Payment with SBLC: also possible with TOP Bank positive credit report NATURA / raw product (ore) = the buyer processes it directly into the desired end product(s), e.g. lithium carbonate, lithium hydroxide, lithium spodumene For larger quantities of lithium ore, the buyer additionally filters out the microparticles of spodumene and other microparticles via his equipment and thus generates a greater profit through additional end products. Minimum purchase per month = 50 MT Info: the formula states that 1 ton yields 500 kg of end product plus rare earths Annual contract possible, price agreement possible directly with the owner / geologist for corresponding purchase quantities. Basic condition is NCNDA, LOI with quantity specification, desired term/delivery contract

Commodity: Manganese Ore Concentrated, Mn >46% to

We have direct products from mine like Copper Ore Concentrate, we Seller of Minerals commodities, we can supply regular 3,000 MT to 10,000 MT every 30 days contract for up to 36 months. We can sell in a situation: CIF, FOB Or EXW, according to our future buyer client's requirements, our price result of applying the LME minus, A very interesting percentage for the buyer. Our payment method is through DL / C, irrevocable, non-transferable, non-divisible, payable on demand against documents 95% at origin and 5% at the Port of final destination, If CIF Situation. If It Is FOB Or EXW, the payment will be 100% at Source. PARAMETER (S) Cu >40%, REJ. Cu

Commodity: Copper Ore Concentrated, From: Cu >20% To Cu >35%, Rej. Cu 20.00% - TO Cu >35.00% Rej. 2 Pb

IRON ORE IN BIG VOLUMES, NIGERIA: 1. HAEMATITE IRON ORE SITE 1 - Reserve Estimate : 26,553,534 Metric Tons - Iron Content: 70% - S.G: 4.05 2. HAEMATITE IRON ORE SITE 2 - Reserve Estimate : 29,433,844 Metric Tons - Iron Content: 72% - S.G: 4.2 3. MAGNETITE IRON ORE Reserve Estimate : 243,838 Metric Tonnes - Iron Content: 60.8%�  -� S.G:� 5.0

Antimony is nonmalleable, hard and brittle and can be crushed to a powder. Compared with metals, antimony is a poor conductor of electricity and heat. Antimony is the 63rd-most abundant element in Earth's crust. It is less abundant than tin, arsenic and the rare earths, but more so than bismuth, mercury and silver. Antimony tends to concentrate in sulfide ores along with copper, lead and silver. It occurs sparingly as a free element, but when it does it is usually in association with arsenic, bismuth or silver. The principal ore minerals of antimony are stibnite and jamesonite, but it can also be a byproduct of certain other minerals. Eighty percent of the world's antimony is produced from two types of deposits carbonate replacement deposits and gold-antimony epithermal deposits. The majority of antimony is consumed in the production of antimony trioxide (ATO), a compound used in flame-retardant materials. Combined with halogenated particles, ATO suppresses, reduces or delays the spread of flame. It is incorporated into adhesives, paints, plastics, rubber insulation, decorative foams, building materials and textiles, including upholstered furniture.

We currently producing manganese ore from one of the Nigerian proven reserve deposit for manganese at Danko wasagu in kebbi state with a daily production capacity of 2000MT/day and in Maru and bukkuyum each with production of 10,000MT/ Month

Iron ores are the raw material used to make iron and steel. Iron ore production has significantly expanded in recent years, owing to increasing steel demands in developing countries, such as China. As the content of iron ore in deposits has deteriorated, low-grade iron ore has been processed. Iron ore concentrate is an output product from processed iron ores that have been milled (crush, grind, magnetic separation, flotation) to separate deleterious elements and produce a high-quality product. Sintering and pelletizing are economic and widely used agglomeration processes to prepare iron ore fines/iron concentrate for ironmaking use. The quality requirements of sinter and pellet, such as physical, chemical, and metallurgical specifications, depend on each ironmaking furnace, and those requirements influence the operation of the iron ore sintering and pelletizing plant. Researchers have usually focused on the effect of the chemical, physical, and mineralogical characteristics of iron ore on these steps and the consequences for sinter/pellet quality and sintering/pelletizing performance. The present Special Issue on â??Iron Concentrate Particlesâ?? will summarize the progress achieved in the last five years.

Our iron ore pellets and fines are made from magnetite and have high iron ore content â?? pellets at around 67 percent concentration and fines over 70 percent. This means they have lower impact on the environment than competing pellets and products such as sintered hematite fines. Using pellets instead of sinter (slightly larger pieces of iron ore) in customersâ?? pig iron processes saves emissions at steel plants. The high concentration of iron combined with the carefully tested and balanced additives in our pellets also result in lower emissions in customersâ?? ironmaking processes.