Si-Ba-Ca Inoculant

XRF LAP % Si O2 99.93 Ti O2 0.01 Al2 O3

Oxides % Mg O

For any business with a need for an uninterrupted supply chain, Commodity 1 can fill that gap for you. We can fulfill your need for mica minerals, including biotite, muscovite, phlogopite, lepidolite, and K-spar. We have direct access to mica mines. Often, we offer the best prices in the market.. Commodity 1 supplies these products directly from the mine to the global market. There are no intermediaries involved, only our staff on the ground. PACKAGING & DELIVERY Packaging Details: Dried, Bulk, Rock Port: Lagos Apapa Port, Nigeria Bags: 50 kg Container: 20 ft Lead time: Quantity (metric tons) 25MT/Month 125MT/Month (Lead days) 30 Days 30 Days 1. CHEMICAL PROPERTIES OF THE MINERAL MICA Chemical Composition: The general formula for mica group minerals is XY Z O (OH, F) : X: Can be K, Na, Ba, Ca, Cs, (HO), or (NH). Y: Includes Al, Mg, Fe, Li, Cr, Mn, V, and Zn. Z: Comprises Si, Al, Fe, Be, and Ti. The chemical properties of mica minerals vary depending on the specific type of mica. However, all micas are silica (SiO2), aluminum oxide (Al2O3), and potassium oxide (K2O). Some micas may contain other elements, such as iron oxide (Fe2O3) and magnesium oxide (MgO). The following table shows the chemical composition of some common mica minerals: Mica mineral SiO2 Al2O3 K2O Fe2O3 MgO Muscovite 45.57 33.1 9.87 0 0 Biotite 47.7 30.9 3 10 3 Phlogopite 47.5 31 3 0 15 Of the 28 known species of mica, six are common rock-forming minerals: Muscovite: The common light-colored mica. Biotite: Typically black or nearly black. Phlogopite: Typically brown. Paragonite: Macroscopically indistinguishable from muscovite. Lepidolite: Generally pinkish to lilac; occurs in lithium-bearing pegmatites. Glauconite: A green species found sporadically in marine sedimentary sequences.

Commodity 1 provides beryllium directly from the mine site to the global market. There are no middlemen involved, only our staff on the ground. We strive to organize smooth and transparent transactions. We believe in building long-term relationships with our customers. Beryl Composition Analysis Element Approximate Percentage Range Beryllium (Be) 0.1% 3% or less Aluminum (Al) 10% 25% or more Silicon (Si) 10% 30% or more Iron (Fe) 0.1% 2% Manganese (Mn) Trace a few percent Lithium (Li) Trace few tenths of a percent Sodium (Na) Trace less than 1% Potassium (K) Trace less than 1% Calcium (Ca) 0.1% 1% Magnesium (Mg) 0.1% 1% Tin (Sn) Trace below 0.1% Fluorine (F) Varies, can be 7% 8% or higher (in emeralds) Phosphorus (P) Trace below 0.1% Sulfur (S) Trace below 0.1%

Commodity 1 has competitive prices for ilmenite sand. Most often, we have the best prices available in the marketplace.. Commodity 1 provides these products directly from the mines to the global market. There are no middlemen involved, only our staff on the ground. The origin of our ilmenite sand is Nigeria, which has a total reserve estimated to be between 200 and 240 million tons and is one of the largest ilmenite producers in the world. These ilmenite deposits are usually found in beach sand and deposits. Ilmenite is a source of titanium dioxide, a white pigment used in various products, including paints, plastics, paper, and food. Titanium dioxide is also used to manufacture sunscreen and other personal care products. Commodity 1 has a team of experienced in-house professionals who strive to organize smooth and transparent transactions. We believe in building long-term relationships with our customers. PACKAGING & DELIVERY Packaging Details: Dried, Bulk, Powder, Sand Port: Lagos Apapa Port, Nigeria Bags: 50 kg Container: 20 ft Lead time: Quantity (metric tons) 25MT/Month 1000MT/Month (Lead days) 30 Days 30 Days COMPOSITION ANALYSIS OF AVAILABLE ILMENITE Element % by wt. Iron 47.5 Titanium 34.5 Silicon 3.5 Aluminum 2.5 Manganese 0.5 Other 1 Total: 100 Other elements that may be present in ilmenite in small amounts include calcium (Ca), aluminum (Al), silicon (Si), and sulfur (S). The composition of ilmenite can vary depending on its source. For example, ilmenite from beach sands tends to be richer in titanium than hard rock deposits.