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Introducing our high-quality A7 Aluminum Ingots, sourced directly from South Africa, ideal for various industrial applications. With a purity level of 99.7%, our aluminum ingots meet the highest standards for manufacturing and construction needs. Produced through advanced manufacturing processes, these ingots ensure excellent performance, durability, and consistency, meeting the stringent requirements of the global market.

Aluminium ingots

METHOD OF APPICATION: * Mastic compound application consist of two coats of. Primer ,Primer and followed by Mastic compound in recommended thickness, ranging from min. 12mm to 25mm in one or two layers to achieve desired thickness without any pin hole and crack. 1). Surface preparation and application of Primer: Refer application method of Primer. 2). After doing necessary surface preparation and application of primer coating, area to be installed with Mastic compound should be divided in to equal no. bays. To maintain even thickness required, place wooden or aluminum batten. Mastic compound is then broken in small pieces and put it in heating pan. While heating, keep material moving to avoid burning. It is heated until it comes in a uniform consistency and then applied on the surface and works it with wooden float, to achieve uniform thickness and smooth surface free from any pinholes. CHEMICAL RESISTANCE PROPERTIES: * Mastic compound has good resistance to weak, diluted acids, alkalis salts etc. It is not recommended to use against strong acids, oxidizing acid solvents, oil and fats STORAGE & PACKING: * Keep Mastic compound away from direct sunlight, heat solvents etc. Under this condition, its shelf life is unlimited. It is supplied in cake form and approx. wt. is 10 kgs. HEALTH & SAFETY: * Handle melted Mastic compound compound very carefully . Avoid contact with skin. It is advisable to wear protective wears at the time of use of Mastic compound and all other our products. This information, given in good faith, is based on results gained from experience and tests. However, all recommendations or suggestions are made without guarantee since the conditions of use are beyond our control.

Ramming mass is commonly used in metallurgy, building materials, non-ferrous metal smelting, chemical, machinery and other manufacturing industries. Ramming mass is widely used in non-core intermediate frequency furnace and core induction furnace. As an intermediate frequency furnace ramming material, refractory ramming is applied to melt gray cast iron, nodular cast iron, malleable cast iron, vermicular cast iron, and cast alloy steel; to melt carbon steel, alloy steel, high manganese steel, tool steel, heat resistant steel, stainless steel, molten aluminum and its alloys; to melt red copper, brass, white brass, bronze and its alloys, etc. Induction furnaces are used for melting cast iron, mild steel and various alloy steels in foundries and making of steel in mini steel plants using sponge iron The refined high silicon, low iron quartz sand and quartz powder are selected and the fused quartz sand is added as the refractory material., with no slag, no crack, damp proof, convenience of repair, and the corrosion resistance, thus greatly improving the furnace service life span and the economic benefit.. Silica ramming mass can safely be used up to an operating temperature of 1600 deg C. Since it expands very little, it is superior to both alumina and magnesia refractories to resist thermal shocks Acid ramming material is the premixed ramming mass of the lining material. The acid ramming mass is used to smelt a series of metal materials such as ordinary steel and carbon steel. The lining practice best suited to a particular furnace depends upon the capacity and design of the furnace, operation practice adopted during making of a heat, and furnace output.

Magnesia Bricks Description Magnesia Bricks are alkaline refractory materials. These products have over 90% magnesium oxide content and adopt periclase as the principal crystalline phase. Magnesia Bricks can be divided into two categories of Burnt Magnesia Bricks and Chemical Bonded Magnesite Brick. They have excellent performance of superior high temperature mechanical strength and volume stability. Magnesia Bricks can service in the high temperature of 1750.. They are ideal products for glass furnace application. Magnesia Bricks Features: It is a kind of alkaline refractory product with periclase as main phase magnesite-alumina spinel clinker as basic material. the product has such characteristics as good temperature vibration, good strength and volume stability in high temperature. Magnesia Bricks Application Basic open-hearth furnace for steelmaking Electric furnace bottom and wall Permanent lining of oxygen converter Non-ferrous metal metallurgy furnace Hyperthermia tunnel kiln Lining of rotary cement kiln Heating furnace bottom and wall Regenerative chamber of glass furnace Magnesia Bricks Properties High Refractoriness Good alkaline slag erosion resistance High apparent initial softening temperature Good thermal conductivity High thermal expansion Magnesia Bricks Manufacturing Process Burnt Magnesia Bricks are manufactured with magnesite clinker as the raw material and fired in the high temperature of 1550~1600 after smashing, burdening, mulling and molding. High-purity products can be fired in the temperature that over 1750. Chemical bonded magnesite brick is produced with certain chemical bonding through mixing, molding and drying.

Alum is a group of hydrated double sulfates of aluminum and other elements such as potassium or ammonium. It is widely used in water treatment, food processing, cosmetics, and pharmaceuticals. Below are the general specifications for different types of alum: Common Types of Alum: 1. Potassium Alum (KAl(SO)12O) - Used in water purification, food, and cosmetics 2. Ammonium Alum (NHAl(SO)12HO) - Used in industrial and water treatment applications 3. Sodium Alum (NaAl(SO)12HO) - Used in food processing and baking powder 4. Ferric Alum (FeAl(SO)12HO) - Used in water treatment and paper manufacturing Physical Properties: Appearance: White, transparent crystalline solid or powder Color: White or colorless (can be slightly yellow in ferric alum) Odor: Odorless Taste: Astringent and slightly sweet Solubility: Soluble in water, insoluble in alcohol pH (10% Solution): 3.0 - 4.0 Chemical Composition & Purity: AlO (Aluminum Oxide): 15-18% SO (Sulfate Content): 50-55% FeO (Iron Oxide) (For Non-Ferric Alum): Max 0.01% Water Insoluble Matter: Max 0.1% Moisture Content: Max 5% Purity: Min 99% Microbiological Standards (For Food & Cosmetic Grade Alum): Total Plate Count: Max 10,000 CFU/g Yeast & Mold: Max 100 CFU/g Coliforms:

Alum powder is a fine, white crystalline powder derived from aluminum sulfate compounds. It is widely used in water purification, food processing cosmetics, pharmaceuticals, and industrial applications. Below are the general specifications for alum powder: Types of Alum Powder: 1. Potassium Alum Powder (KAl(SO)12HO) - Used in food, water treatment, and cosmetics 2. Ammonium Alum Powder (NHAl(SO)·12HO) - Used in industrial and textile applications 3. Sodium Alum Powder (NaAl(SO)12HO)-Used in baking powder and food processing 4. Ferric Alum Powder (FeAl(SO)12HO)- Used in water treatment and paper industries Physical Properties: Appearance: Fine, free-flowing powder Color: White or colorless (ferric alum may appear yellowish) Odor: Odorless Taste: Astringent and slightly sweet Mesh Size: 80-200 mesh (as per requirement) Solubility: Fully soluble in water Insoluble in alcohol pH (10% Solution): 3.0 - 4.5 Chemical Composition & Purity: AlO (Aluminum Oxide): 15-18% SO(Sulfate Content): 50-55% FeO (Iron Oxide) (For Non-Ferric Alum): Max 0.01% Water Insoluble Matter: Max 0.1% Moisture Content: Max 5% Purity: Min 99% Microbiological Standards (For Food & Cosmetic Grade Alum Powder): Total Plate Count: Max 10,000 CFU/g Yeast & Mold: Max 100 CFU/g Coliforms:

Pomegranates contain compounds called ellagitannins, which act as antioxidants and reduce inflammation in the body. As such, they also offer protective benefits for your brain against conditions that are influenced by inflammation and oxidative stress.