Antimony Metal
ZhenAn is an enterprise specializing in metallurgy integrating production, processing, sales, import, and export business. Our products include metallic silicon, ferrosilicon, ferromolybdenum, ferrotungsten, ferrotitanium, ferrovanadium, etc.
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Our company mainly deals in ferromolybdenum, ferrotungsten, ferrovanadium, ferrotitanium, metallic silicon, and other products. It can meet the needs of domestic and foreign markets and is exported to the United States, the European Union, and other countries and regions, as well as Southeast Asia, Africa, and the Middle East.
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We have obtained several patented technologies, including SGS and other certificates. We conduct 100% inspection of key points of the product to ensure the stability and reliability of product quality.
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We have 30 years of production experience, and all products can be customized OEM and ODM. We have a full set of modern production equipment, two large production bases such as hydrometallurgy, two key laboratories, and a metallurgical materials testing center with dozens of senior researchers.
Products Widely Used
We mainly deal in ferromolybdenum, ferrotitanium, ferrovanadium, ferrotungsten, metallic silicon, ferrosilicon, metallic silicon powder, cored wire, and other metallurgical materials, which are widely used in steel smelting, alloy manufacturing, electronic industry, and other fields. Through selected raw materials and strict production processes, our products are characterized by high purity and high precision.
Antimony ingots, also known as refined antimony, are a non-ferrous heavy metal with the characteristics of a brittle and shiny silver-white solid. Its melting point is 630 degrees, its density is 6.62 g/cm3, and its thermal conductivity is poor.
The main uses of antimony ingots include serving as a hardener for alloys to enhance the hardness of the alloy; used in the movable type printing industry, lead materials, cable sheaths, solders, and sliding bearings; widely used in batteries and military industries; and in the production of antimony oxide of raw materials. In addition, antimony ingots are also widely used in the production of various flame retardants, enamels, glass, rubber, coatings, pigments, ceramics, plastics, semiconductor components, and pharmaceutical and chemical industry products.
Element symbol: Sb
The atomic weight of antimony ingot: 121.75(3)
Commonly known as refined antimony
Usage: Antimony ingots are mainly used as hardeners for alloys in metallurgy, batteries, and other industries. They are also raw materials for the production of antimony oxide. Antimony ingots are also used in the movable type printing industry, lead materials, cable sheaths, solders, and sliding bearings.
Appearance: silvery white solid.
Packaging: Each antimony ingot weighs about 25 kilograms and is packed in wooden boxes. The net weight of each box is 1000 kg. It can also be packaged according to user requirements.
Physical and chemical properties: Antimony is a non-ferrous heavy metal, a brittle and shiny silver-white solid. There are two allotropes, the yellow variant is stable at minus 90 degrees and the metallic variant is the stable form of antimony.
Melting point: 630 degrees, density: 6.62 g/cm3.
The abbreviation of antimony metal antimony, is also known as pure antimony. Antimony ingot is an ingot-shaped product of metal antimony, which is a truncated pyramidal hexahedron.
It is stipulated that the weight of the ingot should not exceed 25 kilograms, its surface should be smooth, no molten ballast, and there should be star-shaped patterns. Antimony is one of the commonly used non-ferrous metals. Pure metal antimony is rarely used alone. Except for electroplating, it is often used as an alloy with other metals as the base. It is the raw material for the indirect production of antimony white.
Note: Because the price fluctuates greatly, please call us for the final price!
What are the uses of antimony ingots?
Our Antimony Ingots Products Are Out Of This World.
Antimony ingots, as a common metal material, have a wide range of uses. The following will introduce the multiple uses of antimony ingots, including the electronics industry, chemical industry, metallurgical industry, etc.
First, antimony ingots have important applications in the electronics industry. Because antimony ingot has good electrical and thermal conductivity properties, it is often used in the manufacture of electronic components and semiconductor devices. For example, indium antimonide, a semiconductor material, can create detectors, sensors, and lasers for infrared rays. In addition, antimony ingots can also be used to make connectors and wires for electronic circuit boards and other electronic equipment.
Secondly, antimony ingots also have various uses in the chemical industry. Antimony ingots are one of the important raw materials for manufacturing flame retardants and plastic additives. Antimony compounds, such as antimony trioxide and potassium antimonate, are commonly used in the production of flame-retardant materials. In the plastics industry, antimony ingots are also often used as catalysts for polyester resins and polycarbonate resins to improve their thermal stability and fire resistance.
In addition, antimony ingots also play an important role in the metallurgical industry. Because antimony ingot has good corrosion resistance and wear resistance, it is often used as an alloy additive to improve the properties of the alloy. For example, antimony ingots can be alloyed with lead and used to make electrode materials for lead-acid batteries, improving their electrical energy density and cycle life. In addition, antimony ingots can also be alloyed with metals such as tin and aluminum to make lightweight alloy materials such as aerospace devices and automotive parts.
In addition, antimony ingots also have certain applications in glass crafts, pigment manufacturing, pesticide production, preservative production, and other fields. Antimony ingots can be used to make glass materials with special optical properties, such as ruby glass and Chile gem glass. Antimony ingots can be used in pigment manufacturing to prepare pigments of various colors, such as yellow and orange pigments. In addition, antimony ingots can also be used in the manufacture of pesticides and preservatives to improve product stability and anti-corrosion properties.
To sum up, antimony ingots have a wide range of applications. Whether it is the electronics industry, chemical industry, or metallurgical industry, antimony ingots play an indispensable role. It plays an important role in the manufacturing of electronic components and semiconductor devices. It also has important applications in the production of flame retardants, plastic additives, and alloy manufacturing.
In addition, antimony ingots also play an important role in glass crafts, pigment manufacturing, pesticide production, and other fields. As an important metal material, the use of antimony ingots will continue to expand and deepen, bringing more possibilities to the development of all walks of life.
Key points for the operation and production of antimony ingots
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Antimony ore beneficiation
The quality of raw materials obtained after antimony ore beneficiation treatment is crucial to the subsequent smelting process. Therefore, in the mineral processing process, good quality ore must be selected and impurities and wastes must be removed. The specific operation points are as follows:
(1) Use gravity separation and flotation methods to separate antimony ores and impurities
Antimony ores and impurities are mineral particles, so they can be separated by using methods such as gravity, buoyancy, and surface properties. Gravity separation is usually used to separate large particles of antimony ores, while flotation is usually used to separate fine particles of antimony ores. When carrying out gravity separation and flotation operations, it is necessary to select appropriate screening and classification tools according to the size and hardness of the ore.
(2) Control of mineral processing process parameters
The parameters of mineral processing include the soaking time of the ore, the flow rate, the amount and type of chemicals added, etc. In actual operation, appropriate ore powder, chemical type, and dosage should be selected to achieve better mineral processing effects. At the same time, the mineral processing process parameters should be appropriately adjusted to ensure the effectiveness and stability of mineral processing.
Smelting of antimony ore
After antimony ore is beneficiated, it needs to be smelted into antimony ingots. During the smelting process of antimony ore, you need to pay attention to the following points:
(1) Control furnace temperature and molten pool depth
Furnace temperature and molten pool depth are critical parameters in the smelting process. It is necessary to adjust the furnace temperature and molten pool depth according to the physical and chemical properties of antimony ore so that the materials in the molten pool can fully melt, separate, and solidify to obtain high-purity antimony ingots.
(2) Properly control the atmosphere and ventilation in the furnace
The atmosphere in the furnace must be kept stable to prevent air, water, or other oxidants from entering the molten pool. In addition, ventilation and dust removal equipment are needed to discharge harmful gases and pollutants into the air to protect the health and safety of operators.
(3) Adjust the composition and proportion of slag
During the smelting process, impurities and waste in the ore often exist in the form of slag. To ensure the purity and quality of the antimony ingots, the composition and proportion of the slag need to be adjusted to reduce the impact on the antimony ingots.
Refining of antimony ingots
Refining is an important means to improve the purity and quality of antimony ingots. During the refining process, you need to pay attention to the following points:
(1) Choose the appropriate refining method
The refining methods of antimony ingots include adsorption method, extraction method, electrolysis method, chemical precipitation method, slag treatment method, etc. It is necessary to select suitable refining methods and processes based on the characteristics and production requirements of antimony ingots.
(2) Control refining parameters
The main parameters in the refining process include temperature, time, additive type dosage, etc. These parameters need to be adjusted appropriately to obtain high-quality finished antimony ingots.
(3) Ensure refining effect and output
Every link in the refining process must be strictly controlled to ensure refining effect and output. In actual operations, product quality and production efficiency should also be regularly tested, and process parameters and production plans should be adjusted promptly.
Casting of antimony ingots
In the production of antimony ingots, the refined antimony liquid needs to be cast into antimony ingots. The following points need to be controlled during the casting process:
(1) Select appropriate casting equipment and molds
The selection of casting equipment should be based on production needs, production scale, product specifications, and material properties. At the same time, the corresponding mold should be selected according to the shape and size requirements of the cast product.
(2) Control casting temperature and cooling rate
Casting temperature and cooling rate are the main factors that directly affect the quality and shape of the resulting antimony ingot. The casting temperature and cooling rate need to be adjusted according to the physical and chemical properties of the antimony liquid to obtain the desired finished antimony ingot.
(3) Strictly control every aspect of the casting process
Every link in the casting process must be strictly controlled to avoid the occurrence of defects such as bubbles, inclusions, and deformation. At the same time, it is necessary to realize full-process monitoring through digital technology to improve product quality and production efficiency.
In short, the main operating points of antimony ingot production include mineral processing, smelting, refining, and casting. The operation of each link directly affects the quality and production efficiency of finished antimony ingots. Therefore, during the production process of antimony ingots, we should pay close attention to the operation of every link to ensure stable operation, excellent quality, and high efficiency, to meet the needs of the market and improve the competitiveness of production enterprises.
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ZhenAn International Co., Limited is an enterprise specializing in metallurgy and refractory products, integrating production, processing, sales, import, and export business. Our products include metallic silicon, ferrosilicon, ferromolybdenum, ferrotungsten, ferrotitanium, ferrovanadium......
Annual production and sales exceed 150,000 tons. Our factory covers an area of 30,000 square meters. It has a full set of modern production equipment, two large production bases including hydrometallurgy, two key laboratories, and a metallurgical materials testing center with dozens of senior researchers.
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