Antimony ingot 99.65%/99.85%/99.90%

products details

 

Commodity: Antimony Ingot 99.65% /99.85%/99.90%

Molecular formula: Sb

CAS No: 7440-36-0

Hs Code：81101010.00

Melting：630℃

Density：6.62g/cm3

Property：Antimony is non-ferrous metals, metal antimony appearance is silvery white, hexagonal system, the melting point is 630.5 ℃, mohs hardness 3, density of 6.69 g/cm3, it is poor conductor of heat and electricity. Antimony is brittle, easy to grind, no ductility. Not easy reacting with air or oxygen at room temperature. Antimony is insoluble in water and generally does not react with acids.

 

Application: As hardener for alloys, the antimony is mainly applied to industries like metallurgy, accumulator and military, etc. and in products like Aluminum Material, cable sheath, welding material and sliding bearing. It is also the raw material for the production of Antimony Trioxide.

Grade & Specification:


Antimony ingot is a non-ferrous metal mainly used as a hardener for alloys, a raw material for producing antimony oxide, and has wide applications in multiple industrial fields.

Main purpose
Hardener for alloys: Antimony ingots are used as hardeners for alloys in the metallurgical industry to enhance their hardness and strength. They are widely used in metallurgy, batteries, and military industries

Raw materials for producing antimony oxide: Antimony ingots are the main raw materials for producing antimony oxide. Antimony oxide has various uses, such as being used as a flame retardant synergist in industries such as plastics, rubber, textiles, and chemical fibers. It can also be used in fields such as glass, electronics, ceramics, and fluorescent powders

Other applications: Antimony ingots are also used in the movable type printing industry, lead materials, cable sheaths, soldering materials, and sliding bearings

Specific application examples
Flame retardant: Antimony oxide, as a flame retardant synergist, is widely used in industries such as plastics, rubber, textiles, and chemical fibers. It can slow down combustion and improve the fire resistance of materials

Battery: Antimony ingots are used to make lead antimony alloys, mainly for the anode grid of lead-acid batteries, to improve the performance and lifespan of batteries

High tech field: Antimony compounds are also widely used in high-tech fields such as infrared coating market and doping market

Common packaging methods

Wooden box packaging

Structure: Generally, wooden boards with uniform thickness are used to build wooden boxes. The size of the wooden boxes is customized according to the size and quantity of antimony ingots. They are usually rectangular in shape, and some buffer materials such as straw and sawdust are used for padding and isolation inside.
Advantages: Wooden boxes have certain strength and stability, which can better protect antimony ingots from collision and extrusion damage during transportation and storage. At the same time, wood is relatively light and easy to load and unload and carry.
Application scenarios: It is suitable for packaging antimony ingots for long-distance transportation and export, and can adapt to different modes of transportation, such as sea transportation and land transportation.

Iron barrel packaging
Structure: Iron barrels are made of iron plates with moderate thickness. The barrel body is generally cylindrical and has a sealed barrel cover. Some anti-rust treatment may be performed inside the iron barrel, such as spraying anti-rust paint.
Advantages: Iron barrels have good sealing and moisture resistance, which can effectively prevent antimony ingots from contacting with air, moisture, etc., and avoid oxidation and rust. At the same time, the iron barrel is highly sturdy and can withstand certain pressure and impact.
Application scenarios: For some antimony ingots with high requirements for moisture resistance and sealing, especially in humid environments or ocean transportation, iron barrel packaging is more suitable.

Pallet packaging
Construction: The antimony ingots are neatly stacked on the pallet, and then fixed and tied with plastic film or steel belts. Pallets are generally made of wood, plastic or metal, and are mostly rectangular in shape.
Advantages: Pallet packaging is convenient for mechanized loading and unloading and handling, which can improve logistics efficiency and reduce labor intensity. At the same time, through reasonable stacking and fixing, the stability of antimony ingots during transportation can be guaranteed.
Application scenarios: It is widely used in domestic short-distance transportation and warehousing links, and is often used for transportation from factory to warehouse, warehouse to user enterprise, etc.