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Green Tech Antimony is a full-service expert in antimony smelting and trading. From sourcing high-quality raw materials from mines to smelting and producing pure antimony with a purity of 99.65–99.90% Sb, we ensure reliable delivery to our customers and export to global markets.
Our Product
ABOUT USPure Antimony
Antimony Ingot
Our high-quality pure antimony comes in three grades, produced through advanced smelting and refining processes to meet international standards.
with a purity of
99.90% Sb
with a purity of
99.85% Sb
with a purity of
99.65% Sb
Key Features of Our Antimony
- High Purity ( 99.65 - 99.90% Sb)
- Smooth and uniform surface, free from impurities
- Consistent size and weight, suitable for use in production processes across relevant industries.
Metal Extraction Process
Smelting Process
OUR PROCESS1. Ore Selection & Preparation
2. Primary Smelting
3. Refining Process
4. Casting into Ingots
5. Quality Check
OUR PRODUCTIndustries Using Antimony
Plastics Industry
Used as a white pigment in the plastics industry.
Ceramics Industry
Used as a white pigment in the ceramics industry.
Electronics Industry
Used in the production of semiconductor devices, such as diodes and infrared detectors.
Plastics Industry
Alloy Production
Textile Industry
Mixed with lead to produce plates for automotive batteries.
Combined with lead and tin to produce type metal, solder, and other metals requiring strength.
Used as a flame retardant in the textile industry.
Other Industries
Used as a component in other industries, such as cable sheathing, toothpaste tubes, printing ink, rubber, fire-resistant fabrics, and more.
Our Product
Pure Antimony
Antimony Ingot
Our high-quality pure antimony comes in three grades, produced through advanced smelting and refining processes to meet international standards.
ABOUT US
OUR PROCESS
Metal Extraction Process
Smelting Process
Used as a white pigment in the plastics industry.
Used as a white pigment in the ceramics industry.
Used in the production of semiconductor devices, such as diodes and infrared detectors.
Mixed with lead to produce plates for automotive batteries.
Combined with lead and tin to produce type metal, solder, and other metals requiring strength
Used as a flame retardant in the textile industry.
Used as a component in other industries, such as cable sheathing, toothpaste tubes, printing ink, rubber, fire-resistant fabrics, and more.