Distributors supply silicon metal as discs, granules, ingots, pellets, pieces, powder, rods, sputter targets and wires. Customers may order over 10 other customised forms.
Silicon is an element that, in its high-purity state, is solid and displays a bluish-grey metallic appearance. It is used extensively in industry. It is primarily employed to produce alloys, such as aluminium–silicon and ferro–silicon (iron–silicon). These alloys are used in the manufacture of dynamo and transformer plates, engine blocks, cylinder heads and machine tools, as well as in steel deoxidation.
Silicon is used as a semiconductor in solid-state devices within the computer and microelectronics industries. High-purity silicon is required for these applications. The silicon is doped with minute amounts of boron, gallium, phosphorus or arsenic to control its electrical properties.
Silicon metal is available in the form of discs, granules, billets, pellets, pieces, powders, rods, sputter targets, wires and many other forms, including custom configurations.
Stanford Advanced Materials (SAM) manufactures and supplies high-quality silicon metalloid powder for thermal spraying. They offer nano silicon powder (Si), silicon metal (Si-Metal), nano silicon powder (Si) and silicon powder (Si-Powder).
Important properties of silicon metal:
Semiconductor performance: The electronic properties of silicon metal qualify it as a principal material for semiconductor manufacture. Its ability to conduct and regulate electrical current underpins modern electronics.
Abundance and availability: Silicon is the second most abundant element in the Earth's crust, thereby ensuring a stable supply for various applications. This availability supports its widespread use in industry.
Thermal and chemical stability: Silicon metal exhibits thermal and chemical stability. It is suitable for use in environments with high temperatures and in conditions involving aggressive chemicals or corrosion.
Applications of silicon metal:
Electronics: Silicon metal is a fundamental material in the electronics industry. It forms the base for integrated circuits, microchips, transistors and other essential components that support digital technology.
Solar energy: The photovoltaic properties of silicon qualify it as a material used in the production of solar cells. It absorbs sunlight and converts it into electricity, thereby enabling clean renewable energy production.
Construction and infrastructure: Silicon compounds are used in building materials such as concrete, glass and ceramics to enhance durability and stability.
Medicine and biotechnology: Silicon wafers play a key role in medical imaging systems, such as X‐ray and MRI devices. Owing to its biocompatibility, silicon is also suitable for implantable medical devices.
Why choose silicon metal?
Technological innovation: The electronic properties of silicon drive progress in information technology, communication and automation.
Advancement for clean energy: Silicon supports the global shift towards renewable energy through solar cell technology.
Reliability and longevity: The stability of silicon ensures product durability and consistent performance in demanding environments.
Abundance and sustainability: The availability of silicon supports sustainable production and technological growth.
Cross-sector impact: The applications of silicon extend across multiple sectors. This indicates its relevance in several industries.
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