Gallium Metal
Gallium is a high-purity post-transition metal carrying CAS number 7440-55-3. Notable for its exceptionally low melting point near room temperature, this liquid-metal element serves as a fundamental building block for manufacturing advanced compound semiconductors, optoelectronic devices, high-temperature thermometers, and specialized low-melting alloys globally.
Description
Semiconductor Performance and Thermal Attributes
The narrow liquid temperature range and distinct crystalline behavior of Gallium deliver a substantial technical advantage in high-frequency electronic systems. This metallic element acts as a foundational precursor for advanced wafer materials, forming critical chemical bonds with arsenic or nitrogen without introducing disruptive structural defects. It helps hardware developers achieve precise energy bandgap modifications, thereby ensuring maximum performance in high-speed microprocessors. For instance, telecommunication factories depend heavily on this metal to produce high-efficiency integrated circuits. As a consequence, it improves the signal transmission speeds of satellite transceivers and localized communication hubs. Consequently, Zyntex delivers exceptionally uniform batches to maintain optimal electronic phase behaviors in your production line.
In addition to this, Zyntex coordinates tightly controlled shipping protocols for specialized thermal interface designs and precision thermometer assemblies. The metal remains completely liquid at mild operating temperatures, allowing it to displace air gaps thoroughly between heavy power heat sinks and delicate silicon chips. It advances modern thermal management by providing a highly conductive liquid interface that operates reliably without undergoing dangerous outgassing phases. Simultaneously, it represents a core element for creating non-toxic low-melting eutectic formulations used in medical sensors. In brief, our product functions as an indispensable metallic agent, supporting both the computational speed of modern circuitry and the heat dissipation safety of industrial power modules.
Primary Technology Sectors for Gallium Metal
This ultra-pure liquid-phase metal provides essential technical advantages across these four key application areas:
⚡ Compound Semiconductors
Serves as a core chemical source for manufacturing high-speed GaAs and GaN microelectronic wafers. Hence, it directly supports optimal signal transmission rates.
💡 Optoelectronic Devices
Utilized in creating high-brightness laser diodes, advanced solar cells, and industrial light-emitting components. Clearly, it is key for uniform curing.
🌡️ Thermal Management
Functions as an efficient liquid cooling medium and thermal paste component for high-performance computer processors. Resultantly, it balances thermal endurance.
🔬 Specialized Alloys
Acts as a primary compounding metal to formulate safe, mercury-free liquid eutectic combinations for analytical instrumentation. Specifically, it ensures high product clarity.
Technical Specifications
| Parameter | Standard Value |
|---|---|
| Product Name | Gallium Metal |
| Assay / Purity | Min 99.99% |
| Appearance | Silvery-white solid or bright liquid metal |
| Melting Point | Approx. 29.76 °C |
| Boiling Point | Approx. 2204 °C |
| CAS Number | 7440-55-3 |
📝 Safety & Handling: Gallium is non-combustible and has low volatile toxicity, but it melts easily near room temperature and strongly wets glass or porcelain surfaces. Liquid gallium intensely corrodes and embrittles other structural metals, especially aluminum. Therefore, never store or transport gallium inside aluminum or steel containers. Keep inside original plastic or Teflon packaging in a cool, temperature-regulated environment. Wear basic personal protective equipment (PPE), including protective gloves and safety glasses, during melting and transferring steps to prevent skin contact or staining. Consult the Safety Data Sheet (SDS) for comprehensive warehouse logistics rules.
