Beryllium Crucibles are indispensable tools in modern laboratories, especially when working with extreme temperatures and high-purity materials. Their unique properties and applications make them a vital part of labware, often preferred over other materials due to their superior performance.
Introduction to Beryllium Crucibles
Beryllium Crucibles are high-performance labware items designed to withstand extremely high temperatures, making them ideal for containing chemical compounds during heating processes. These crucibles are often used in the melting of rare and precious metals, particularly when high-purity outcomes are required. Their unmatched thermal conductivity and durability make them a preferred choice in various scientific and industrial applications.
Key Features of Beryllium Crucibles
Beryllium Crucibles boast several notable features that contribute to their widespread use:
High-Temperature Resistance: These crucibles can endure extreme heat, making them suitable for laboratory settings where materials are heated to temperatures as high as 1600°C.
Superior Thermal Conductivity: With a thermal conductivity of ≥240 W.m-1. K-1, Beryllium Crucibles ensure even heat distribution, which is critical for consistent results in sensitive experiments.
Competitive Pricing: Despite their advanced capabilities, Beryllium Crucibles are competitively priced, offering excellent value, especially when long-term durability and performance are considered.
Exceptional Crystalline Structure: The uniformity of the crystalline structure in Beryllium Crucibles contributes to their reliability and effectiveness in high-stakes environments.
Chemical Resistance: Beryllium Crucibles are durable even in aggressive semiconductor chamber cleaning solutions, adding to their versatility and longevity.
Applications of Beryllium Crucibles
Beryllium Crucibles are particularly valued in industries where the melting and purification of rare and precious metals are routine. Their ability to handle high-purity metals or alloys makes them indispensable in such processes. Whether used in scientific research or industrial manufacturing, these crucibles provide the precision and reliability that professionals require.
We produce beryllium Crucible specification data
Understanding the technical specifications of Beryllium Crucibles is crucial for selecting the right tool for your labware needs:
BeO Content: >99%
Color: White
Specific Density: 2.8 g/cm³
Hardness: 9 GPa
Melting Point: -40 to +1600°C
Breakdown Electric Field Strength: ≥50 KV.mm-1
Flexural Strength: ≥190Mpa
Thermal Conductivity: ≥240 W.m-1. K-1
These technical characteristics highlight the robust and efficient nature of Beryllium Crucibles, making them a superior choice among labware options.
In the realm of advanced ceramic products, Beryllium Crucibles stand out as a reliable and high-performing option for laboratories and industries dealing with high temperatures and precious metals. Their impressive thermal conductivity, durability, and competitive pricing make them a valuable addition to any labware collection. Whether you’re working with ceramic plates or other advanced materials, Beryllium Crucibles provide the consistency and quality needed for successful outcomes.
By understanding the unique features and applications of Beryllium Crucibles, professionals can make informed decisions that enhance their operations and contribute to achieving precise results in their work.
