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Ceramic Combustion Tube LECO 616-070 for Laboratory Applications
Ceramic Combustion Tube LECO 616-070 for Laboratory Applications
Ceramic Combustion Tube LECO 616-070 for Laboratory Applications
Our Ceramic Combustion Tube LECO 616-070 is designed to meet the rigorous demands of precise laboratory applications, particularly in elemental analysis. Manufactured from high-quality ceramic materials, this tube ensures optimal combustion conditions for a wide range of sample types, enabling accurate determination of elements such as carbon, sulfur, nitrogen, and oxygen.
The LECO 616-070 tube is engineered to withstand high temperatures and chemical exposure, providing excellent thermal stability and resistance to thermal shock. It plays a critical role in controlling combustion and heating processes, ensuring efficient sample oxidation and consistent analysis results. This combustion tube is suitable for use in elemental analyzers and is perfect for laboratories requiring high-precision combustion for organic and inorganic materials.
Whether you’re conducting combustion analysis or working in materials testing, the Ceramic Combustion Tube LECO 616-070 guarantees reliable performance and long-lasting durability, making it an essential component for your laboratory needs.
Ceramic Combustion Tube LECO 616-070 for Laboratory Applications
Explore our ceramic combustion tube designed for laboratory applications. Ideal for controlled combustion and heating processes, ensuring precision and reliability in scientific experiments.
| SKU# | Material | Size | Compatible Instruments | Consumables NO: | Maximum temperature | QTY/PKG |
| CX-LE-10024 | alumina Ceramic | Length: 347 mm OD: 35 mm ID: 27 mm |
LECO® SC144 | LECO 616-070 | 1400°C | 20pcs |
Notes for use:
Temperature Control: Monitor and adjust the heating temperature carefully to avoid thermal shock and ensure consistent combustion performance.
Sample Compatibility: Ensure that the materials being combusted are compatible with the ceramic to prevent reactions or contamination that could affect experimental results.
Cleaning and Maintenance: Regularly clean the combustion tube after each use to remove residues and ensure optimal performance. Use appropriate cleaning methods to avoid damage to the ceramic material.
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