Experience Ika 7215000 C 5012 Decomposition Vessel, Halogen Resistant, 2.302 Kg Collection [o3m9SPAE]

IKA C 5012 Decomposition Vessel: Halogen-Resistant Excellence

The IKA 7215000 C 5012 Decomposition Vessel is a state-of-the-art laboratory equipment designed for the combustion and decomposition of halogen- and sulfur-containing samples. Crafted from high-quality halogen-resistant stainless steel, this vessel ensures durability and precision in your experiments. With its catalytic activated inner-wall, the C 5012 Decomposition Vessel offers superior performance for applications requiring high halogen content (greater than 3%). This versatile instrument is perfect for researchers, chemists, and scientists who demand the best in decomposition processes.

• Halogen-Resistant Material: The vessel's construction from halogen-resistant stainless steel ensures long-lasting performance and resistance to corrosion.
• Catalytic Activated Inner-Wall: Enhances decomposition efficiency and provides a clean, reliable process for your experiments.

Product Specifications and Technical Details

The IKA 7215000 C 5012 Decomposition Vessel is engineered to meet the highest standards of quality and precision. It features a robust design that can be converted to use the C 14 Combustible crucible, offering versatility in your laboratory setup. The vessel's weight of 2.302 kg ensures stability during use, while its halogen-resistant properties make it ideal for handling challenging samples. Key specifications include:

• Material: Halogen-resistant stainless steel with catalytic activated inner-wall.
• Weight: 2.302 kg.
• Applications: Suitable for combustion and decomposition of halogen- and sulfur-containing samples (halogen content > 3%)

Practical Applications and Target Audience

The IKA 7215000 C 5012 Decomposition Vessel is an essential tool for a wide range of laboratory applications. Whether you are conducting research in organic chemistry, environmental analysis, or pharmaceuticals, this vessel offers the reliability and precision you need. Its halogen-resistant properties make it particularly suitable for handling samples with high halogen content, ensuring accurate and consistent results. Ideal for researchers, chemists, and scientists, this decomposition vessel is perfect for:

• Organic Chemistry: Efficient combustion and decomposition of organic compounds.
• Environmental Analysis: Analysis of halogen and sulfur compounds in environmental samples.
• Pharmaceuticals: Quality control and research on pharmaceutical substances.