Description
Specifications Table
Product Name – Molecular Sieves Type 5A 1.5mm
Quantity/Pack Size – 250 gm, 5 kg, 25 kg
Form – Beads
Grade – Laboratory
Application – Moisture and gas adsorption
Product Overview
Molecular Sieves Type 5A 1.5mm are high-performance adsorbents designed for precise moisture and gas removal in laboratory settings. Engineered with a uniform 1.5mm bead size, these sieves offer superior adsorption capacity and efficiency, making them ideal for applications requiring stringent purity standards. The Type 5A formulation ensures selective adsorption of polar molecules, including water vapor, carbon dioxide, and sulfur compounds. Manufactured to laboratory-grade specifications, these sieves are pre-activated and ready for immediate use, ensuring consistent performance across experiments. Their robust structure and high surface area enhance adsorption kinetics, providing reliable results in analytical and research applications. The 1.5mm bead size ensures optimal flow characteristics and ease of handling, reducing clogging and ensuring uniform adsorption. Trusted for their reliability and efficiency, these molecular sieves are a critical component in labs where precision and accuracy are paramount.
FAQs
1. What is the primary application of Molecular Sieves Type 5A 1.5mm?
These sieves are primarily used for moisture and gas adsorption in laboratory settings, including gas purification and drying.
2. Can Molecular Sieves Type 5A 1.5mm be regenerated for reuse?
Yes, they can be regenerated by heating at 250-300°C to remove adsorbed molecules and restore adsorption capacity.
3. Are these sieves compatible with all lab gases?
They are compatible with most gases but are particularly effective for polar molecules like water vapor and carbon dioxide.
4. How should Molecular Sieves Type 5A 1.5mm be stored?
Store them in a dry, airtight container to prevent moisture absorption before use.
5. What alternatives are available if Molecular Sieves Type 5A 1.5mm are unavailable?
Type 3A or 4A molecular sieves can be considered, though they have different pore sizes and adsorption properties.
