Description
Specifications Table
Product Name – Molecular Sieves Type 3A 1.5mm
Quantity/Pack Size – 250 gm, 5 kg, 25 kg
Form – Beads
Grade – Lab Grade
Application – Moisture and gas adsorption
Product Overview
Molecular Sieves Type 3A 1.5mm from eqipped are high-performance desiccants designed for precise moisture and gas adsorption in laboratory and industrial settings. These lab-grade sieves are engineered to provide superior adsorption capacity, ensuring optimal performance in critical applications. The uniform 1.5mm bead size enhances flow characteristics and ease of handling, making them ideal for use in gas purification, drying solvents, and protecting sensitive equipment. Manufactured under stringent quality standards, our Molecular Sieves Type 3A 1.5mm deliver consistent results, ensuring reliability in research and industrial processes. Their high surface area and pore structure enable efficient removal of water and other impurities, making them essential for maintaining sample integrity and equipment longevity. Trust eqipped for premium-quality molecular sieves that meet the demands of modern laboratories and industries.
FAQs
1. What are the primary applications of Molecular Sieves Type 3A 1.5mm?
These sieves are primarily used for moisture and gas adsorption in laboratory and industrial processes, including gas purification, solvent drying, and equipment protection.
2. How should Molecular Sieves Type 3A 1.5mm be stored?
Store the sieves in a dry, airtight container away from direct sunlight and moisture to maintain their adsorption efficiency.
3. Are Molecular Sieves Type 3A 1.5mm compatible with all gases?
While they are effective for many gases, their compatibility may vary based on specific gas properties. Always check the technical specifications for your application.
4. Can Molecular Sieves Type 3A 1.5mm be regenerated?
Yes, they can be regenerated by heating to remove adsorbed moisture and gases, restoring their adsorption capacity.
5. What makes Molecular Sieves Type 3A 1.5mm ideal for lab use?
Their uniform bead size, high adsorption capacity, and lab-grade purity ensure reliable performance in critical laboratory applications.
