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Application of JOOZEO’s Hydrogen Molecular Sieve JZ-512H
The hydrogen molecular sieve from JOOZEO is a high-performance 5A molecular sieve with sodium calcium aluminosilicate as its primary component and an approximate pore size of 5Å (0.5 nm). Its unique pore structure and large pore volume enable it to efficiently adsorb a wide range of gas molecules...Read more -
Shanghai JOOZEO Concluded a Successful ComVac ASIA 2024—See You Again in 2025!
On November 8, 2024, the four-day ComVac ASIA 2024 exhibition came to a successful close at the Shanghai New International Expo Centre. As a leader in the adsorbent industry, Shanghai JOOZEO showcased its high-end adsorbent products, including Activated Alumina, Molecular Sieves, Silica-Alumina ...Read more -
Application of JOOZEO’s Molecular Sieve Powder JZ-ZT
Molecular sieve powder is a hydrated aluminosilicate crystal composed of a framework of silica-oxygen tetrahedra, featuring a structure with numerous channels of uniform pore size and large internal surface cavities. Molecules with diameters smaller than the pore size can enter these cavities, wh...Read more -
Applications of JOOZEO’s 13X Molecular Sieve JZ-ZMS9
JOOZEO’s 13X Molecular Sieve (JZ-ZMS9), also known as sodium X-type molecular sieve, features a crystalline pore size of approximately 9Å (0.9 nm). Compared to A-type molecular sieves, the 13X sieve offers larger pore size and pore volume, resulting in significantly higher adsorption capacity. Wi...Read more -
Applications of JOOZEO’s 5A Molecular Sieve JZ-ZMS5
The primary component of JOOZEO’s 5A Molecular Sieve (JZ-ZMS5) is sodium-calcium aluminosilicate, with a crystal pore size of approximately 5Å (0.5 nm). Due to its larger pore size and volume within the A-type molecular sieves, it is distinguished by its selective adsorption capacity for normal a...Read more -
Applications of JOOZEO 4A Molecular Sieve JZ-ZMS4
The main component of JOOZEO 4A molecular sieve, JZ-ZMS4, is sodium aluminosilicate, with a crystal pore size of approximately 4Å (0.4 nm). Its unique pore structure, optimal acidity distribution, and appropriate pore size endow the 4A molecular sieve with significant advantages such as high mech...Read more
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