Products

SYLOBEAD® MS 514NGD is a highly porous, crystalline aluminosilicate in beaded form. The pore openings in the crystals have a diameter of approximately 4 Å. is unique for efficiently drying and purifying natural gas, including in its liquid phase. It exhibits fast adsorption kinetics, ensuring minimal bed mass loss and the most efficient use of the adsorber's capacity. Additionally, it can effectively remove impurities with effective molecule diameters smaller than 4 Å.

SYLOBEAD® MS 514 is an adsorbent employed for the drying and purification of gasses and liquids. It is a highly porous, crystalline aluminosilicate in beaded form, with pore openings in the crystals measuring approximately 4 Å. is suitable for drying most gasses, vapors, and liquids, and it is also capable of removing other impurities with effective molecule diameters smaller than 4 Å.

SYLOBEAD® MS 512 is a solid product, presented in the form of beige beads. It is completely odorless and is suitable for a range of processes including gas drying, liquid purification, natural gas purification, gas purification, air purification, and liquid drying.

SYLOBEAD® MS 564 CS is an exceptional adsorbent specifically designed for the drying of cracked gas and olefins. This product takes the form of highly porous, high-performance crystalline aluminosilicate spheres, with pore openings in the crystals measuring approximately 3 Å.

SYLOBEAD® MS C 644 is an adsorbent for the drying and purification of gasses and liquids. It is a highly porous, binderless crystalline aluminosilicate in beaded form. The pore openings in the crystals have a diameter of approximately 10Å. It adsorbs molecules with effective diameters smaller than approximately 10Å. Due to its very high capacity for water and CO2, this molecular sieve is widely used for air pre-purification in cryogenic air separation plants. It can also be used for the purification of liquid hydrocarbon streams.

SYLOBEAD® MS S544 is an adsorbent for the drying and purification of gasses and liquids. It is a highly porous, crystalline aluminosilicate in beaded form. The pore openings in the crystals have a diameter of approximately 10 Å. It adsorbs molecules with effective diameters smaller than approximately 10 Å. Due to its high capacity for water and CO2, this molecular sieve is widely used for air purification in cryogenic air separation plants. It is also applied to the removal of H2S, mercaptans, and other sulfur compounds from natural gas and LPG.

SYLOBEAD® MS 512 is a solid product, presented in the form of beige beads. It is completely odorless and is suitable for a range of processes including gas drying, liquid purification, natural gas purification, gas purification, air purification, and liquid drying.

SYLOBEAD® MS 514NGD is a highly porous, crystalline aluminosilicate in beaded form. The pore openings in the crystals have a diameter of approximately 4 Å. is unique for efficiently drying and purifying natural gas, including in its liquid phase. It exhibits fast adsorption kinetics, ensuring minimal bed mass loss and the most efficient use of the adsorber's capacity. Additionally, it can effectively remove impurities with effective molecule diameters smaller than 4 Å.

SYLOBEAD® MS S644 is an adsorbent for the drying and purification of gasses and liquids. It is a highly porous, binderless crystalline aluminosilicate in beaded form. The pore openings in the crystals have a diameter of approximately 10 Å. It adsorbs molecules with effective diameters smaller than approximately 10 Å. Due to its high capacity for water and CO2, this molecular sieve is widely used for air purification in cryogenic air separation plants. It can also be used in oxygen PSA applications.

SYLOBEAD® MS 512NGD is a highly porous, crystalline aluminosilicate in beaded form, with pore openings in the crystals measuring approximately 4Å. It is a unique product designed for efficient drying and purification of natural gas, offering fast adsorption kinetics, minimal lost bed masses, and efficient utilization of the adsorber's capacity. is also effective at removing other impurities with effective molecule diameters smaller than 4 Å.

SYLOBEAD® MS S 544 is an adsorbent for the drying and purification of gasses and liquids. It is a highly porous, crystalline aluminosilicate in beaded form. The pore openings in the crystals have a diameter of approximately 10 Å. It adsorbs molecules with effective diameters smaller than approximately 10 Å. Due to its high capacity for water and CO2, this molecular sieve is widely used for air purification in cryogenic air separation plants. It is also applied to the removal of H2S, mercaptans, and other sulfur compounds from natural gas and LPG.

SYLOBEAD® MS 514 is an adsorbent employed for the drying and purification of gasses and liquids. It is a highly porous, crystalline aluminosilicate in beaded form, with pore openings in the crystals measuring approximately 4 Å. is suitable for drying most gasses, vapors, and liquids, and it is also capable of removing other impurities with effective molecule diameters smaller than 4 Å.

SYLOBEAD® MS 564 CS is an exceptional adsorbent specifically designed for the drying of cracked gas and olefins. This product takes the form of highly porous, high-performance crystalline aluminosilicate spheres, with pore openings in the crystals measuring approximately 3 Å.

SYLOBEAD® MS 512NGD is a highly porous, crystalline aluminosilicate in beaded form, with pore openings in the crystals measuring approximately 4Å. It is a unique product designed for efficient drying and purification of natural gas, offering fast adsorption kinetics, minimal lost bed masses, and efficient utilization of the adsorber's capacity. is also effective at removing other impurities with effective molecule diameters smaller than 4 Å.

SYLOBEAD® MS S624 is a highly porous, binderless crystalline aluminosilicate in beaded form. The pore openings in the crystals have a diameter of approximately 5 angstroms. It is a 5 angstrom, 1.6-2.5 mm, binderless spherical molecular sieve specially designed for the purification of gasses where high adsorption capacities are required.