Blossmate Columns
Blossmate series column is a high-end HPLC column launched by Welch Materials. Compared with Xtimate and Ultisil series, Blossmate’s column performance and reproducibility have been improved in an all way and it is especially suitable for the detection of multi-component impurity projects.
Hightlights
- It adopts a new generation of ultra-high-purity fully porous silica gel, which greatly ensures the perfect column eciency and separation performance.
- Each column is tested individually with special testing prodecure under stricter standards, which guarantee the quality and performance of the column.
- Blossmate uses a unique bonding process that enables the column to withstand high water phase, high pH experimental environments.
P/N: 00615-41043
Blossmate Cellu-Z, 10µm, 4.6×250mm (1pcs/pk)
Blossmate Chiral Column are based on spherical silica particles coated with chiral polymers (amylose derivatives or cellulose derivatives).
Blossmate Cellu-Z/ZR: Cellulose tris (3-chloro-4-methylp...
P/N: 00625-41041
Blossmate Cellu-ZR, 10µm, 4.6×150mm (1pcs/pk)
Blossmate Chiral Column are based on spherical silica particles coated with chiral polymers (amylose derivatives or cellulose derivatives).
Blossmate Cellu-Z/ZR: Cellulose tris (3-chloro-4-methylp...
P/N: 00625-41043
Blossmate Cellu-ZR, 10µm, 4.6×250mm (1pcs/pk)
Blossmate Chiral Column are based on spherical silica particles coated with chiral polymers (amylose derivatives or cellulose derivatives).
Blossmate Cellu-Z/ZR: Cellulose tris (3-chloro-4-methylp...
P/N: 00616-41041
Blossmate IMMA, 10µm, 4.6×150mm (1pcs/pk)
Blossmate IMMA: Amylose tris (3,5-dimethyl-phenylcarbamate) Immobilized on silicaQuantity: 1 pcs/pk
P/N: 00616-41043
Blossmate IMMA, 10µm, 4.6×250mm (1pcs/pk)
Blossmate IMMA: Amylose tris (3,5-dimethyl-phenylcarbamate) Immobilized on silicaQuantity: 1 pcs/pk
P/N: 00617-41041
Blossmate IMMB, 10µm, 4.6×150mm (1pcs/pk)
Blossmate IMMB: Cellulose tris (3,5-dimethylphenylcarbamate) Immobilized on silicaQuantity: 1 pcs/pk
P/N: 00617-41043
Blossmate IMMB, 10µm, 4.6×250mm (1pcs/pk)
Blossmate IMMB: Cellulose tris (3,5-dimethylphenylcarbamate) Immobilized on silicaQuantity: 1 pcs/pk
P/N: 00618-41041
Blossmate IMMC, 10µm, 4.6×150mm (1pcs/pk)
Blossmate IMMC: Cellulose tris (3,5-dichlorophenylcarbamate) Immobilized on silicaQuantity: 1 pcs/pk
P/N: 00618-41043
Blossmate IMMC, 10µm, 4.6×250mm (1pcs/pk)
Blossmate IMMC: Cellulose tris (3,5-dichlorophenylcarbamate) Immobilized on silicaQuantity: 1 pcs/pk
P/N: 06780-03100-10
Blossmate Amy-D, 10µm, 10g
In the packing and purification processes, the packing material undergoes significant mechanical pressure. Therefore, the mechanical strength requirements for packing materials are generally higher...
P/N: 06781-03100-10
Blossmate Amy-S, 10µm, 10g
In the packing and purification processes, the packing material undergoes significant mechanical pressure. Therefore, the mechanical strength requirements for packing materials are generally higher...
P/N: 06766-03100-10
Blossmate Cellu-Z, 10µm, 10g
In the packing and purification processes, the packing material undergoes significant mechanical pressure. Therefore, the mechanical strength requirements for packing materials are generally higher...
P/N: 06767-03100-10
Blossmate IMMA, 10µm, 10g
In the packing and purification processes, the packing material undergoes significant mechanical pressure. Therefore, the mechanical strength requirements for packing materials are generally higher...
P/N: 06768-03100-10
Blossmate IMMB, 10µm, 10g
In the packing and purification processes, the packing material undergoes significant mechanical pressure. Therefore, the mechanical strength requirements for packing materials are generally higher...
P/N: 06769-03100-10
Blossmate IMMC, 10µm, 10g
In the packing and purification processes, the packing material undergoes significant mechanical pressure. Therefore, the mechanical strength requirements for packing materials are generally higher...
P/N: 06770-03100-10
Blossmate IMMG, 10µm, 10g
In the packing and purification processes, the packing material undergoes significant mechanical pressure. Therefore, the mechanical strength requirements for packing materials are generally higher...
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