Tandex G series gel filtration media are gel filtration media made of dextran as raw material and chlorinated propylene oxide as cross-linking agent. Sephadex is a bead-like gel that contains a lar...
Tandex G series gel filtration media are gel filtration media made of dextran as raw material and chlorinated propylene oxide as cross-linking agent. Sephadex is a bead-like gel that contains a lar...
Tandex G series gel filtration media are gel filtration media made of dextran as raw material and chlorinated propylene oxide as cross-linking agent. Sephadex is a bead-like gel that contains a lar...
Tandex G series gel filtration media are gel filtration media made of dextran as raw material and chlorinated propylene oxide as cross-linking agent. Sephadex is a bead-like gel that contains a lar...
Tandex G series gel filtration media are gel filtration media made of dextran as raw material and chlorinated propylene oxide as cross-linking agent. Sephadex is a bead-like gel that contains a lar...
The gel structure of Tanrose 4B and Tanrose 6B is fixed by hydrogen bonds, and the matrix is relatively soft and has poor pressure resistance and is not resistant to high temperature sterilization.
The gel structure of Tanrose 4B and Tanrose 6B is fixed by hydrogen bonds, and the matrix is relatively soft and has poor pressure resistance and is not resistant to high temperature sterilization.
The gel structure of Tanrose 4B and Tanrose 6B is fixed by hydrogen bonds, and the matrix is relatively soft and has poor pressure resistance and is not resistant to high temperature sterilization.
The gel structure of Tanrose 4B and Tanrose 6B is fixed by hydrogen bonds, and the matrix is relatively soft and has poor pressure resistance and is not resistant to high temperature sterilization.
Tanrose CL-4B and Tanrose CL-6B are further cross-linked from Tanrose 4B and Tanrose 6B. It has better physical and chemical stability and stronger rigidity. Offers the same selectivity as Tanrose ...
Tanrose CL-4B and Tanrose CL-6B are further cross-linked from Tanrose 4B and Tanrose 6B. It has better physical and chemical stability and stronger rigidity. Offers the same selectivity as Tanrose ...
Tanrose CL-4B and Tanrose CL-6B are further cross-linked from Tanrose 4B and Tanrose 6B. It has better physical and chemical stability and stronger rigidity. Offers the same selectivity as Tanrose ...
Tanrose CL-4B and Tanrose CL-6B are further cross-linked from Tanrose 4B and Tanrose 6B. It has better physical and chemical stability and stronger rigidity. Offers the same selectivity as Tanrose ...
Tanrose CL-4B and Tanrose CL-6B are further cross-linked from Tanrose 4B and Tanrose 6B. It has better physical and chemical stability and stronger rigidity. Offers the same selectivity as Tanrose ...
Tanrose CL-4B and Tanrose CL-6B are further cross-linked from Tanrose 4B and Tanrose 6B. It has better physical and chemical stability and stronger rigidity. Offers the same selectivity as Tanrose ...
Tanrose CL-4B and Tanrose CL-6B are further cross-linked from Tanrose 4B and Tanrose 6B. It has better physical and chemical stability and stronger rigidity. Offers the same selectivity as Tanrose ...
Tanrose CL-4B and Tanrose CL-6B are further cross-linked from Tanrose 4B and Tanrose 6B. It has better physical and chemical stability and stronger rigidity. Offers the same selectivity as Tanrose ...
Tanrose CL-4B and Tanrose CL-6B are further cross-linked from Tanrose 4B and Tanrose 6B. It has better physical and chemical stability and stronger rigidity. Offers the same selectivity as Tanrose ...
Tanrose CL-4B and Tanrose CL-6B are further cross-linked from Tanrose 4B and Tanrose 6B. It has better physical and chemical stability and stronger rigidity. Offers the same selectivity as Tanrose ...
Tanrose CL-4B and Tanrose CL-6B are further cross-linked from Tanrose 4B and Tanrose 6B. It has better physical and chemical stability and stronger rigidity. Offers the same selectivity as Tanrose ...
Tanrose CL-4B and Tanrose CL-6B are further cross-linked from Tanrose 4B and Tanrose 6B. It has better physical and chemical stability and stronger rigidity. Offers the same selectivity as Tanrose ...
Tanrose 4FF and Tanrose 6FF are gel filtration media obtained by emulsification, rinsing and sieving of 4% and 6% agarose respectively. The media has good physical and chemical stability and can be...
Tanrose 4FF and Tanrose 6FF are gel filtration media obtained by emulsification, rinsing and sieving of 4% and 6% agarose respectively. The media has good physical and chemical stability and can be...
Tanrose 4FF and Tanrose 6FF are gel filtration media obtained by emulsification, rinsing and sieving of 4% and 6% agarose respectively. The media has good physical and chemical stability and can be...
