Agarose Gel Matrix: Adopts a spherical polydisperse particle structure with 6% cross-linking degree, balancing mechanical strength and pore uniformity to support high-flow-rate separation operations.
Biocompatibility and Stability: Designed for high biocompatibility, suitable for environment-sensitive biomolecules (e.g., proteins, antibodies), and exhibits excellent physicochemical stability, tolerant to conventional buffer systems and cleaning conditions.
Low Non-Specific Adsorption: The surface is highly hydrophilic-modified, significantly reducing non-specific binding between biological samples and the stationary phase to enhance target product purity and recovery.
Efficient Ion Exchange Capacity: Ion-exchange functional groups are firmly bonded to the agarose matrix surface via chemical bonding technology, ensuring stable separation efficiency and high recovery, especially for fine purification of complex biological samples.
Strong Anion Exchange (Q-type): Suitable for biomolecules carrying positive charges at low pH.
Strong Cation Exchange (SP-type): Targets negatively charged analytes at high pH.
Weak Anion Exchange (DEAE-type): Achieves selective adsorption through pH adjustment, suitable for separation under mild conditions.
Weak Cation Exchange (CM-type): Achieves selective adsorption through pH adjustment, suitable for separation under mild conditions.
If you have any questions, please don't hesitate to contact us. We're always here to help with ion exchange resins for your business. Haipu is able to produce the product in according to your special needs.