WD-G series is a gel filtration resin made of dextran as raw material and chemical cross-linking agent, with hydrophilic and porous characteristics. It is commonly used for buffer replacement, desa...
WD-G series is a gel filtration resin made of dextran as raw material and chemical cross-linking agent, with hydrophilic and porous characteristics. It is commonly used for buffer replacement, desa...
WD-G series is a gel filtration resin made of dextran as raw material and chemical cross-linking agent, with hydrophilic and porous characteristics. It is commonly used for buffer replacement, desa...
WD-G series is a gel filtration resin made of dextran as raw material and chemical cross-linking agent, with hydrophilic and porous characteristics. It is commonly used for buffer replacement, desa...
WD-G series is a gel filtration resin made of dextran as raw material and chemical cross-linking agent, with hydrophilic and porous characteristics. It is commonly used for buffer replacement, desa...
WD-G series is a gel filtration resin made of dextran as raw material and chemical cross-linking agent, with hydrophilic and porous characteristics. It is commonly used for buffer replacement, desa...
WD-G series is a gel filtration resin made of dextran as raw material and chemical cross-linking agent, with hydrophilic and porous characteristics. It is commonly used for buffer replacement, desa...
WD-G series is a gel filtration resin made of dextran as raw material and chemical cross-linking agent, with hydrophilic and porous characteristics. It is commonly used for buffer replacement, desa...
WD-G series is a gel filtration resin made of dextran as raw material and chemical cross-linking agent, with hydrophilic and porous characteristics. It is commonly used for buffer replacement, desa...
WD-LH20 is modified with hydroxypropyl group on the basis of dextran gel WD-G25. The introduction of hydroxypropyl group makes the filler hydrophilic and lipophilic at the same time, and it can use...
WD-LH20 is modified with hydroxypropyl group on the basis of dextran gel WD-G25. The introduction of hydroxypropyl group makes the filler hydrophilic and lipophilic at the same time, and it can use...
WD-LH20 is modified with hydroxypropyl group on the basis of dextran gel WD-G25. The introduction of hydroxypropyl group makes the filler hydrophilic and lipophilic at the same time, and it can use...
WD-LH20 is modified with hydroxypropyl group on the basis of dextran gel WD-G25. The introduction of hydroxypropyl group makes the filler hydrophilic and lipophilic at the same time, and it can use...
WD-LH20 is modified with hydroxypropyl group on the basis of dextran gel WD-G25. The introduction of hydroxypropyl group makes the filler hydrophilic and lipophilic at the same time, and it can use...
WD-LH20 is modified with hydroxypropyl group on the basis of dextran gel WD-G25. The introduction of hydroxypropyl group makes the filler hydrophilic and lipophilic at the same time, and it can use...
WD-LH20 is modified with hydroxypropyl group on the basis of dextran gel WD-G25. The introduction of hydroxypropyl group makes the filler hydrophilic and lipophilic at the same time, and it can use...
WH-HF3.1 is derived from traditional 3.1% agarose through multiple emulsification, rinsing, and cross-linking processes, enhancing its mechanical strength and classifying it as high-rigidity agaros...
WH-HF3.1 is derived from traditional 3.1% agarose through multiple emulsification, rinsing, and cross-linking processes, enhancing its mechanical strength and classifying it as high-rigidity agaros...
WH-HF3.1 is derived from traditional 3.1% agarose through multiple emulsification, rinsing, and cross-linking processes, enhancing its mechanical strength and classifying it as high-rigidity agaros...
WH-HF3.1 is derived from traditional 3.1% agarose through multiple emulsification, rinsing, and cross-linking processes, enhancing its mechanical strength and classifying it as high-rigidity agaros...
WH-HF3.1 is derived from traditional 3.1% agarose through multiple emulsification, rinsing, and cross-linking processes, enhancing its mechanical strength and classifying it as high-rigidity agaros...
WH-HF3.5 is derived from 3.5% agarose through multiple emulsification, rinsing, and cross-linking processes, enhancing its mechanical strength and classifying it as high-rigidity agarose. It serves...
WH-HF3.5 is derived from 3.5% agarose through multiple emulsification, rinsing, and cross-linking processes, enhancing its mechanical strength and classifying it as high-rigidity agarose. It serves...
WH-HF3.5 is derived from 3.5% agarose through multiple emulsification, rinsing, and cross-linking processes, enhancing its mechanical strength and classifying it as high-rigidity agarose. It serves...
