DM130 - Names and Identifiers
DM130 - Physico-chemical Properties
Appearance | Particles |
Storage Condition | Room Temprature |
Use | chromatography |
DM130 - Introduction
DM130(DM130) is a polymer adsorption material with the characteristics of large pore size and high pore capacity. It is often used to separate and enrich target substances, such as proteins, polypeptides, oligonucleotides, etc.
DM130 resin has the following properties:
1. large pore size: DM130 resin pore size range between 50 to 3000 angstroms, so that it can effectively adsorb macromolecular substances.
2. High adsorption capacity: Due to its large pore capacity, DM130 resin can adsorb more target substances and improve the separation and enrichment efficiency.
3. Stability: DM130 resin has good stability in acid-base environment and can adapt to different process conditions.
DM130 resin is mainly used in the following applications:
1. biopharmaceuticals: used for protein purification, oligopeptide synthesis and oligonucleotide purification.
2. food and beverage industry: for the extraction and enrichment of food additives.
3. environmental monitoring: for the adsorption and detection of organic pollutants in water and soil.
4. Chemical production: catalyst fixation and catalyst recovery for organic chemical reactions.
DM130 resin preparation method:
The preparation of DM130 resin usually uses polymer crosslinking technology. Through suitable initiators and crosslinking agents, the monomer polymerization reaction occurs crosslinking reaction to form a resin with a large pore size structure.
Safety Information:
DM130 resin use process need to pay attention to the following safety matters:
1. avoid direct contact with skin and eyes, if there is contact should immediately rinse with plenty of water.
2. Wear protective gloves and goggles during use.
3. Avoid inhaling resin dust and keep good ventilation when working.
4. Comply with the relevant operating specifications and safe operating procedures for chemicals during use.
Last Update:2024-04-09 21:04:16