I. [Product Description]
Mannose-polyethylene glycol-valeric acid, as an organic intermediate, has good chemical stability and reactivity. It shows significant value in the field of organic synthesis and can be used to construct complex organic molecular structures.

II. [Product Details]
【Appearance】 Solid powder.
【Stability】 Store under refrigeration and avoid repeated freezing and thawing.
【Solvent】 Water, chloroform, DMSO and other conventional organic solvents.
【Molecular Weight】 PEG: 2000, 3400, 5000. Other molecular weights can be customized.
【Storage Conditions】 Store sealed and dry at a low temperature below 4°C.
▪ Notes: ▶ To ensure product stability, please open the package for use only after constant temperature drying!

III. [Application Fields]
1. Used for the protection and transformation of functional groups in organic synthesis reactions.
2. In materials science, used to prepare polymer materials with specific properties.
3. As a raw material for the synthesis of surfactants.
4. Used for the modification and labeling of biomolecules.

Remarks: The products sold by our company are only for scientific research and cannot be used for human experiments or human treatment.

Chongqing Yusi Pharmaceutical Technology Co., Ltd. is based on an integrated business model of independent R & D-production-sales, providing professional scientific research reagents for university scientific research experiments. Compared with similar products on the market, our company's products have obvious price advantages. In addition, we also provide professional product customization services.

If you have other product needs, please contact us:
Contact Information:
Landline: 023-62795528
Customer Service Hotline: 18896157519 丨 QQ: 3354316092
                                           19923757617 丨 QQ: 3279537175

Recommendations for Similar Products:
1. Glucose-polyethylene glycol-caproic acid
2. Galactose-polyethylene glycol-heptanoic acid
3. Fructose-polyethylene glycol-caprylic acid
4. Lactose-polyethylene glycol-nonanoic acid
5. Maltose-polyethylene glycol-capric acid
6. Sucrose-polyethylene glycol-undecanoic acid
7. Xylose-polyethylene glycol-dodecanoic acid
8. Arabinose-polyethylene glycol-tridecanoic acid
9. Rhamnose-polyethylene glycol-tetradecanoic acid
10. Cellobiose-polyethylene glycol-pentadecanoic acid