High-Performance Chemical For Your Application
PRODUCTS
Availability: | |
---|---|
Quantity: | |
PDF Export | |
Product Name | Alkyl polyglucosides 0810 /APG 0810 |
CAS NO. | 68515-73-1 |
Molecular Formula | C16H32O6 |
Structural Formula | |
Molecular Weight | 320.22 |
Appearance | colorless, pale yellow or dark brown liquid (adjust as needed) |
Canbon No. | 8-10 |
Solid Content | ≥70% |
Viscosity 20℃ | 2000 min |
Residual Alcohol | ≤1.0% |
Ash | ≤3.0% |
PH Value | 11.5-12.5 |
Application | This product is a kind of green surfactant. It can be used as the main raw materials of daily chemical industry such as shampoo, shower gel, facial cleanser, washing liquid, hand washing liquid, tableware washing liquid,vegetable and fruit cleaning agent, etc. It is also used in soap powder, phosphate free detergent, phosphate free detergent and other synthetic detergents. In addition, it is widely used in pesticide emulsifier, dispersant, synergist of insecticide and herbicide. For example, it is used in glyphosate additive. |
Our APG 0810 is synthesized from renewable natural glucose (derived from corn starch) and fatty alcohols. The resulting molecule contains 6 bio-based carbon atoms from glucose and approximately 9 carbon atoms from the fatty alcohol component, yielding a BRC ratio of 100%.
This product demonstrates exceptional environmental compatibility with complete biodegradability exceeding 99.4% within 28 days, significantly surpassing OECD threshold requirements for ready biodegradability classification.
Anhui Royal Chemical Co., Ltd. offers consistent, high-quality APG 0810 with competitive pricing and reliable global supply chain logistics. Our product meets international standards for biodegradability and performance, making it ideal for formulators seeking eco-friendly, high-performance surfactants for premium applications.
For samples, technical documentation, or custom specifications, contact our technical team today.
Product Name | Alkyl polyglucosides 0810 /APG 0810 |
CAS NO. | 68515-73-1 |
Molecular Formula | C16H32O6 |
Structural Formula | |
Molecular Weight | 320.22 |
Appearance | colorless, pale yellow or dark brown liquid (adjust as needed) |
Canbon No. | 8-10 |
Solid Content | ≥70% |
Viscosity 20℃ | 2000 min |
Residual Alcohol | ≤1.0% |
Ash | ≤3.0% |
PH Value | 11.5-12.5 |
Application | This product is a kind of green surfactant. It can be used as the main raw materials of daily chemical industry such as shampoo, shower gel, facial cleanser, washing liquid, hand washing liquid, tableware washing liquid,vegetable and fruit cleaning agent, etc. It is also used in soap powder, phosphate free detergent, phosphate free detergent and other synthetic detergents. In addition, it is widely used in pesticide emulsifier, dispersant, synergist of insecticide and herbicide. For example, it is used in glyphosate additive. |
Our APG 0810 is synthesized from renewable natural glucose (derived from corn starch) and fatty alcohols. The resulting molecule contains 6 bio-based carbon atoms from glucose and approximately 9 carbon atoms from the fatty alcohol component, yielding a BRC ratio of 100%.
This product demonstrates exceptional environmental compatibility with complete biodegradability exceeding 99.4% within 28 days, significantly surpassing OECD threshold requirements for ready biodegradability classification.
Anhui Royal Chemical Co., Ltd. offers consistent, high-quality APG 0810 with competitive pricing and reliable global supply chain logistics. Our product meets international standards for biodegradability and performance, making it ideal for formulators seeking eco-friendly, high-performance surfactants for premium applications.
For samples, technical documentation, or custom specifications, contact our technical team today.
Product inquiry:
inquiry@royal-chem.com
+86 25 86655873
+86 25 52279193
Complaint & suggestion:
suggestion@royal-chem.com
Logistics:
doc@royal-chem.com
Resume:
summer.liu@royal-chem.com
Copyrights ©2021 Anhui Royal Chemical Co., Ltd., All Rights Reserved. Technology by leadong | Sitemap 皖ICP备12014668号-1