Carfil H10H

INCI Name: Polyurethane-10Carfil® H10H is a waterborne polyurethane dispersion. When incorporated into shampoo formulations, it delivers excellent volumizing effects with simple processing, and is especially suitable for transparent formula systems. After application, it boosts hair volume, strengthens and softens hair roots for a fuller look, while maintaining smooth hair texture.Biocide content: 10000 ppm 1,2-Hexanediol. Attention shall be paid to the deactivation effect of other formula components and pH value on biocides during use.

 

 

 

*The above data only represent typical test results and shall not be deemed official specifications. Refer to the corresponding Certificate of Analysis (COA) for formal specifications.

 

Store in a cool, dry and shaded environment with intact packaging; maintain storage temperature between 5°C and 35°C. The shelf life of this product is twelve months from the production date. A performance evaluation is recommended prior to use if the shelf life expires. Strictly protect the product against freezing. After opening the package, filter the material appropriately before use and consume it as soon as possible.

 

Wanhua Chemical Group Co., Ltd. recommends all customers conduct safe and proper handling of this product in accordance with detailed information specified in the Material Safety Data Sheet (MSDS). We also advise customers to contact suppliers of other raw materials in our recommended formulations to confirm their product characteristics and compatibility.We believe all suggestions and data provided herein are true and reliable. However, all information contained in this Technical Data Sheet regarding product characteristics, applications, quality, safety, product specifications, merchantability and suitability for specific purposes is for reference only. We provide no warranties, either express or implied.No content presented herein shall be interpreted as a license to utilize patented technology, nor as an inducement to implement patented technology without authorization from relevant patent owners.