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HEC 300C

Hydroxyethyl cellulose is a non-ionic water-soluble polymer synthesized from natural macromolecular material cellulose through a series of chemical modifications. It is a yellowish or white , odorless and tasteless powder material.

Keywords:

Hydroxyethyl cellulose(HEC)

Daily chemical cellulose solution company

Description

Hydroxyethyl cellulose is a non-ionic water-soluble polymer synthesized from natural macromolecular material cellulose through a series of chemical modifications. It is a yellowish or white , odorless and tasteless powder material.

Henan Jinshuo Technology Co., Ltd.

Specifications

Viscosity

Appearance

Moisture  

Ash  

pH

(1%Solution)

Viscosity range 
 (1%), mpa.s

Viscosity range 
 (2%), mpa.s

Rotornumber

Revolution 
rpm

HEC 300C

/

150~450

2

30

White or yellowish, odorless and tasteless powder material.

5.0%

5.0%

6.0~8.5

Attention: The above viscosity values are all obtained using LVBrookfield Viscometer at 25℃ .

 

From a manufacturing perspective, incorporating a reliable Daily chemical cellulose solution can lead to improved process efficiency. Many modern versions of this solution are engineered for easier dispersion and faster hydration, which can reduce mixing times and lower energy consumption during production. Their good compatibility with a broad range of surfactants, salts, and other ingredients commonly found in daily chemical formulations minimizes the risk of batch failures or inconsistencies. This reliability helps streamline production workflows, contributing to more predictable manufacturing outcomes and potential cost savings over time.

Aligning with the growing global demand for sustainable and mild ingredients, the Daily chemical cellulose solution presents a compelling natural origin story. As a derivative of cellulose, the most abundant organic polymer on Earth, it is perceived as a more natural alternative to fully synthetic thickeners and film-formers. This aligns brand formulations with the "clean" and "green" beauty trends. Moreover, its gentle nature makes it suitable for formulations targeting sensitive skin, including those for babies and individuals with dermatological concerns. The use of a Daily chemical cellulose solution can therefore be a strategic step towards creating milder, more environmentally conscious products that resonate with a modern audience.

Application Properties


High thickening efficiency with a wide range of viscosity grades, achieving any desired thickening efficiency.

Excellent compatibility, miscible with most inorganic salts and a wide range of gums and resins.

Anti-biodegradation HEC products have excellent stability, ensuring extended shelf life during paint storage.

Good protective colloid properties, preventing flocculation of solid particles in coatings.

Low insoluble matter content, clear and transparent aqueous solution.

Stable viscosity reproducibility.

Anti-biodegradation performance


Under enzymatic action, HEC undergoes degradation, leading to viscosity reduction. Using high-performance, Anti-biodegradation HEC minimizes viscosity loss.

Anti-biodegradation performance

The solution properties


pH value influences the hydr ation in

pH value influences the hydr ation in

The hydration time of HEC is defined as the period from initial wetting to the point where the solution starts to become viscous. The hydration time is adjustable to meet specific requirements, with a typical range of 4–25 minutes. It is significantly affected by pH.
Brookfiel Viscosity and shear rate

Brookfiel Viscosity and shear rate

Under actual industrial conditions, shear rate is a critical factor in determining the HEC dosage required to achieve the target viscosity. Generally, the higher the shear rate, the lower the viscosity.
Concentration influences the thickening efect of HEC

Concentration influences the thickening efect of HEC

The most important property of HEC is its ability to act as a thickener, increasing the viscosity of liquids, with its thickening efficiency being concentration-dependent (shown below). Additionally, the effect of viscosity grades on thickening can be clearly observed; under constant other parameters, HEC viscosity rises with higher grades.

Related products

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Cellulose Expert

Hydroxyethyl Cellulose(HEC) is a business unit that holds the key to the future

CONTACT INFORMATION →

Copyright © Henan Jinshuo Technology Co., Ltd.

Business license

Email: tracy@hnjshec.com
Phone/ Whatsapp: +86-17634352333
Address: No. 9, East Mushan Avenue, Lulou Township, Shancheng District,
Hebi City, Henan Province,P.R.CHINA

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