page_banner

Products

HEMC LH 660M

EipponCell® HEMC LH660M hydroxyethyl methyl cellulose is a versatile compound extensively utilized across various industries, including food, pharmaceuticals, daily chemical manufacturing, coatings, polymerization, and construction.     Its applications encompass dispersion suspension, thickening, emulsification, stabilization, and adhesive functions. 

In recent years, due to an identified gap within the domestic market, there has been a notable surge in enterprises investing in hydroxyethyl methylcellulose production projects.     These projects fall under the category of chemical ventures, characterized by intricate processes, substantial water consumption, a multitude of potential pollution factors, and a lack of comprehensive experience in pollution prevention and control.

Where to buy Cas HEMC LH 660M


Product Detail

Product Tags

Specification of HEMC LH 660M

Chemical name Hydroxyethyl Methyl Cellulose
Synonym Cellulose ether, 2-hydroxyethyl methyl cellulose, Cellulose, 2-hydroxyethyl methyl ether, Methyl hydroxyethyl cellulose, HEMC, MHEC
CAS number 9032-42-2
Brand EipponCell
Product Grade HEMC LH 660M
Solubility Water Soluble Cellulose ether
Physical form White to off-white cellulose powder
Moisture Max.6%
PH 4.0-8.0
Viscosity Brookfield 2% solution 24000-36000mPa.s
Viscosity NDJ 2% solution 48000-72000mPa.S
Ash content Max5.0%
Mesh size 99% pass 100mesh
HS code 39123900

Application of HEMC LH 660M

EipponCell® HEMC LH 660M, a type of cellulose ether, finds widespread application within the realm of dry mixed mortar. Dry mixed mortar, alternatively referred to as pre-mixed (dry) mortar, dry powder material, or dry mix, represents a partially prepared mixture of mortar devoid of mixing water. Cellulose ether boasts a range of exceptional properties, including thickening, emulsification, suspension, film formation, protective colloid action, moisture retention, and adhesion. These qualities position it as a crucial admixture in the domain of dry mixed mortar, albeit at a notably high cost.

Notably, EipponCell® HEMC LH 660M, serves to notably enhance the water retention capability of mortar. Even at lower dosages, it effectively mitigates mortar separation while significantly augmenting water retention rates. For instance, when introduced at a dosage of 0.1%, the water retention rate experiences an increase from 83% to 91%. Furthermore, at a water retention rate of 0.4%, the water retention percentage notably escalates to an impressive 98%.

Documents of HEMC LH 660M

Recommended HEMC for Building & Construction

sgfd (1)
sgfd (3)

Address

 Mayu Chemical Industry Park, Jinzhou City, Hebei, China

E-mail

sales@yibangchemical.com

Tel/Whatsapp

+86-311-8444 2166
+86 13785166166 (Whatsapp/Wechat)
+86 18631151166 (Whatsapp/Wechat)


  • Previous:
  • Next:

  • Write your message here and send it to us

    Latest information

    news

    news_img
    Methyl hydroxypropyl cellulose (HPMC) cellulose ether is one of the most important base materials used in mortar. It has good water retention, adhesion and thixotropic characteristics due to ...

    Why Leading Manufacturers Trust Kin...

    In the competitive world of construction materials, consistency and reliability are the cornerstones of success. For leading manufacturers producing tile adhesives, mortars, skim coats, or insulation systems, the choice of raw materials directly impacts both product performance and customer satis...

    Eco-Friendly Building Solutions wit...

    The construction industry is undergoing a major transformation, with sustainability becoming a top priority worldwide. As builders, manufacturers, and distributors look for ways to reduce environmental impact without compromising quality, Redispersible Polymer Powder (RDP) emerges as a key soluti...

    The Role of RDP in Reducing Shrinka...

    In cement-based construction materials, two common challenges often compromise performance: shrinkage and limited durability. Shrinkage can lead to cracking, poor bonding, and surface imperfections, while insufficient durability results in frequent repairs and reduced structural reliability. The ...