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Methyl Hydroxyethyl Cellulose(MHEC)

Hydroxyethyl Methyl Cellulose (MHEC) is a high-performance, non-ionic cellulose ether derived from natural cellulose through advanced etherification processes. Renowned for its superior water retention, thickening, and film-forming properties, MHEC enhances workability, adhesion, and stability in various applications. With excellent viscosity stability, anti-sagging effects, and mildew resistance, it ensures consistent performance even in challenging conditions like high temperatures or humidity.

Appearance : White Powder
Viscosity : 400-200,000 mPa.s
Gel Temperature : 60–90℃
CAS No. : 9032-42-2
HS Code : 39123900

Methyl Hydroxyethyl Cellulose (MHEC) – High-Performance Cellulose Ether for Construction & Coatings

Methyl Hydroxyethyl Cellulose (MHEC) is a non-ionic cellulose ether widely used in dry mix mortar and construction chemical applications. MHEC provides excellent water retention, workability, thickening performance, and application stability in cement- and gypsum-based systems.

Compared with standard cellulose ethers, construction-grade MHEC offers superior thermal stability and improved performance under hot and humid construction conditions, making it especially suitable for tropical climate applications.

Hebei InnoNew Material Technology Co., Ltd. supplies high-quality MHEC products for global construction material manufacturers, including customers in Southeast Asia, the Middle East, Africa, and South America.

Main Features of InnoNew MHEC

Excellent Water Retention

MHEC effectively reduces rapid water loss in mortar systems, improving cement hydration and enhancing bonding performance.

High Gel Temperature Stability

Our MHEC grades are optimized for stable performance in hot-weather construction environments and tropical climate applications.

Smooth Workability

MHEC improves troweling performance, application smoothness, and worker efficiency during mortar installation.

Improved Open Time

The product helps extend open time and improves tile adjustment capability during construction.

Excellent Anti-Slip Performance

MHEC enhances sag resistance and improves the stability of vertical tile applications.

Specification:

Property Specification
Appearance White or off-white powder
Viscosity 400 – 200,000 mPa·s (customizable)
Methoxy Content 19% – 30%
Hydroxyethyl Content 4% – 12%
Moisture Content ≤ 5%
pH Value 6.0 – 8.5
Particle Size ≥ 95% pass 80 mesh

Customized MHEC Solutions

Different mortar systems require different cellulose ether performance profiles.

InnoNew provides customized MHEC grades based on:

  • Local climate conditions
  • Cement compatibility
  • Sand quality
  • Construction temperature
  • Open time requirements
  • Workability preferences

Our technical team supports formulation optimization for tropical climate construction applications across Southeast Asia and other high-temperature regions.

Common Grade Viscosity Range (2% Solution, Brookfield) Typical Applications
MHEC 400 300–500 cps Paints, Latex Paints
MHEC 4000 3,500–5,500 cps Self-Leveling Compounds, Water-Based Coatings
MHEC 6000 5,000–7,000 cps Gypsum Plaster, Wall Putty
MHEC 20000 18,000–22,000 cps Cement Rendering Mortar, Plaster Mortar
MHEC 60000 48,000–72,000 cps Tile Adhesive, EIFS / ETICS
MHEC 100000 80,000–120,000 cps Premium Tile Adhesive
MHEC 150000 120,000–180,000 cps Large Format Tile Adhesive, Heavy Tile Adhesive
MHEC 200000 160,000–240,000 cps High Water Retention & Anti-Sag Mortar Systems

Application of MHEC:

Tile Adhesive

Used in:

  • C1 Tile Adhesive
  • C2 Tile Adhesive
  • Porcelain Tile Adhesive
  • Large Format Tile Adhesive

Benefits:

  • Extended open time
  • Improved adhesion
  • Better anti-slip performance
  • Stable workability in hot climates

Wall Putty & Skim Coat

MHEC improves:

  • Troweling smoothness
  • Surface finishing
  • Crack resistance
  • Easy sanding performance

Cement Render & Plaster

Provides:

  • Improved water retention
  • Better pumpability
  • Enhanced consistency
  • Reduced sagging

EIFS / ETICS Systems

Suitable for thermal insulation mortar systems requiring stable rheology and strong water retention.

Gypsum-Based Products

MHEC improves processing stability and application performance in gypsum plaster and gypsum fillers.

MHEC for Oil drilling

Improves viscosity and flow behavior of drilling fluids
Reduces fluid loss into formations
Enhances wellbore stability
Provides lubrication during drilling

Package & Storage

25kg/bag, 14MT/20’FCL, keep in a cool, dry place away from moisture

Why Choose InnoNew MHEC

Stable viscosity control system
Customized grades for different applications
Strong R&D and Technical Support
Competitive pricing with consistant quality

Hebei InnoNew Material Technology Co., Ltd. focuses on high-performance construction chemical additives for dry mix mortar industries worldwide.

FAQ:

Q1: What is MHEC used for?
MHEC is mainly used as a thickener, water retention agent, and binder in tile adhesives, mortar, and wall putty.
Q2: What is the difference between MHEC and HPMC? 
MHEC generally provides better thermal stability and smoother workability in hot and humid construction environments.
Q3: Can you provide customized viscosity grades?
Yes, InnoNew provide customized MHEC viscosity based on your formulation  requirements.
Q4: Is MHEC suitable for tropical climates?
Yes, High gel temperature MHEC performs well in tropical climate conditions where temperature and humidity can affect mortar stability.
Q5: Can MHEC improve open time in tile adhesive? 
Yes. Its superior water retention slows water loss and cement hydration, effectively prolonging open time for easier tiling adjustment.
Q6: Is MHEC suitable for C2 tile adhesive formulations?
Yes. It meets all performance needs of C2 grade tile adhesives, optimizing workability, anti-slip property and bonding strength perfectly.

We offer formulation support and one-stop solutions, contact us for samples or quotes
📩 Email: chris@innonew-material.com
📱 WhatsApp: +86 17736063980

Appearance

White Powder

Viscosity

400-200,000 mPa.s

Gel Temperature

60–90℃

CAS No.

9032-42-2

HS Code

39123900

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