Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Ashland LHB550C Cellulose Ether

Ashland LHB550C Cellulose Ether is a high-performance hydroxypropyl methylcellulose (HPMC) ether from Ashland’s LHB series, engineered for superior water retention, viscosity stability and workability in tile adhesives, plaster, and self-leveling compounds. It ensures consistent rheology, extended open time and enhanced green strength across diverse cementitious systems.
  • ashland lhb550c cellulose ether_735470ee
  • ashland lhb550c cellulose ether_735470ee

Features Of Ashland LHB550C Cellulose Ether

  1. High viscosity build and excellent pseudoplastic rheology for superior workability and sag resistance.

  2. Outstanding water retention performance, critical for extended open time in cementitious systems.

  3. Enhanced compatibility with common admixtures including superplasticizers and retarders.

  4. Consistent batch-to-batch performance ensured by Ashland’s stringent GMP-compliant manufacturing controls.

  5. Low foam generation during high-shear mixing, minimizing entrapped air in final formulations.

Typical Applications Of Ashland LHB550C Cellulose Ether

  1. Cement-based tile adhesives (C2TES, C2TE, C1T classifications per EN 12004).

  2. Exterior insulation finishing systems (EIFS) base coats and finish coats.

  3. Self-leveling underlayments (SLU) requiring controlled flow and edge stability.

  4. Repair mortars and grouts where extended working time and reduced cracking are essential.

  5. Decorative stucco and textured exterior renders.

Specifications Of Ashland LHB550C Cellulose Ether

Chemical TypeHydroxypropyl methylcellulose (HPMC)
Product FormFree-flowing white to off-white powder
AppearanceFine, homogeneous granular powder
Primary ApplicationsCementitious tile adhesives, EIFS, self-leveling compounds
Key FeaturesMedium viscosity grade, optimized water retention, low foam
BenefitsImproved open time, enhanced adhesion, reduced shrinkage cracking
pH (1% aqueous solution)6.0–8.0
Moisture Content (max)5.0 wt%


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