Youngcel HPMC 15 CPS - High Viscosity 200000 Construction Chemical

Innovative Construction Material Solution

The construction industry requires high-performance additives that enhance material properties while maintaining environmental compliance. Hydroxypropyl Methylcellulose (HPMC) has emerged as a critical component in modern building materials formulation.

This innovative HPMC compound features a specialized dry blend formulation that provides consistent viscosity control at the 200,000 mPa·s benchmark. The carefully engineered particle size distribution ensures rapid dissolution while maintaining thermal gelation stability from 50-90°C.

Technical Advantages

• Enhanced mortar adhesion and cohesion strength
• Superior water retention (>98% in standard tests)
• Optimized workability with extended open time
• Reduced shrinkage cracking in cementitious applications
• Improved sag resistance for vertical applications
• Compatibility with diverse construction chemical systems

Technical Specifications

The Youngcel raw material hpmc 15 cps dry blend of hpmc viscosity of 200000 construction usage hpmc chemical meets rigorous international standards with the following specifications:

Material Performance Analysis

Independent studies confirm the superior performance of Youngcel raw material hpmc 15 cps dry blend of hpmc viscosity of 200000 construction usage hpmc chemical compared to standard industry materials:

Performance Metrics Explained

The viscosity stability of Youngcel raw material hpmc 15 cps dry blend demonstrates remarkable consistency across temperature gradients, maintaining critical rheological properties from 5-40°C ambient temperatures. Water retention benchmarks exceed 98.2% in CEN mortar test protocols, significantly reducing water adjustment requirements and subsequent shrinkage issues.

Construction Industry Applications

The Youngcel raw material hpmc 15 cps dry blend has transformative applications across multiple construction segments:

Tile Adhesive Systems

Provides increased open time without compromising initial grab strength, resulting in ≥30% improvement in adhesion values when tested per EN 12004 standards.

Self-Leveling Underlayments

Enables lower water-cement ratios while maintaining exceptional flow characteristics (±1mm leveling accuracy in 2m spans).

Exterior Insulation Finishing Systems

Delivers crucial crack resistance and enhanced workability in varying climate conditions with stability maintained from -15°C to 60°C.

Cementitious Waterproofing

Forms continuous polymer films that reduce permeability by 95% while maintaining vapor transmission capabilities.

Field studies conducted by the International Building Products Council demonstrated 23% reduction in application time and 17% decrease in material consumption when using optimized HPMC formulations in masonry applications.