Application Solution

Cement-Based Self-Leveling Compound

Performance Priorities

Target performance for this application

Explore the functional requirements that guide material selection, product matching, and application testing.

Flowability

High flowability allows the compound to spread easily under its own weight and form a level surface with minimal manual assistance.

Flow Retention

Good flow retention provides sufficient time for pouring, spreading and connecting adjacent batches without visible joints or ridges.

Segregation Resistance

Proper stability prevents water separation and particle settlement while maintaining the required self-leveling performance.

Water Retention

Controlled water retention supports complete cement hydration and reduces rapid moisture loss to absorbent substrates.

Adhesion

Strong adhesion ensures reliable bonding between the self-leveling layer and the prepared substrate, reducing hollowing and delamination.

Shrinkage and Crack Resistance

Low shrinkage and improved crack resistance help maintain a continuous, durable floor surface during drying and curing.

Air Release

Efficient air release reduces bubbles, pinholes and surface craters, producing a denser and smoother finished floor.

Surface Smoothness

Good leveling and finishing properties minimize waves, ridges and connection marks before the final floor covering is installed.

Early Strength

Rapid early-strength development allows earlier foot traffic, grinding and installation of subsequent flooring materials.

Setting Time Control

Balanced setting time provides adequate working time while ensuring timely hardening and efficient construction progress.

Problem Solving

Common application challenges

Open each topic to understand common issues and the considerations behind a more stable application result.

Poor Flowability

The mixed compound does not spread freely across the floor and requires excessive manual leveling, resulting in an uneven surface.

Rapid Flow Loss

The material loses fluidity quickly after mixing, leaving insufficient time for pouring, spreading and connecting adjacent batches.

Segregation and Bleeding

Water separates on the surface while sand or cement particles settle, causing an uneven composition and reduced surface strength.

Cracking and Shrinkage

Cracks develop during drying or curing due to excessive shrinkage, incorrect water dosage or unsuitable application thickness.

Pinholes and Air Bubbles

Small holes, bubbles or craters remain on the finished surface because trapped air is not released effectively.

Poor Adhesion

The self-leveling layer does not bond firmly to the substrate, resulting in hollow areas, peeling or delamination.

Uneven Surface

Visible waves, ridges, height differences or connection marks remain after application, preventing a smooth and level floor.

Low Early Strength

The surface remains soft or fragile after curing and may be damaged during walking, grinding or subsequent flooring installation.

Surface Powdering

The cured surface becomes dusty or weak, often due to excessive water, segregation or incomplete cement hydration.

Inconsistent Setting Time

Setting time varies between batches or changes significantly with temperature and raw-material fluctuations, making construction difficult to control.

Selected Product Solutions

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