Microcement System Singapore

Microcement is a thin, hand-applied decorative surface system for suitable prepared floors, walls, bathrooms and selected built forms. Semiforêt approaches it as a complete layered system—from substrate assessment and preparation to the decorative finish and final protection—rather than as a decorative topcoat alone.

SEMIFORÊT / SINGAPORE

Why our Microcement is different 

SELECTED RAW MATERIALS

Clear flowing resin representing the German ultra-density resin component used in Semiforêt microcement.

German Ultra-Density Resin

French cement component used in the Semiforêt microcement system

French Cement

Biobased emulsion component used in the Semiforêt microcement system

Bio-based Emulsion

Semiforêt uses a carefully selected material system to balance texture, durability, and long-term performance.

This combination helps create a refined mineral finish with a calm visual character and reliable everyday usability.

DURABLE SEALER PROTECTION

Diagram of a microcement surface without protective sealer

No sealer

No effective protective layer on the finished surface.

Low-density sealer

Only forms a surface-level coating.

Performance may decline after repeated cleaning.

Maintenance is required more frequently.

Diagram of a microcement surface with a low-density sealer coating
Diagram of the Semiforêt microcement sealed finish protection system

Semiforêt sealed finish


Designed with higher crosslink density for improved surface stability.
The sealer is firmly bonded to the finished surface.
Designed to maintain performance under routine cleaning and daily residential use.

Semiforêt’s sealed finish system is developed to improve stain resistance, surface durability, and maintenance performance for everyday use.

Two-Component System Logic

  Traditional two-component microcement  

Diagram showing uneven water evaporation and shrinkage risk during traditional two-component microcement curing.
Water evaporation can become unstable during curing.
Uneven hardening may increase the risk of shrinkage and cracking.
Diagram showing elastic bonding in a traditional two-component microcement structure.
Conventional reactions rely mainly on elastic bonding.

Semiforêt® French two-component microcement

Diagram showing more stable water evaporation and even hardening in the Semiforêt two-component microcement system.
Water evaporation is designed to remain more stable during curing.
The cement hardens more evenly, helping reduce the risk of excessive shrinkage.
The system is designed to form a more stable crosslinked structure within the finish layer.
Semiforêt two-component microcement crosslinked structure diagram
Final performance depends on correct substrate preparation, system application, and site conditions

TECHNICAL EVIDENCE / MATERIAL ARCHIVE

Claims Should
Be Traceable.

01 / EVIDENCE

Material performance is more useful when the underlying evidence can be reviewed.

Selected third-party laboratory reports provide additional reference for Semiforêt microcement, covering physical performance, indoor-material testing and selected environmental characteristics.

01
Physical Performance Compressive strength, flexural strength, surface hardness and related material testing.
02
Indoor Material Testing Selected VOC, formaldehyde, mould-resistance and fire-performance test references.
03
Material Origin Selected biobased carbon testing and supporting material documentation.
View Technical Evidence