Products >Tile & Natural Stone Laying >Smoothing Compound >SOLOPLAN® – FA

SOLOPLAN®-FA

Self levelling, Fiber Reinforced Floor Levelling Compound

Properties:

  • Fiber reinforced and low shrinkage
  • Very low emissions
  • Suitable for heated screeds
  • For interiors
  • For thicknesses from 3 to 20 mm, on mineral-based cementitious substrates up to 30 mm
  • Rapid hardening
  • Highly polymer modified
  • Self levelling
  • Class RWFC-550, according to EN 13892-7 after 16h

Areas of Application:

SOLOPLAN-FA is a powder based, highly modified factory blended mortar with reinforcing fibers, which minimizes cracks on wooden floors. SOLOPLAN-FA is used at thicknesses from 3 – 20 mm for smoothing, floating and levelling. The wooden floor levelling compound SOLOPLAN-FA is suitable for producing flat, absorbent installation surfaces e.g. for textile finishes, vinyl or cushion flooring, PVC designer flooring, linoleum, cork and tiles.

Storage:

Dry, 6 months in the original unopened packaging. Use opened packaging promptly.

Technical Data

  • Basis: special cement with mineral-based aggregates and additives
  • Color: grey
  • Pot Life: approx. 45 minutes
  • Classification: EN 13813 CTI-C30-F7
  • Application temp: min. +10°C floor, ideally +15°C to +25°C at relative humidity <75%
  • Foot traffic after* 1): approx. 3 hrs
  • Full service conditions after *1): approx. 24 hrs
  • Drying time *1) *2): approx. 1 day / 3 mm thickness with elastic, textile finishes and natural stone finishes
    approx. 8 hrs on mineral based substrates in combination with ceramic tiled finishes
    approx. 24 hrs on timber substrates in combination with ceramic tiled finishes
  • Reaction to fire: class E
  • Cleaning: with water whilst fresh
  • Consumption: approx 1.6 kg/m2/mm thickness

Product Details

Product Application:

Product Preparation

The substrate must be load-bearing conforming to loading requirements of DIN EN 1991 and in accordance with DIN 18365 and DIN 18352, must be sound, dry, free from cracks, clean and free from substances acting as a separating layer. Thoroughly mechanically remove friable layers, separating and laitance layers and similar by suitable measures e.g. planning, blast cleaning techniques or scrabbling.