New fine filler Emcefix floor
Press release

New fine filler Emcefix floor

Emcefix floor is MC-Bauchemie's new cement-bound fine filler for fast yet long-lasting cosmetic refurbishment and repair of screed and concrete floors.

New fine filler Emcefix floor

6 Sep 2019

Emcefix floor is MC-Bauchemie's new cement-bound fine filler for fast yet long-lasting cosmetic refurbishment and repair of screed and concrete floors. This new cosmetic and repair filler from MC-Bauchemie is ready to use after simply mixing it with water.

The range of application of the new fine filler of MC-Bauchemie Emcefix floor is broad. It is suitable for both small blemishes and major patching repairs on screed and concrete floors in as well as for the repair of steps, stairs, landings and plinths.  <br>© MC-Bauchemie 2026

The range of application of the new fine filler of MC-Bauchemie Emcefix floor is broad. It is suitable for both small blemishes and major patching repairs on screed and concrete floors in as well as for the repair of steps, stairs, landings and plinths. MC-Bauchemie 2026

Yet its range of application is broad indeed: It is suitable for both small blemishes and major patching repairs on screed and concrete floors in layer thicknesses from 1 mm to 10 mm, as well as for the repair of steps, stairs, landings and plinths, spalling, cavities and blowholes in one pass with a layer thickness of up to 30 mm. Wall areas too can be filled and patched over large areas with this product. Given its elevated mechanical properties – compressive strength >35 N/mm², flexural strength >6 N/mm² – it can also be used without reservation for surfaces accessible to foot or indeed forklift traffic.

Emcefix floor is easy to apply and simple to smooth. The fine filler hardens crack-free and extensively stress-free, enabling walk-on access of the repaired surfaces after just six hours*. Emcefix floor is currently available in concrete grey, with stone grey, medium grey and pale grey shortly to be included in the range.

* following application at 20 °C and 50 % relative humidity

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