Flex thin-bed mortar

Power CX 4

The particularly flexible, fibre-reinforced thin-bed mortar codex Power CX 4 is universally applicable and suitable for all ceramic wall and floor coverings.

Thanks to its plastic coating, it meets the C2 TE S1 requirement of EN 12 004 and is suitable for mortar bed thicknesses up to 10 mm.

Data sheet

Consumption calculator

Applications

for fine and coarse ceramic tiles and slabs
for earthenware, stoneware, clinker
for stoneware in interior areas
for compound-suitable insulation and light building boards
on plasterboard
on tile carrier elements
on cement, lime cement and gypsum plaster
on concrete
on calcium sulphate and cementitious screeds
for underfloor heating
for interior and exterior use

Properties

especially long processing time
fiber-reinforced for increased stability
smooth consistency - very easy to process
low-slump, for the application of wall coverings
extended working time
suitable up to 10 mm mortar bed thickness
suitable for levelling small areas
high bonding adhesion
meets the requirement C2 TE S1 according to EN 12004
adhesive strength ≥ 1.0 N/m m²
low chromate content according to EU-VO 1907/2006 (REACH)
Highest quality level 4 according to DGNB criterion ENV 1.2 Risks for the local environment
EMICODE EC1 PLUS / very low-emission
for healthy construction

codex Power CX 4 is a very flexible, fibre-reinforced, thin-bed mortar with a particularly long working time.

Downloads

codex Power CX 4_GB

474 KB / PDF

474 KB

DoP_codex Power CX 4_(GB)

133 KB / PDF

133 KB

EC1_PLUS_Power_CX4_GB

263 KB / PDF

263 KB

Power_CX4_(GB)

203 KB / PDF

203 KB

Technical data

Pack type	paper bag
Pack size	25 kg
Shelf life	12 months
Color	light grey
Minimum working temperature	+ 5 °C up to + 25 °C
Ideal working temperatures	+ 10 °C up to + 25 °C
Water quantity required	approx. 0.36 litre/ kg approx. 9 litre/ 25 kg
Working time	approx. 5 hours^*
Set to foot traffic	after approx. 24 hours^*
Resilient	after approx. 72 hours^*
Ready for jointing	after approx. 24 hours^*
Final strength	after approx. 28 days^*
	*At 23 °C and 50% relative humidity.