FOAMING AGENT ISOCEM S/X

Isocem S/X is a high performance foaming agent, formulated to meet the most demanding needs of Isoltech High-Tech technology. The name Isocem S/X not only defines the high performance foaming agent for cellular concrete, but also the technology which has the best performance obtainable from a cellular concrete today.

TECHNICAL SPECIFICATIONS

Isocem S/X is a foaming agent for cellular concrete developed by Isoltech. Its fundamental physical properties are

PHYSICAL PROPERTIES	ISOCEM S/X
Appearance	liquid
Colour	light brown
Specific Weight	1,016 ± 0,01 gr/litre
PH	7
Freezing Point	-7° C

The foaming agent for the production of ISOCEM S/X cellular concrete is suitable for applications such as lightweight blocks, cast-in-place concrete, and prefabricated panels.
The foaming agent is sold in 1000 kg tanks or in 200 kg drums.

PHYSICAL PROPERTIES OF ISOCEM S/X BASED CELLULAR CONCRETE

Isocem S/X gives the best strengths, especially at the beginning, to medium density cellular concrete mixes:

COMPOSIZIONE

DENSITY	CONCRETE	AGGREGATES	WATER	ISOCEM S/X	INCREMENT L – P
500 kg/m3	250 kg	150 kg	95 litri	1 kg	(*)-(*)
570 kg/m3	310 kg	150 kg	100 litres	0,95 kg	(*)-(*)
600 kg/m3	310 kg	210 kg	110 litres	0,93 kg	(*)-(*)
700 kg/m3	340 kg	290 kg	110 litres	0,90 kg	(*)-(*)
800 kg/m3	350 kg	370 kg	120 litres	0,80 kg	(*)-(*)
900 kg/m3	350 kg	470 kg	140 litres	0,75 kg	(*)-(*)

(*) Depending on the formulations.

PHYSICAL PROPERTIES OF ISOCEM S/X BASED CELLULAR CONCRETE

Mechanical strength, thermal and acoustic insulation values correspond to these.

RESISTENZA MECCANICAMECHANICAL STRENGTH

DENSITY	MECHANICAL STRENGHT
500 kg/m3	1,7 N/mm2
600 kg/m3	3 N/mm2
700 kg/m3	4 N/mm2
800 kg/m3	4,8 N/mm2
900 kg/m3	5,7 N/mm2
1000 kg/m3	6,6 N/mm2
1100 kg/m3	7,7 N/mm2
1200 kg/m3	11 N/mm2

THERMAL INSULATION

DENSITY	INSULATION
500 kg/m3	0,11 kcal/m2/hour/°C
570 kg/m3	0,117 kcal/m2/hour/°C
600 kg/m3	0,12 kcal/m2/hour/°C
700 kg/m3	0,21 kcal/m2/hour/°C
800 kg/m3	0,24 kcal/m2/hour/°C
900 kg/m3	0,28 kcal/m2/hour/°C
1000 kg/m3	0,31 kcal/m2/hour/°C
1200 kg/m3	0,38 kcal/m2/hour/°C