The research includes making mixtures of cellular concrete (thermostone) waste with different percentages of waste glass and evolution the behavior of some mechanical and physical properties of the composite materials for glass and thermostat waste. The properties (porosity, absorption, density, compression, and hardness) were measured on two types of waste thermostone samples, first type without the addition of glass and the second with the addition of glass (10 , 20, 30)% by weight of thermostone waste.
The results show that both of porosity and absorption of thermostat waste powder are decreasing
with increasing of a glass addition percent, where porosity decrease from 63.38% to 28.74% and
absorbs 46.88% to 16.78%. Density, compression and hardness were increased with increasing
of glass addition percent, where density increased from 1.351 to 1.712, compression from 3.43 to
4.88 and hardness from 22.7 to 99.7.