Densidat di beton di skuma

densidat di beton di skuma ta e kantidat di agregado i skuma ku tin den un meskla di beton di skuma.

Tin vários manera diferente pa traha beton di foam, ku ta varia di usa un trùk di meskla kla pa produsí esaki den bo kas.

E manera mas komun ta pa usa un agente di skuma ku ta wòrdu mesklá ku material di base den un mikser di trùk. E meskla resultante ta wòrdu pomp despues dor di un mashin di skuma pa produsí e deseá densidat di beton di skuma.

Alternativamente, a method called dry injection is used to produce foam concrete from dry materials. This technique involves weighing the dry materials correctly in onboard silos and then feeding them into a series of static inline mixers, where they are mixed with a continual on board density monitor to ensure the blending process is correct.

In addition to the dry density, foam concrete has a wide range of physical properties that are dependent on the various admixtures, aggregate types and foaming agents. These include shrinkage, strength to weight ratio, fire resistance and thermal properties.

The mechanical properties of foam concrete are generally comparable with ordinary concrete. The compressive strength is typically greater than 0.2 N/mm2 and can reach up to 10 N/mm2 depending on the type of foaming agent used, the type of cementitious content and other supplementary cementitious materials. Di mes manera, the modulus of elasticity and flexural strength can be higher than those of ordinary concrete. These properties make foam concrete multi-functional and versatile, which makes it a valuable construction solution in many different applications.