Features & Advantages of lightweight aac wall floor panel

1. Lightweight: Aerated concrete density is usually 400-900 kg/m3(according to the market),

which is 1/3 of clay block and 1/5 of common concrete.

2.Fireproof: Most of the major raw materials is inorganic materials, so it has good fire resistance,

and do not emit harmful gases when meet fire

3.Sound insulation: As the material inside has a large numbers of the pores and porous, which

has a good thermal insulation properties.

4.Thermal Insulation: Thermal conductivity is 0.9-0.22 W/(MK), which is 1/4 of clay bricks.

5.Anti-seismic: It can improve the two seismic than the brick level.

Mould

Descripion:

The block mold is a vessel for pouring concrete blocks. The mold consists of the mold frame, side plate (base plate), and clamping arm.

Optional Type:

Features:

The mold frame is formed by structural steel and steel plate, leading to a durable structure and high rotational sensitivity.

Both ends are equipped with an overturn shaft and sealing strip to prevent leakage of slurry.

The side plate is welded by structural steel and steel plate to ensure its high rigidity. In doing so, it is difficult to deform a mold after it has entered the curing autoclave.

The clamping arm includes the pinch roller, arm, and rotating shaft.

Production data:
-shifts/day :3shifts/day(7.5hours effective per shift)
-Cakes/day :122
-Production rate (cycle time) :5.5min/cake
Theoretical capacity :350 m³/day
Basic assumptions
-working days/year :300
-rising time :2hours
-autoclaving cycle : 12 hours (incl. loading/unloading)

Remarks:
The above mentioned theoretical capacity does not include possible production waste, broken material, reduction in net volume, etc.
This capacity is calculated on the basis that above mentioned rising and autoclaving times can be met and is considered at a 100% mould utilisation. These times are very depending on the quality of the raw materials and other conditions which are under the responsibility of the Purchaser. These times might also extend in case of increased future reinforced element production.