In recent years, the Gaode factory has launched a series of self-developed products such as CLC foam concrete block making machine with pump hollow block making, cement foam brick machine, block cutter, foam brick equipment, and foam concrete equipment. Other products are always at the leading level in the industry. The CLC foam concrete block making machine with pump hollow block making have excellent performance.
The CLC foam concrete block making machine with pump hollow block making is a completely non-combustible material, with a fire resistance limit of up to 800°C and a thermal conductivity of 0.2W/N.K, which can meet the first-class fire protection requirements.
Water absorption performance
The internal pores of the CLC foam concrete block making machine with pump hollow block making are closed and independent spherical structures. After being immersed in water for 72 hours, the product can still float in the water, its penetration depth is only 6-8 cm, and the water absorption rate is less than 15%, which fully meets the requirements of lightweight wall materials.
Excellent thermal insulation performance
Since the thermal conductivity of cement foam bricks is only 0.212W/MK, its thermal insulation effect is 4 times that of clay bricks and 3 times that of concrete hollow bricks. Therefore, the living comfort of the house can be improved. It greatly reduces the operating time of the air conditioner and saves 30-50% of the power consumption. It is the preferred wall material for building energy saving.
Sound absorption and sound insulation performance
The porous structure of the CLC foam concrete block making machine with pump hollow block making has good sound absorption. Sound insulation provides people with a quiet and comfortable living environment. From the perspective of sound insulation performance, the sound insulation of the 120 mm thick wall is 46dB, the sound insulation of the 180 mm rear wall is 53dB, and the sound insulation of the 240 mm rear wall is 58dB, which can fully meet the sound insulation requirements of ordinary walls. .