Here are some ways to improve the efficiency of cement pipe making machines:

Firstly, the influence of materials: The amount and quality of cement have a crucial effect. Appropriate cement dosage during batching can increase the strength and durability of cement pipes. However, excessive cement will cause the silicate to expand excessively during the hardening process, leading to cracks. When the cement dissolves too quickly and accumulates too much heat, the temperature of the finished product will rise sharply, causing significant internal stress in the cement pipe making machine, resulting in surface cracking of the cement pipe. Experiments show that when the cement dissolution temperature exceeds 70°C and the cement content per cubic meter of material exceeds 15% of the total weight, cracks are difficult to prevent, and they mostly occur during the settling period.

Secondly, manufacturing technology plays a crucial role: the water-cement ratio must be appropriate during batching to meet the technical requirements of construction. If the water-cement ratio is too high, the cement pipe will bleed during the settling period, causing the surface to soften and crack. Excess moisture evaporates from the inside and outside of the cement pipe during steam curing, further softening the surface, shrinking its volume, and causing cracks. These cracks are sparse, sometimes forming a soft, thin shell 3-4 mm thick on the surface, which will easily peel off and crumble with a gentle hammer blow.

The above describes methods to improve the efficiency of cement pipe making machines. We hope this information is helpful. For more information, please visit: www.hexiezhikong.com