After cutting and preparing the silica blocks, these products are transferred into the autoclave through specially designed rails. These rails are engineered to guide the blocks precisely and without any damage or misplacement into the autoclave. This transfer system plays a crucial role in maintaining the integrity and quality of the blocks, as the autoclave stage applies high temperature and pressure to develop the final strength and durability of the lightweight concrete blocks. The accuracy of block entry into the autoclave via these rails guarantees the production of high-quality products that comply with the latest construction industry standards.
The special rails for autoclave entry are designed to prevent vibration and unwanted movement of the blocks during transfer. This feature helps preserve dimensional accuracy and prevents cracking, thereby enhancing the final product quality.
The rail system at Silice Ara factory operates automatically using advanced technologies to ensure the blocks are transferred to the autoclave with high speed and precision. This not only accelerates the production process but also contributes to reducing energy waste and operational costs.
After precise cutting, the silica blocks are placed on the special rails and gently transferred into the autoclave for the curing process.
These tunnels apply high temperature and pressure, enhancing the strength and durability of silica blocks and ensuring the final product quality.
