Yixin Machinery Professional Manufacture High Efficiency Automatic Internal Wall Blcok Making Machine QT18-15

The cast tamper head for Yixin Machinery QT18-15 automatic internal wall block making machine is engineered for high-efficiency compaction and consistent block forming. Made of high-strength cast material, it delivers stable pressure and synchronized vibration to ensure uniform density, accurate dimensions, and enhanced structural strength for every block. It supports fast molding cycles, reduces material waste, and improves surface smoothness. With robust wear resistance and long service life, it maintains stable performance under continuous heavy-duty operation, perfectly matching the automatic production line to boost output and ensure high-quality internal wall blocks. 

The guiding system of Yixin Machinery QT18-18 Automatic Internal Wall Block Making Machine is designed for stable, precise and long‑lasting operation. It adopts heavy‑duty guide columns and extra‑long guide sleeves to ensure accurate vertical movement of the press head and mold frame. With high‑strength structural components and self‑lubricating design, it reduces friction and wear, maintaining consistent positioning accuracy under long‑term heavy load. This system effectively absorbs vibration, minimizes deflection, and supports uniform pressing and demolding. It improves block dimensional accuracy, surface quality and production stability, while lowering maintenance needs and extending service life for reliable high‑efficiency manufacturing. 

The stirring teeth for Yixin Machinery QT18-18 high-efficiency automatic internal wall block making machine are core wear parts designed for continuous concrete mixing. They evenly stir cement, sand, gravel, fly ash and additives to ensure uniform material consistency, supporting stable feeding and high-density block forming. Suitable for mass production of internal wall blocks in construction material factories, they feature strong wear resistance, stable operation and low maintenance. They adapt to continuous heavy-duty working conditions, improve mixing efficiency and block quality, and help boost output for large‑scale block production lines.