Automatic Sand-Based AAC Block and Panel Producti | RFQ Sourcing Details

This automatic production line is designed for manufacturing autoclaved aerated concrete (AAC) blocks and panels. The stated process can handle sand or fly ash together with lime, cement, gypsum, and aluminum powder or paste.

Its production flow covers raw-material processing and storage, pouring and pre-curing, cutting, autoclaving, finished-product classification, palletizing, and packaging.

For AAC panel production, the described configuration can also incorporate steel-mesh fabrication, mesh-cage assembly, hanging, and frame circulation. The cutting section uses side, horizontal, and vertical cutting operations after the pre-cured body is removed from its mold.

Corner waste is removed and recycled within the described process. After marshalling, the cut bodies are transferred to autoclaves for pressure curing, then moved to the downstream separation, sorting, palletizing, packaging, and storage-yard handling stages. The line is specified as automatic and customizable.

Listed product formats include 6 m × 1.2 m × 0.6 m and 5.4 m × 1.2 m × 0.6 m, while total installed power is stated as 2,000–3,000 kW depending on configuration. The listing also states a 100–200-machine configuration range, CE certification, a one-year warranty, and availability of OEM and ODM services.

Project support is described as extending from planning and process engineering through equipment manufacturing, installation, commissioning, operator training, technical consulting, spare-parts supply, and after-sales assistance.

Existing AAC plants may also be evaluated for retrofit or modernization work involving productivity, product quality, automation, or energy-efficiency improvements. Process design and plant layout can be tailored around local raw materials, market requirements, and the buyer’s specified operating needs.

Before procurement, buyers should confirm the exact product mix, target capacity, raw-material test results, finished-product dimensions, automation boundary, utility loads, and equipment included in the quoted configuration. The stated power range should be converted into a site-specific electrical load schedule.

Buyers should also request a defined scope for civil works, autoclaves, boilers or other supporting utilities, environmental-control equipment, packaging equipment, installation supervision, commissioning tests, operator training, spare parts, and retrofit integration.

Certification scope, warranty exclusions, acceptance criteria, delivery schedule, and service response arrangements should be documented for the final project configuration.