Construction production plant

for building materialssemi-automatic

Product Overview
Perlite plaster plant designed to feed, convey and dose perlite and additives into mixers continuously and accurately for plaster production. The system combines raw material storage, pneumatic conveying and dosing controls to optimize production flow and reduce material losses.

Importance of Perlite Plaster Plant

• Product quality and consistency: Accurate dosing ensures homogeneous perlite plaster batches and stable formulation.
• Productivity increase: Automated feeding and conveying accelerate throughput and enable continuous production.
• Operational cost reduction: Optimized material handling reduces waste and energy consumption.
• Environmental and safety control: Closed conveying limits dust emissions and spills for a safer working environment.

Products and Services Provided

• Raw material storage and silos: Tailored storage solutions and silo systems sized to plant capacity and layout.
• Pneumatic conveying systems: Vacuum and pressure pneumatic transport in closed lines to deliver perlite dust-free to production points.
• Dosing and feeding systems: High-precision feeders and weighers to meter perlite and additives to recipe requirements; PLC integration for recipe control.
• Process automation systems: Integrated control, monitoring and data logging to supervise storage, transport and dosing for process optimization.

Sectoral Applications

• Perlite plaster manufacturers — standardized and continuous production of perlite-based plasters.
• Construction and building materials — precise raw material management for consistent product performance.
• Automotive industry — dosing solutions for perlite-containing components in specialty manufacturing.
• Electrical and electronics — controlled dosing for perlite materials used in specific electronic assembly processes.

Technical features / specifications

• Automatic continuous feeding of raw materials and additives.
• High-precision dosing and weighing for batch-to-batch consistency.
• Closed pneumatic conveying (vacuum or pressure) to minimize dust and spills.
• Customizable silos and storage systems to match capacity and footprint constraints.
• Integrated automation with real-time monitoring and data analysis.
• Designed to optimize throughput, reduce waste and lower operating costs.