Sharp Hydraulics

18 Brick Fly Ash Machines

Here's a description of an 18 Brick Per Stroke Fly Ash Brick Machine under the Sharp Brand:

Overview

The Sharp Brand 18 Brick Per Stroke Fly Ash Brick Machine is designed to produce high-quality fly ash bricks efficiently. This machine is ideal for large-scale construction projects, offering a significant production capacity and advanced features for consistent output.

Key Features
  • Production Capacity:

    • Per Stroke: 18 bricks

    • Per Hour: Approximately 3,000 bricks (assuming 200 cycles per hour)

    • Per Day: Up to 24,000 bricks (assuming an 8-hour shift)

  • Automation Grade: Fully Automatic

  • Brick Type: Solid, and Special Shapes

  • Raw Materials: Fly Ash, Cement, Lime-Gypsum, Stone Dust, River Sand, Construction Waste

  • Power Requirements: Three-phase electric power, approximately 50-75 HP

  • Hydraulic Pressing Capacity: 225-280 tons( 2 Main cylinders)

  • Control System: PLC-based for precise control and monitoring

  • Material Feeding: Automatic feeding system for consistent material distribution

  • Mold Lifting: Automatic mold lifting frame for efficient brick ejection

Technical Specifications
  • Machine Dimensions: Length 60 ft. x Width 40 ft. x Height 20 ft. (approximate)

  • Total Area Required: Approximately 24,000 to 28,000 square feet

  • Cycle Time: Approximately 20-25 seconds per stroke

  • Man Power 5 - 6 Persons

Benefits
  • High Production Efficiency: Ideal for large construction projects requiring a high volume of bricks.

  • Consistent Quality: Advanced PLC control ensures uniform brick quality.

  • Low Maintenance: Durable components and easy maintenance design.

Applications
  • Construction Industry: Ideal for building residential, commercial, and industrial structures.

  • Infrastructure Projects: Suitable for road construction, bridges, and other infrastructure developments.

This machine is designed to meet the needs of industrial leaders seeking high-quality, mass-produced fly ash bricks while minimizing environmental impact by utilizing waste materials.