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# 4 Cavity Semi-Automatic Fly Ash Brick Making Machine ## High-Efficiency 4 Cavity Hydraulic Fly Ash Brick Making Machine Our **4 Cavity Semi-Automatic Fly Ash Brick Making Machine** is designed to deliver high production output, excellent brick quality, and reliable performance for modern brick manufacturing units. Equipped with a powerful hydraulic system and a heavy-duty steel frame, this machine produces **four high-strength fly ash bricks per cycle**, making it an ideal solution for medium to large-scale production. The machine combines manual material feeding with hydraulic pressing, ensuring uniform brick density, accurate dimensions, and superior compressive strength. Its robust design, energy-efficient operation, and low maintenance requirements make it a cost-effective investment for entrepreneurs and established manufacturers alike. ## Key Features * Produces **4 fly ash bricks per cycle** * Heavy-duty hydraulic pressing system for maximum compaction * Strong mild steel body with durable construction * Semi-automatic operation for easy handling * High production efficiency with consistent brick quality * Uniform brick size and smooth surface finish * Interchangeable mould system for different brick sizes * Low power consumption and minimal maintenance * User-friendly control panel * Long service life with reliable performance ## Technical Specifications | Specification | Details | | ------------------- | -------------------------------------------------------------------------------------- | | Machine Type | Semi-Automatic Hydraulic Fly Ash Brick Making Machine | | Cavity | 4 Bricks Per Stroke | | Automation Grade | Semi-Automatic | | Production Capacity | Up to 1,000–1,400 Bricks Per Hour (depending on raw materials and operator efficiency) | | Hydraulic System | High-Pressure Hydraulic Press | | Motor Power | 7.5–10 HP (Model Dependent) | | Voltage | 415V, 3 Phase, 50 Hz | | Frame Material | Heavy-Duty Mild Steel | | Mould Type | Interchangeable Steel Moulds | | Brick Size | Standard Fly Ash Brick Sizes (Custom Sizes Available) | | Operation | Manual Feeding with Hydraulic Pressing | | Maintenance | Low Maintenance | | Installation | Easy Installation with Operator Training | **Note:** Production capacity and machine specifications may vary depending on machine configuration, raw material quality, and operating conditions. ## Raw Materials Used The machine is suitable for manufacturing fly ash bricks using: * Fly Ash * Stone Dust * River Sand or Manufactured Sand (M-Sand) * Cement * Lime * Gypsum The raw materials are thoroughly mixed before being fed into the mould, ensuring strong, durable, and eco-friendly bricks. ## Advantages * Higher production compared to 2-cavity machines * Produces dense and high-strength bricks * Uniform size and accurate dimensions * Excellent surface finish with sharp edges * Lower labor requirements * Reduced production cost per brick * Energy-efficient hydraulic system * Long machine life and dependable performance * Easy operation and maintenance * Suitable for continuous commercial production ## Applications Bricks manufactured using this machine are ideal for: * Residential Construction * Commercial Buildings * Industrial Projects * Schools and Educational Institutions * Hospitals * Government Infrastructure * Apartments and Housing Projects * Boundary Walls * Warehouses * Factory Buildings ## Why Choose Our 4 Cavity Semi-Automatic Fly Ash Brick Making Machine? Our machines are manufactured using high-quality components and advanced engineering practices to ensure superior performance and durability. Each machine is tested for quality, hydraulic efficiency, and production accuracy before delivery. We also provide installation support, operator training, spare parts, technical guidance, and reliable after-sales service to ensure smooth operation and maximum customer satisfaction. Designed for businesses looking to increase production while maintaining excellent brick quality, our **4 Cavity Semi-Automatic Fly Ash Brick Making Machine** offers outstanding productivity, low operating costs, and long-term reliability.
