Product Description
Heavy Duty Solid Bricks Making Machine Technical Specification:- Dimensions: 1850 x 1475 x 1750 mm
- Production Capacity: 400 x 200 x 100 mm 8 block / stroke
- Weight: 1400 kg (Approx
- Operating Pressure: 150 kg/cm³
Versatile and High-Capacity PerformanceDesigned for non-stop operation, this automatic brick making machine delivers outstanding output of 50007000 bricks per hour. The mild steel heavy-gauge frame, coupled with interchangeable moulds, allows for the production of various brick types including solid bricks, fly ash bricks, and paver blocks (conversion kit required). The efficient hydraulic pressure system ensures consistent shape and strength, making it a reliable choice for high-demand manufacturing units.
Advanced Hydraulic and Vibration TechnologyThe machine features a hydraulic system with auto pressure regulation and a double vibrator mechanism, achieving a cycle time of 1215 seconds per batch. Hydraulic oil grade 68 and an advanced oil cooling system maintain optimal performance and reduce wear, while vibration frequency can be adjusted from 4600 to 5200 Hz for superior brick compaction and finish. This engineering enables maximum production efficiency while minimizing downtime.
Safety, Usability, and SupportOperator safety and convenience are top priorities, with integrated emergency stop mechanisms and overload protection. Onsite installation and training are provided to ensure seamless setup and operation. PLC controls and computerized automation allow easy customization and monitoring, while the solid build ensures longevity in demanding environments. Comprehensive support services further guarantee lasting productivity for your manufacturing needs.
FAQs of Heavy Duty Solid Bricks Making Machine:
Q: How does the heavy duty solid bricks making machine operate?
A: The machine utilizes hydraulic pressure and heavy-duty double vibration technology to mold raw materials into bricks. The computerized PLC system automates the process, while an operator (or two) supervises feeding, operation, and output. Moulds can be interchanged quickly to switch between producing solid bricks, fly ash bricks, or paver blocks with the appropriate kit.
Q: What is the typical cycle time and production capacity?
A: The cycle time ranges from 12 to 15 seconds, allowing the machine to produce approximately 5000 to 7000 bricks per hour. Each cycle yields 8 standard-sized solid bricks, ensuring efficient large-scale manufacturing.
Q: When should I perform maintenance on this brick making machine?
A: Routine maintenance should be performed according to usage intensity and as detailed in the provided maintenance schedule. Key tasks include checking hydraulic oil levels, cleaning filters, inspecting the cooling system, greasing moving parts, and verifying the integrity of all safety features.
Q: Where can this machine be installed and used effectively?
A: It is suitable for installation at construction sites and brick manufacturing industries. The robust construction and advanced cooling system allow it to operate reliably in demanding Indian industrial environments with three-phase electric supply.
Q: What materials and power specifications are needed for operation?
A: The machine is built from heavy gauge mild steel and operates using 415 V, three-phase electric power. It requires ISO 68 grade hydraulic oil for optimal performance. Moulds are suited for a variety of mixes typically used for solid bricks, fly ash bricks, and paver blocks.
Q: How does the advanced cooling system benefit the machines operation?
A: The advanced oil cooling system prevents overheating of hydraulic components, enabling the machine to run continuously with consistent output quality. This prolongs equipment life and reduces unexpected breakdowns, ensuring smooth, long-term operation.
Q: What are the key benefits for manufacturers using this machine?
A: Manufacturers benefit from high productivity, precision, flexibility in brick types, low noise operation (<75 dB), and robust safety mechanisms. Onsite installation, operator training, and ongoing service support further maximize uptime and operational efficiency.