A Hollow Brick Making Machine is industrial machinery used to produce concrete blocks that have hollow spaces (voids) in them. These bricks are widely used in construction because they are lighter, cost-effective, and offer better insulation compared to solid bricks.
| Component | Function |
|---|---|
| Steel Frame Structure | Provides base and strength |
| Hydraulic System | Controls the pressure for compacting bricks |
| Mould Box (Die) | |
| Vibrating Motor | Helps in settling and compressing the mixture |
| Feeder Box/Hopper | Holds and feeds raw materials |
| Control Panel | Operates and automates the machine (manual/semi/fully automatic) |
| Conveyor Belt | Transfers material or finished blocks (optional) |
Designing – Blueprint of frame, mold sizes, hydraulic load, etc.
Frame Fabrication – Cut and weld steel to form base structure.
Hydraulic System Assembly – Fit hydraulic pump, cylinders, control valves, and oil tank.
Mold Creation – Mold boxes designed for 4", 6", 8" hollow blocks using heat-treated alloy steel.
Panel & Wiring – Setup of electrical panel and sensors for automation.
Final Assembly – Mounting of all parts including motor, vibrators, and safety switches.
Testing – Test hydraulic pressure, mold accuracy, and block quality output.
Material Preparation: Cement, sand, stone dust, and fly ash are mixed.
Feeding: Raw mix is poured into the hopper/feeder box.
Molding: Material is filled into the mold cavity.
Vibration & Compression: Hydraulic system and vibrators compress the material into hollow bricks.
Ejection: Formed bricks are ejected onto pallets or conveyors.
Curing: Bricks are kept in the open or chambers for 7–14 days.
Wall construction (internal & external)
Residential & commercial buildings
Fencing & boundary walls
Compound walls
Infrastructure projects (schools, hospitals)
Promotes sustainable building using fly ash and recycled materials
Saves on mortar and plaster cost due to uniform shapes
Reduces construction load due to hollow nature
Speeds up building processes via mass production
| Advantage | Description |
|---|---|
| Automation-Ready | Available in manual, semi-auto, and fully auto versions |
| Consistency | Uniform bricks in shape, size, and density |
| Cost-Efficient | Reduces construction and labor costs |
| Eco-Friendly | Utilizes fly ash, reduces wood and clay consumption |
| High Strength | Engineered blocks with good compressive strength |
| Scalable | Machines with 500–5000 bricks/hour capacity available |
| Low Maintenance | Heavy-duty, long-lifecycle machinery |
Government rural housing schemes (PMAY)
Private construction companies
Large-scale infrastructure projects
Real estate and building contractors
Educational or institutional construction
A: Cement, fly ash, stone dust, sand, water, and sometimes additives for strength or color.
A: Common sizes include:
400 x 200 x 200 mm (8” block)
400 x 200 x 150 mm (6” block)
A: Depending on type:
Manual: 800–1500 bricks/day
Semi-automatic: 2500–4000 bricks/day
A: Yes, proper water curing for 7–14 days is essential for block strength.
A: With proper maintenance, hardened molds can produce 80,000 to 100,000 bricks.
Ideal for affordable housing
Aligns with green building practiceshttps://mixwellbrickmachine.com/admin/blog-add.php
Supports fast-paced urbanization
Empowers small-scale entrepreneurs
The Hollow Brick Making Machine is a game-changing innovation in the construction materials industry. It supports cost-effective, lightweight, and eco-friendly building solutions. With rising construction demands and the global push for sustainable development, this machine is essential for contractors, real estate developers, and block manufacturers.
Whether you're a government contractor or a private startup, this machine offers the right mix of economy, efficiency, and versatility to succeed in the brick/block production business.
A Hollow Brick Making Machine is industrial machinery used to produce concrete blocks that have hollow spaces (voids) in them. These bricks are widely used in construction because they are lighter, cost-effective, and offer better insulation compared to solid bricks.
| Component | Function |
|---|---|
| Steel Frame Structure | Provides base and strength |
| Hydraulic System | Controls the pressure for compacting bricks |
| Mould Box (Die) | |
| Vibrating Motor | Helps in settling and compressing the mixture |
| Feeder Box/Hopper | Holds and feeds raw materials |
| Control Panel | Operates and automates the machine (manual/semi/fully automatic) |
| Conveyor Belt | Transfers material or finished blocks (optional) |
Designing – Blueprint of frame, mold sizes, hydraulic load, etc.
Frame Fabrication – Cut and weld steel to form base structure.
Hydraulic System Assembly – Fit hydraulic pump, cylinders, control valves, and oil tank.
Mold Creation – Mold boxes designed for 4", 6", 8" hollow blocks using heat-treated alloy steel.
Panel & Wiring – Setup of electrical panel and sensors for automation.
Final Assembly – Mounting of all parts including motor, vibrators, and safety switches.
Testing – Test hydraulic pressure, mold accuracy, and block quality output.
Material Preparation: Cement, sand, stone dust, and fly ash are mixed.
Feeding: Raw mix is poured into the hopper/feeder box.
Molding: Material is filled into the mold cavity.
Vibration & Compression: Hydraulic system and vibrators compress the material into hollow bricks.
Ejection: Formed bricks are ejected onto pallets or conveyors.
Curing: Bricks are kept in the open or chambers for 7–14 days.
Wall construction (internal & external)
Residential & commercial buildings
Fencing & boundary walls
Compound walls
Infrastructure projects (schools, hospitals)
Promotes sustainable building using fly ash and recycled materials
Saves on mortar and plaster cost due to uniform shapes
Reduces construction load due to hollow nature
Speeds up building processes via mass production
| Advantage | Description |
|---|---|
| Automation-Ready | Available in manual, semi-auto, and fully auto versions |
| Consistency | Uniform bricks in shape, size, and density |
| Cost-Efficient | Reduces construction and labor costs |
| Eco-Friendly | Utilizes fly ash, reduces wood and clay consumption |
| High Strength | Engineered blocks with good compressive strength |
| Scalable | Machines with 500–5000 bricks/hour capacity available |
| Low Maintenance | Heavy-duty, long-lifecycle machinery |
Government rural housing schemes (PMAY)
Private construction companies
Large-scale infrastructure projects
Real estate and building contractors
Educational or institutional construction
A: Cement, fly ash, stone dust, sand, water, and sometimes additives for strength or color.
A: Common sizes include:
400 x 200 x 200 mm (8” block)
400 x 200 x 150 mm (6” block)
A: Depending on type:
Manual: 800–1500 bricks/day
Semi-automatic: 2500–4000 bricks/day
A: Yes, proper water curing for 7–14 days is essential for block strength.
A: With proper maintenance, hardened molds can produce 80,000 to 100,000 bricks.
Ideal for affordable housing
Aligns with green building practiceshttps://mixwellbrickmachine.com/admin/blog-add.php
Supports fast-paced urbanization
Empowers small-scale entrepreneurs
The Hollow Brick Making Machine is a game-changing innovation in the construction materials industry. It supports cost-effective, lightweight, and eco-friendly building solutions. With rising construction demands and the global push for sustainable development, this machine is essential for contractors, real estate developers, and block manufacturers.
Whether you're a government contractor or a private startup, this machine offers the right mix of economy, efficiency, and versatility to succeed in the brick/block production business.
Office Address
C-1, 77/1, Kaka Estate, Ambicanagar Road, Nr. National Plastic, Odhav, Ahmedabad – 382415, Gujarat, India.
Factroy Address
24, Shreeji Estate Near Sankalp Estate, Bakrol Cir, Ahmedabad-382430, Gujarat, India
mixwellindia@gmail.com
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