1. Secondary High-frequency Vibration & Hydraulic Combined Pressing, Full Hollow Cavity & Lower Defect Rate
Hollow block production often faces insufficient aggregate filling around core moulds, cavity collapse and loose outer walls. QMJ-10A uses secondary high-frequency vibration with hydraulic pressure. Vibration energy fully reaches mould core zones to evenly fill all block cavities. Finished hollow blocks own straight and complete holes with thick cavity walls, uniform density and consistent compression strength across batches. Defects like cavity collapse, chipping and cracking are greatly reduced. Blocks pass inspection standards for housing and municipal construction projects. Stable product quality prevents penalties or returns caused by defective bricks and protects long-term overseas order reputation.
2. No-pallet Direct Ground Forming, Eliminate Continuous Pallet Consumable Expense
Conventional hollow block production lines need a large number of pallets to carry wet brick blanks. Heavy hollow blanks easily break and wear pallets, creating recurring high costs for pallet purchase and replacement every year. QMJ-10A no-pallet forming design makes hollow blocks directly on hardened ground after demoulding, without bulk wooden or plastic pallets. Lower one-time investment, no recurring pallet wear cost in later production. It also cuts labor work for pallet transport, stacking and sorting, directly reducing per-unit hollow brick production cost. For long-term mass hollow block manufacturing, profit improvement from saved consumables is significant.
3. PLC Intelligent Control & Mobile Travelling Frame, Flexible Layout for On-site Hollow Block Manufacturing
The machine comes with PLC intelligent control system. Forming, vibration and demoulding actions run automatically with simple operation. Built-in travelling wheels allow free movement on hardened floor. Heavy fixed foundation or dedicated large workshop is not required. It can move directly into construction sites to produce hollow blocks locally and cut finished brick long-distance transportation cost. Existing brick plants can flexibly adjust working positions and expand hollow block capacity without large civil engineering reconstruction. It lowers infrastructure investment threshold and quickly meets urgent bulk hollow block orders.
4. Stable High Capacity, Suitable for Long-term Bulk Hollow Block Supply Contracts
With secondary high-frequency vibration forming system, the machine maintains steady cycle rhythm and can produce more than ten thousand hollow blocks within an 8-hour shift. It performs well during long continuous running without forming performance degradation, higher capacity than small & medium mobile brick machines. Perfect for large-volume hollow block orders from housing and infrastructure projects. Stable output guarantees on-time delivery and avoids penalties for late shipment. It helps build long-term supply partnerships with big building material traders and general contractors and maximize equipment return.
5. Wide Raw Material Adaptability, Utilize Local Industrial Waste to Cut Raw Material Expense
High-grade river sand is not mandatory for hollow block manufacturing. Qualified hollow blocks can be produced by mixing a small amount of cement with fly ash, cinder, slag, coal gangue, crushed stone and stone dust. You can source local quarry waste and industrial residues as primary raw materials to reduce long-distance aggregate transportation fees. Stable production can be maintained even when sand supply is tight and prices rise. Lower raw material cost brings stronger market competitiveness and more room to win orders.
6. Heavy Electromechanical-hydraulic Integrated Frame, Stable Performance Under Heavy Load to Reduce Downtime
The whole machine uses thick steel plate welded heavy frame, designed for long-time high-frequency heavy vibration work of hollow block production. Integrated electromechanical hydraulic structure ensures reliable core hydraulic and vibration components with few failure points. Wearing parts are common in the industry and easy to source. It greatly reduces risk of sudden shutdown during production, preventing delivery delays and customer loss when hollow block orders are in progress. Strong long-term stability extends effective production hours and improves return on investment.
1. Secondary High-frequency Vibration & Hydraulic Combined Pressing, Full Hollow Cavity & Lower Defect Rate
Hollow block production often faces insufficient aggregate filling around core moulds, cavity collapse and loose outer walls. QMJ-10A uses secondary high-frequency vibration with hydraulic pressure. Vibration energy fully reaches mould core zones to evenly fill all block cavities. Finished hollow blocks own straight and complete holes with thick cavity walls, uniform density and consistent compression strength across batches. Defects like cavity collapse, chipping and cracking are greatly reduced. Blocks pass inspection standards for housing and municipal construction projects. Stable product quality prevents penalties or returns caused by defective bricks and protects long-term overseas order reputation.
2. No-pallet Direct Ground Forming, Eliminate Continuous Pallet Consumable Expense
Conventional hollow block production lines need a large number of pallets to carry wet brick blanks. Heavy hollow blanks easily break and wear pallets, creating recurring high costs for pallet purchase and replacement every year. QMJ-10A no-pallet forming design makes hollow blocks directly on hardened ground after demoulding, without bulk wooden or plastic pallets. Lower one-time investment, no recurring pallet wear cost in later production. It also cuts labor work for pallet transport, stacking and sorting, directly reducing per-unit hollow brick production cost. For long-term mass hollow block manufacturing, profit improvement from saved consumables is significant.
3. PLC Intelligent Control & Mobile Travelling Frame, Flexible Layout for On-site Hollow Block Manufacturing
The machine comes with PLC intelligent control system. Forming, vibration and demoulding actions run automatically with simple operation. Built-in travelling wheels allow free movement on hardened floor. Heavy fixed foundation or dedicated large workshop is not required. It can move directly into construction sites to produce hollow blocks locally and cut finished brick long-distance transportation cost. Existing brick plants can flexibly adjust working positions and expand hollow block capacity without large civil engineering reconstruction. It lowers infrastructure investment threshold and quickly meets urgent bulk hollow block orders.
4. Stable High Capacity, Suitable for Long-term Bulk Hollow Block Supply Contracts
With secondary high-frequency vibration forming system, the machine maintains steady cycle rhythm and can produce more than ten thousand hollow blocks within an 8-hour shift. It performs well during long continuous running without forming performance degradation, higher capacity than small & medium mobile brick machines. Perfect for large-volume hollow block orders from housing and infrastructure projects. Stable output guarantees on-time delivery and avoids penalties for late shipment. It helps build long-term supply partnerships with big building material traders and general contractors and maximize equipment return.
5. Wide Raw Material Adaptability, Utilize Local Industrial Waste to Cut Raw Material Expense
High-grade river sand is not mandatory for hollow block manufacturing. Qualified hollow blocks can be produced by mixing a small amount of cement with fly ash, cinder, slag, coal gangue, crushed stone and stone dust. You can source local quarry waste and industrial residues as primary raw materials to reduce long-distance aggregate transportation fees. Stable production can be maintained even when sand supply is tight and prices rise. Lower raw material cost brings stronger market competitiveness and more room to win orders.
6. Heavy Electromechanical-hydraulic Integrated Frame, Stable Performance Under Heavy Load to Reduce Downtime
The whole machine uses thick steel plate welded heavy frame, designed for long-time high-frequency heavy vibration work of hollow block production. Integrated electromechanical hydraulic structure ensures reliable core hydraulic and vibration components with few failure points. Wearing parts are common in the industry and easy to source. It greatly reduces risk of sudden shutdown during production, preventing delivery delays and customer loss when hollow block orders are in progress. Strong long-term stability extends effective production hours and improves return on investment.
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