1. Table‑vibration With Bottom Vibration‑box, Even Compaction For Thick‑wall Solid Bricks, Less Defect Loss
Thick solid brick blanks are difficult to compact properly, which often leads to loose inner core, surface cracks and chipped corners and rejected finished goods. QTJ4‑26D adopts table vibration plus independent bottom vibration box. It delivers 45KN exciting force at 4200 r/min. Vibration energy penetrates thick brick blanks and fills mould cavities sufficiently without loose inner structure. Finished solid bricks feature uniform density, intact sharp edges and stable compression strength with small dimensional deviation for each batch. Finished bricks pass acceptance requirements for residential and small‑medium construction projects. It helps factories secure steady construction supply contracts and avoid economic loss caused by returned defective bricks, maintaining good reputation for local and overseas clients.
2. High‑manganese‑steel Wear‑resistant Mould, Support Multiple Solid‑brick Sizes & Longer Mould Service Life
Moulds are made of high‑manganese steel with good impact resistance and wear resistance. Under repeated heavy pressing of thick solid‑brick blanks, mould cavities are not easy to wear, deform or generate burrs. The control cabinet manages upper‑mould movement and material distribution. Operators can replace mould assemblies for different solid‑brick sizes without major disassembly of main machine. Durable moulds reduce downtime and spare‑part cost from frequent mould repairing and replacement. You can produce various solid‑brick specifications on one machine without purchasing extra forming hosts. It helps you take orders of different standard brick projects and amortize your equipment investment.
3. Outstanding Standard‑brick Output, Meet Bulk Solid‑brick Orders of Medium‑small Factories
Molding cycle is only 24 seconds, producing 18 pcs of 24011553 standard solid bricks per mould. Stable output reaches 20000 solid bricks per 8‑hour shift, matching order volume of medium‑small brick plants. Matched with JQ350 concrete mixer, 6‑meter belt conveyor and stacker, it forms a complete semi‑automatic production line with coherent workflow from mixing, feeding, forming to brick ejection. For concentrated solid‑brick procurement orders from rural housing and small‑medium building projects, continuous stable operation guarantees on‑time delivery and avoids contract penalty. It supports long‑term cooperation with local engineering contractors and building‑material traders.
4. Wide Raw‑material Compatibility, Utilize Local Industrial Waste to Lower Raw‑material Expense
High‑grade river sand is not mandatory for solid‑brick production. Qualified solid bricks can be manufactured by mixing limited cement with crushed stone, stone chips, fly ash, cinder, slag, gangue and other industrial solid waste. You can source cheap local quarry residues and industrial by‑products to cut long‑distance aggregate transportation cost. Stable production can be kept even when sand supply is tight and price rises. Lower material cost brings bigger pricing flexibility, allowing you to win project orders by competitive price or keep satisfactory profit margin.
5. Vibration‑box Structure Protects Motors, Stable Operation & Minimize Unplanned Downtime
Independent bottom vibration‑box structure absorbs vibration impact instead of direct motor drive, greatly lowering motor burnout risk from continuous heavy vibration. Robust frame is optimized for frequent heavy‑vibration cycles of solid‑brick production. All working movements are centrally controlled by electric cabinet for simple operation. Wearing parts are standard off‑the‑shelf items with easy procurement and low replacement cost. Ordinary site workers can finish part replacement without heavy reliance on professional after‑sales technicians. It reduces sudden‑shutdown risk when solid‑brick supply contracts are confirmed, extends effective production hours and improves return on investment.
6. Semi‑automatic Complete Production Line, Compact Layout & Moderate Entry Threshold For New Investors
The full line includes forming host, concrete mixer, belt conveyor and brick stacker with compact footprint, no extra‑large‑size workshop required. Pallets are needed for carrying green bricks with simple pallet matching requirement. Ordinary hardened concrete floor is acceptable without complicated deep civil foundation. You can choose simplified budget‑friendly version or full auxiliary‑equipment configuration for higher efficiency. After installation and basic operator training, solid‑brick production can be started quickly. It shortens the cycle from equipment purchase to profitable output, well‑suited for startup brick workshops and medium‑small building‑material enterprises.
1. Table‑vibration With Bottom Vibration‑box, Even Compaction For Thick‑wall Solid Bricks, Less Defect Loss
Thick solid brick blanks are difficult to compact properly, which often leads to loose inner core, surface cracks and chipped corners and rejected finished goods. QTJ4‑26D adopts table vibration plus independent bottom vibration box. It delivers 45KN exciting force at 4200 r/min. Vibration energy penetrates thick brick blanks and fills mould cavities sufficiently without loose inner structure. Finished solid bricks feature uniform density, intact sharp edges and stable compression strength with small dimensional deviation for each batch. Finished bricks pass acceptance requirements for residential and small‑medium construction projects. It helps factories secure steady construction supply contracts and avoid economic loss caused by returned defective bricks, maintaining good reputation for local and overseas clients.
2. High‑manganese‑steel Wear‑resistant Mould, Support Multiple Solid‑brick Sizes & Longer Mould Service Life
Moulds are made of high‑manganese steel with good impact resistance and wear resistance. Under repeated heavy pressing of thick solid‑brick blanks, mould cavities are not easy to wear, deform or generate burrs. The control cabinet manages upper‑mould movement and material distribution. Operators can replace mould assemblies for different solid‑brick sizes without major disassembly of main machine. Durable moulds reduce downtime and spare‑part cost from frequent mould repairing and replacement. You can produce various solid‑brick specifications on one machine without purchasing extra forming hosts. It helps you take orders of different standard brick projects and amortize your equipment investment.
3. Outstanding Standard‑brick Output, Meet Bulk Solid‑brick Orders of Medium‑small Factories
Molding cycle is only 24 seconds, producing 18 pcs of 24011553 standard solid bricks per mould. Stable output reaches 20000 solid bricks per 8‑hour shift, matching order volume of medium‑small brick plants. Matched with JQ350 concrete mixer, 6‑meter belt conveyor and stacker, it forms a complete semi‑automatic production line with coherent workflow from mixing, feeding, forming to brick ejection. For concentrated solid‑brick procurement orders from rural housing and small‑medium building projects, continuous stable operation guarantees on‑time delivery and avoids contract penalty. It supports long‑term cooperation with local engineering contractors and building‑material traders.
4. Wide Raw‑material Compatibility, Utilize Local Industrial Waste to Lower Raw‑material Expense
High‑grade river sand is not mandatory for solid‑brick production. Qualified solid bricks can be manufactured by mixing limited cement with crushed stone, stone chips, fly ash, cinder, slag, gangue and other industrial solid waste. You can source cheap local quarry residues and industrial by‑products to cut long‑distance aggregate transportation cost. Stable production can be kept even when sand supply is tight and price rises. Lower material cost brings bigger pricing flexibility, allowing you to win project orders by competitive price or keep satisfactory profit margin.
5. Vibration‑box Structure Protects Motors, Stable Operation & Minimize Unplanned Downtime
Independent bottom vibration‑box structure absorbs vibration impact instead of direct motor drive, greatly lowering motor burnout risk from continuous heavy vibration. Robust frame is optimized for frequent heavy‑vibration cycles of solid‑brick production. All working movements are centrally controlled by electric cabinet for simple operation. Wearing parts are standard off‑the‑shelf items with easy procurement and low replacement cost. Ordinary site workers can finish part replacement without heavy reliance on professional after‑sales technicians. It reduces sudden‑shutdown risk when solid‑brick supply contracts are confirmed, extends effective production hours and improves return on investment.
6. Semi‑automatic Complete Production Line, Compact Layout & Moderate Entry Threshold For New Investors
The full line includes forming host, concrete mixer, belt conveyor and brick stacker with compact footprint, no extra‑large‑size workshop required. Pallets are needed for carrying green bricks with simple pallet matching requirement. Ordinary hardened concrete floor is acceptable without complicated deep civil foundation. You can choose simplified budget‑friendly version or full auxiliary‑equipment configuration for higher efficiency. After installation and basic operator training, solid‑brick production can be started quickly. It shortens the cycle from equipment purchase to profitable output, well‑suited for startup brick workshops and medium‑small building‑material enterprises.
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