The QT5‑15 automatic concrete brick making machine adopts a mature PLC‑controlled hydraulic pump system to govern the whole production workflow including feeding, material distribution, high‑pressure compaction, vibration forming and brick discharging. It is equipped with a user‑friendly touch‑screen human‑machine interface and complete built‑in logical control programs. Operators only need to input parameters like forming time, hydraulic pressure and vibration duration on the display panel, then the whole production process will run fully‑automatically without frequent manual intervention.
Furthermore, the intelligent control system supports automatic fault diagnosis and remote monitoring functions. Once abnormal conditions of hydraulic pump, vibration motors or oil circuits occur, the system will show corresponding failure codes promptly. Professional technicians can check running data and troubleshoot problems remotely, which greatly cuts down downtime caused by on‑site inspection. Precise program control effectively avoids unstable output brought by manual mis‑operation, maintains consistent size, weight and compression‑strength of finished blocks, and lowers long‑term labor‑input for brick‑making factories.
The QT5-15 automatic brick making machine is designed with a heavy‑duty integrated vibration platform. High‑power vibration motors deliver strong excitation force uniformly across the mould‑bearing area. When sand, cement, fly‑ash and gravel mixtures are filled into mould cavities, intense vibration can exhaust internal bubbles thoroughly. Compared with ordinary low‑frequency brick‑making equipment, our QT5‑15 model makes hollow blocks, paving blocks and interlocking bricks much tighter inside. The finished bricks possess outstanding compression‑resistance and anti‑freezing performance, which fully meets standards for road construction, housing projects and municipal infrastructure.
Vibration frequency, vibration duration and hydraulic pressing force can be adjusted independently according to different raw‑material proportions and brick types. When producing lightweight hollow blocks, we set relatively moderate vibration parameters; while for heavy‑load paving bricks, high‑frequency and long‑time vibration mode can be activated. The flexible‑setting function prevents common defects such as loose interior, surface pits and uneven density. The finished‑product qualification rate can reach more than 98%, helping customers reduce waste of raw‑materials and improve economic returns.
Apart from conventional raw‑materials of cement, natural sand and stone chips, the QT5‑15 brick‑making machine can comprehensively reuse industrial residues and construction waste such as fly ash, coal gangue, tailings, broken concrete and abandoned gravel. These waste materials replace a large amount of natural aggregates, which not only sharply reduces purchasing costs of raw‑materials, but also realizes solid‑waste recycling. This production mode complies with environmental‑protection policies in Africa, Middle‑East and Central‑Asia regions, and helps customers obtain local green‑production certifications smoothly.
The mould‑installing structure adopts standardized and bolt‑fixed design. Customers can replace different custom‑made moulds in a short time. One QT5‑15 machine is capable of producing multiple products including standard hollow blocks, solid concrete bricks, interlocking paving bricks, curb‑stones and garden‑decor bricks of various sizes. Instead of purchasing several independent machines, investors only need to buy a set of host machine plus corresponding moulds to launch diversified production. The high equipment utilization rate effectively saves early‑stage investment costs and expands market‑competitive advantages.
The whole‑machine frame is welded with thickened high‑strength steel plates after integral stress‑relief processing. The main stand‑structure can resist long‑time vibration‑fatigue and heavy‑pressure impact, and it will not deform after years of continuous‑day‑and‑night running. Core components including PLC‑controlled hydraulic pump, hydraulic cylinders, sealing elements and solenoid valves are sourced from well‑known international‑brand suppliers. The hydraulic system realizes steady pressure output without sudden‑pressure fluctuation.
All‑internal oil pipelines are reasonably arranged to reduce oil‑leak risks. Strict assembly standards are followed during production. Even working under harsh environments with high temperature and heavy dust, the QT5‑15 block‑making machine maintains low‑failure‑rate performance. Its overall service life can reach 10‑15 years, much longer than that of ordinary competitive models on the market.
In terms of production efficiency, the forming cycle of QT5‑15 is controlled within 15‑20 seconds. The machine can produce 400‑440 pieces of standard hollow blocks per hour, bringing high‑volume output for medium‑sized brick‑making plants. All wearing‑parts like vibrators, rubber cushions and scraper blades adopt standardized‑universal sizes. Customers can buy spare‑parts locally or purchase original accessories from our factory conveniently. The disassembly‑and‑assembly design simplifies daily inspection and part‑replacement work; local workers can finish routine maintenance after short‑time training.
Our factory provides comprehensive after‑sales support for global buyers, including on‑site installation‑guidance, operation‑training for workers, long‑term online technical support and timely supply of spare‑parts. We solve worries about equipment breakdowns in later‑period operation and support the long‑term development of your block‑making business.
The QT5‑15 automatic concrete brick making machine adopts a mature PLC‑controlled hydraulic pump system to govern the whole production workflow including feeding, material distribution, high‑pressure compaction, vibration forming and brick discharging. It is equipped with a user‑friendly touch‑screen human‑machine interface and complete built‑in logical control programs. Operators only need to input parameters like forming time, hydraulic pressure and vibration duration on the display panel, then the whole production process will run fully‑automatically without frequent manual intervention.
Furthermore, the intelligent control system supports automatic fault diagnosis and remote monitoring functions. Once abnormal conditions of hydraulic pump, vibration motors or oil circuits occur, the system will show corresponding failure codes promptly. Professional technicians can check running data and troubleshoot problems remotely, which greatly cuts down downtime caused by on‑site inspection. Precise program control effectively avoids unstable output brought by manual mis‑operation, maintains consistent size, weight and compression‑strength of finished blocks, and lowers long‑term labor‑input for brick‑making factories.
The QT5-15 automatic brick making machine is designed with a heavy‑duty integrated vibration platform. High‑power vibration motors deliver strong excitation force uniformly across the mould‑bearing area. When sand, cement, fly‑ash and gravel mixtures are filled into mould cavities, intense vibration can exhaust internal bubbles thoroughly. Compared with ordinary low‑frequency brick‑making equipment, our QT5‑15 model makes hollow blocks, paving blocks and interlocking bricks much tighter inside. The finished bricks possess outstanding compression‑resistance and anti‑freezing performance, which fully meets standards for road construction, housing projects and municipal infrastructure.
Vibration frequency, vibration duration and hydraulic pressing force can be adjusted independently according to different raw‑material proportions and brick types. When producing lightweight hollow blocks, we set relatively moderate vibration parameters; while for heavy‑load paving bricks, high‑frequency and long‑time vibration mode can be activated. The flexible‑setting function prevents common defects such as loose interior, surface pits and uneven density. The finished‑product qualification rate can reach more than 98%, helping customers reduce waste of raw‑materials and improve economic returns.
Apart from conventional raw‑materials of cement, natural sand and stone chips, the QT5‑15 brick‑making machine can comprehensively reuse industrial residues and construction waste such as fly ash, coal gangue, tailings, broken concrete and abandoned gravel. These waste materials replace a large amount of natural aggregates, which not only sharply reduces purchasing costs of raw‑materials, but also realizes solid‑waste recycling. This production mode complies with environmental‑protection policies in Africa, Middle‑East and Central‑Asia regions, and helps customers obtain local green‑production certifications smoothly.
The mould‑installing structure adopts standardized and bolt‑fixed design. Customers can replace different custom‑made moulds in a short time. One QT5‑15 machine is capable of producing multiple products including standard hollow blocks, solid concrete bricks, interlocking paving bricks, curb‑stones and garden‑decor bricks of various sizes. Instead of purchasing several independent machines, investors only need to buy a set of host machine plus corresponding moulds to launch diversified production. The high equipment utilization rate effectively saves early‑stage investment costs and expands market‑competitive advantages.
The whole‑machine frame is welded with thickened high‑strength steel plates after integral stress‑relief processing. The main stand‑structure can resist long‑time vibration‑fatigue and heavy‑pressure impact, and it will not deform after years of continuous‑day‑and‑night running. Core components including PLC‑controlled hydraulic pump, hydraulic cylinders, sealing elements and solenoid valves are sourced from well‑known international‑brand suppliers. The hydraulic system realizes steady pressure output without sudden‑pressure fluctuation.
All‑internal oil pipelines are reasonably arranged to reduce oil‑leak risks. Strict assembly standards are followed during production. Even working under harsh environments with high temperature and heavy dust, the QT5‑15 block‑making machine maintains low‑failure‑rate performance. Its overall service life can reach 10‑15 years, much longer than that of ordinary competitive models on the market.
In terms of production efficiency, the forming cycle of QT5‑15 is controlled within 15‑20 seconds. The machine can produce 400‑440 pieces of standard hollow blocks per hour, bringing high‑volume output for medium‑sized brick‑making plants. All wearing‑parts like vibrators, rubber cushions and scraper blades adopt standardized‑universal sizes. Customers can buy spare‑parts locally or purchase original accessories from our factory conveniently. The disassembly‑and‑assembly design simplifies daily inspection and part‑replacement work; local workers can finish routine maintenance after short‑time training.
Our factory provides comprehensive after‑sales support for global buyers, including on‑site installation‑guidance, operation‑training for workers, long‑term online technical support and timely supply of spare‑parts. We solve worries about equipment breakdowns in later‑period operation and support the long‑term development of your block‑making business.
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