


1 Core Highlight: Adopt German European Advanced Vibration Technology
QTJ4‑26 learns from mature German‑European flat‑vibration craft and is fitted with an independent bottom vibration box, delivering 45 KN strong exciting force at a high vibration frequency of 4200 times per minute. Vibration distributes evenly across the entire 850×450 mm pallet and fully compacts raw materials to prevent honeycomb holes inside finished blocks. Compared with ordinary vibration structures, the separated bottom‑vibration design greatly lowers the risk of motor burnout from overload and cuts daily maintenance costs for African users during long continuous‑run production. Featuring stable semi‑automatic electric‑integrated control following German‑style forming logic, core movements such as upper‑mould lifting and material feeding are centrally managed via the control box together with an electric mould‑pushing mechanism. The intuitive operation panel enables African workers to get proficient after brief training without advanced professional skills. Consistent vibration‑press parameters maintain uniform brick dimensions and reduce waste rates during mass‑production for local small‑and‑medium brick factories. Optimized German‑style vibration‑matching structure keeps total machine power at only 11.6 KW with three‑phase motors for remarkable power‑saving performance. It adapts well to the unstable power‑grid conditions common across African nations, preventing production stoppages and equipment damage triggered by voltage fluctuations to secure stable daily output.

2 High‑quality Complete Semi‑automatic Production Line, Perfect For African Construction Demand
This full semi‑automatic production package consists of QTJ4‑26 main machine, JQ350 thickened mixer, 6‑meter four‑layer conveyor, frequency‑conversion block stacker and hand trolleys. All auxiliary equipment matches the German‑tech host to build a complete integrated semi‑automatic production workflow. Thanks to compact layout, the whole line can be fully loaded inside one single 20ft container, helping African buyers save ocean‑freight expenses and simplify customs‑clearance procedures. The molding cycle is as short as 26 seconds, producing up to 18 solid bricks per mould and reaching an output of 20 000 solid bricks within an 8‑hour shift. Against Africa’s booming infrastructure‑construction market, this high‑capacity equipment empowers local manufacturers to fulfil large‑volume orders efficiently and achieve better profit returns.

3 Wide Raw Material Adaptability, Reduce Production Cost For African Clients
The machine accepts locally‑available low‑cost solid residues including fly ash, slag, gangue, sand and stone as production feedstock, with clear reference formulas for material proportioning. African brick plants can substitute high‑cost raw materials with local industrial waste to slash material expenditure while conforming to international environmental‑protection requirements. Supplied with one free wear‑resistant manganese‑steel mould, the unit can manufacture hollow blocks, solid standard bricks and slope‑protection bricks simply by swapping mould sets. Diversified finished‑product options cover local demands for residential building, road paving and slope‑protection projects all over Africa.

4 Durable High‑quality Configuration & Worry‑free Global After‑sales
Heavy‑duty thick‑steel welded main frame weighs 2750 kg, resisting structural deformation under prolonged high‑frequency vibration. Manganese‑steel mould processed by wire‑cutting delivers superior wear‑resistance and fits the harsh continuous‑production working conditions in Africa without frequent part replacement. A full one‑year global warranty takes effect after on‑site installation and commissioning at African customer’s factory. Remote English‑language technical support is available for installation, commissioning and troubleshooting. Flexible payment options such as TT deposit or irrevocable L/C together with a 25‑day lead‑time ease capital pressure for African importers.

1 Core Highlight: Adopt German European Advanced Vibration Technology
QTJ4‑26 learns from mature German‑European flat‑vibration craft and is fitted with an independent bottom vibration box, delivering 45 KN strong exciting force at a high vibration frequency of 4200 times per minute. Vibration distributes evenly across the entire 850×450 mm pallet and fully compacts raw materials to prevent honeycomb holes inside finished blocks. Compared with ordinary vibration structures, the separated bottom‑vibration design greatly lowers the risk of motor burnout from overload and cuts daily maintenance costs for African users during long continuous‑run production. Featuring stable semi‑automatic electric‑integrated control following German‑style forming logic, core movements such as upper‑mould lifting and material feeding are centrally managed via the control box together with an electric mould‑pushing mechanism. The intuitive operation panel enables African workers to get proficient after brief training without advanced professional skills. Consistent vibration‑press parameters maintain uniform brick dimensions and reduce waste rates during mass‑production for local small‑and‑medium brick factories. Optimized German‑style vibration‑matching structure keeps total machine power at only 11.6 KW with three‑phase motors for remarkable power‑saving performance. It adapts well to the unstable power‑grid conditions common across African nations, preventing production stoppages and equipment damage triggered by voltage fluctuations to secure stable daily output.

2 High‑quality Complete Semi‑automatic Production Line, Perfect For African Construction Demand
This full semi‑automatic production package consists of QTJ4‑26 main machine, JQ350 thickened mixer, 6‑meter four‑layer conveyor, frequency‑conversion block stacker and hand trolleys. All auxiliary equipment matches the German‑tech host to build a complete integrated semi‑automatic production workflow. Thanks to compact layout, the whole line can be fully loaded inside one single 20ft container, helping African buyers save ocean‑freight expenses and simplify customs‑clearance procedures. The molding cycle is as short as 26 seconds, producing up to 18 solid bricks per mould and reaching an output of 20 000 solid bricks within an 8‑hour shift. Against Africa’s booming infrastructure‑construction market, this high‑capacity equipment empowers local manufacturers to fulfil large‑volume orders efficiently and achieve better profit returns.

3 Wide Raw Material Adaptability, Reduce Production Cost For African Clients
The machine accepts locally‑available low‑cost solid residues including fly ash, slag, gangue, sand and stone as production feedstock, with clear reference formulas for material proportioning. African brick plants can substitute high‑cost raw materials with local industrial waste to slash material expenditure while conforming to international environmental‑protection requirements. Supplied with one free wear‑resistant manganese‑steel mould, the unit can manufacture hollow blocks, solid standard bricks and slope‑protection bricks simply by swapping mould sets. Diversified finished‑product options cover local demands for residential building, road paving and slope‑protection projects all over Africa.

4 Durable High‑quality Configuration & Worry‑free Global After‑sales
Heavy‑duty thick‑steel welded main frame weighs 2750 kg, resisting structural deformation under prolonged high‑frequency vibration. Manganese‑steel mould processed by wire‑cutting delivers superior wear‑resistance and fits the harsh continuous‑production working conditions in Africa without frequent part replacement. A full one‑year global warranty takes effect after on‑site installation and commissioning at African customer’s factory. Remote English‑language technical support is available for installation, commissioning and troubleshooting. Flexible payment options such as TT deposit or irrevocable L/C together with a 25‑day lead‑time ease capital pressure for African importers.



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