1. Mould‑vibration & Top Hydraulic Pressing, Complete Cavities & Even Strength, Less Waste
Hollow‑block production often suffers from insufficient filling around core moulds, leading to collapsed cavity walls, deformed holes and chipped corners. This machine applies mould‑box vibration directly on mould body while top hydraulic pressure is added. Vibration and pressing work together to make aggregates fully fill cavity ribs and outer walls. Finished hollow blocks feature straight cavity outlines, sturdy non‑collapsing walls and uniform compactness, with even strength among the same batch and good dimensional consistency. It greatly reduces raw‑material and labor waste caused by collapsed holes and corner breakage. Finished blocks meet acceptance standards for housing and small‑medium engineering projects. You can secure stable orders and avoid losses from returned goods or penalties caused by uneven brick strength, protecting your supply reputation.
2. Mobile Structure, Adapts to Existing Cement Sites & Reduces Pallet Investment
The whole machine is mobile‑designed, enabling direct production on existing cement‑product sites without new dedicated workshop or heavy‑duty fixed foundation, keeping site entry threshold low. Combined with low‑pallet or no‑pallet working, hollow blocks can be formed with much less pallet purchase and turnover, cutting continuous cost from pallet wear, aging and replacement. For factories with existing cement workshops that want to quickly add hollow‑block capacity, production can be expanded without large‑scale civil reconstruction. You save site construction and consumable expenses and turn idle sites into hollow‑block capacity quickly.
3. Daily Output of 8000–10000 Blocks with 20‑25s Cycle, Fits Bulk Hollow‑block Orders
Forming cycle lasts only 20‑25 seconds, delivering a stable daily output of 8000‑10000 hollow blocks, higher than ordinary small brick machines. For bulk hollow‑block supply, it can run continuously for a long time to guarantee centralized delivery for municipal, housing and industrial‑park projects. When facing tight‑deadline, large‑volume hollow‑block orders, the machine maintains stable capacity and on‑time delivery, helping you avoid penalty for late shipment and build long‑term cooperation with engineering contractors and building‑material traders, reducing idle‑capacity waste.
4. Wide Industrial‑waste Compatibility, Use Local Waste to Lower Material Cost
Hollow‑block production does not rely fully on high‑grade sand. Qualified hollow blocks can be made by mixing cement with fly ash, cinder, slag, gangue, gravel, crushed stone and dust. You can source cheap local industrial residues as main raw materials to cut long‑distance aggregate transportation cost. Stable production is maintained even when premium sand is scarce or price rises. Lower comprehensive material cost gives your hollow blocks bigger pricing flexibility, enabling you to compete for projects or retain satisfying profit margin.
5. Brand Motors & Reliable Structure, Stable Operation to Prevent Order Interruption
Hydraulic and moving motors adopt ABB brand, vibration motor adopts Boshan brand, and electric contactors and switches adopt Shanghai Huatong mature components, ensuring reliable core configuration. Machine frame uses Q235 steel welding while mould uses Q345 high‑strength steel, providing strong rigidity for frequent mould‑vibration cycles without deformation under long‑time heavy load. The simple structure has few failure points and universal wearing parts that are easy to source. It minimizes unplanned shutdown risk which would halt production after hollow‑block orders are confirmed. Less maintenance downtime extends effective production hours and improves return on investment.
6. Simple Turn‑key Line & Quick Startup for Small Sites
The machine can be matched with JZC350 concrete mixer and wheel loader to form a complete production line. The workflow of feeding, mixing, forming and block removal is straightforward, without complex large conveying and stacking systems. Total motor power is only 8.2KW for low energy consumption and minimal labor requirement. Compact line layout with controllable configuration cost suits family workshops and small‑medium brick plants. After installation and simple operator training, you can start hollow‑block production quickly, shortening the cycle from equipment purchase to profitable output and lowering upfront investment pressure.
1. Mould‑vibration & Top Hydraulic Pressing, Complete Cavities & Even Strength, Less Waste
Hollow‑block production often suffers from insufficient filling around core moulds, leading to collapsed cavity walls, deformed holes and chipped corners. This machine applies mould‑box vibration directly on mould body while top hydraulic pressure is added. Vibration and pressing work together to make aggregates fully fill cavity ribs and outer walls. Finished hollow blocks feature straight cavity outlines, sturdy non‑collapsing walls and uniform compactness, with even strength among the same batch and good dimensional consistency. It greatly reduces raw‑material and labor waste caused by collapsed holes and corner breakage. Finished blocks meet acceptance standards for housing and small‑medium engineering projects. You can secure stable orders and avoid losses from returned goods or penalties caused by uneven brick strength, protecting your supply reputation.
2. Mobile Structure, Adapts to Existing Cement Sites & Reduces Pallet Investment
The whole machine is mobile‑designed, enabling direct production on existing cement‑product sites without new dedicated workshop or heavy‑duty fixed foundation, keeping site entry threshold low. Combined with low‑pallet or no‑pallet working, hollow blocks can be formed with much less pallet purchase and turnover, cutting continuous cost from pallet wear, aging and replacement. For factories with existing cement workshops that want to quickly add hollow‑block capacity, production can be expanded without large‑scale civil reconstruction. You save site construction and consumable expenses and turn idle sites into hollow‑block capacity quickly.
3. Daily Output of 8000–10000 Blocks with 20‑25s Cycle, Fits Bulk Hollow‑block Orders
Forming cycle lasts only 20‑25 seconds, delivering a stable daily output of 8000‑10000 hollow blocks, higher than ordinary small brick machines. For bulk hollow‑block supply, it can run continuously for a long time to guarantee centralized delivery for municipal, housing and industrial‑park projects. When facing tight‑deadline, large‑volume hollow‑block orders, the machine maintains stable capacity and on‑time delivery, helping you avoid penalty for late shipment and build long‑term cooperation with engineering contractors and building‑material traders, reducing idle‑capacity waste.
4. Wide Industrial‑waste Compatibility, Use Local Waste to Lower Material Cost
Hollow‑block production does not rely fully on high‑grade sand. Qualified hollow blocks can be made by mixing cement with fly ash, cinder, slag, gangue, gravel, crushed stone and dust. You can source cheap local industrial residues as main raw materials to cut long‑distance aggregate transportation cost. Stable production is maintained even when premium sand is scarce or price rises. Lower comprehensive material cost gives your hollow blocks bigger pricing flexibility, enabling you to compete for projects or retain satisfying profit margin.
5. Brand Motors & Reliable Structure, Stable Operation to Prevent Order Interruption
Hydraulic and moving motors adopt ABB brand, vibration motor adopts Boshan brand, and electric contactors and switches adopt Shanghai Huatong mature components, ensuring reliable core configuration. Machine frame uses Q235 steel welding while mould uses Q345 high‑strength steel, providing strong rigidity for frequent mould‑vibration cycles without deformation under long‑time heavy load. The simple structure has few failure points and universal wearing parts that are easy to source. It minimizes unplanned shutdown risk which would halt production after hollow‑block orders are confirmed. Less maintenance downtime extends effective production hours and improves return on investment.
6. Simple Turn‑key Line & Quick Startup for Small Sites
The machine can be matched with JZC350 concrete mixer and wheel loader to form a complete production line. The workflow of feeding, mixing, forming and block removal is straightforward, without complex large conveying and stacking systems. Total motor power is only 8.2KW for low energy consumption and minimal labor requirement. Compact line layout with controllable configuration cost suits family workshops and small‑medium brick plants. After installation and simple operator training, you can start hollow‑block production quickly, shortening the cycle from equipment purchase to profitable output and lowering upfront investment pressure.
QMJ-10A Interlocking Block Making Machine | Mobile Pallet-Free Interlock Brick Production Equipment
Hongfa QMJ-10A mobile interlocking block machine works without pallets for high-strength interlock bricks. It adopts dua...
QMJ-10A Mobile Hollow Block Machine | High Output Concrete Hollow Block Production Equipment
QMJ-10A mobile hollow block machine, Hongfa electromechanical hydraulic integrated no-pallet block machine, specially de...
QMJ‑10A Compressed Earth Egg Laying Block Making Machine
QMJ‑10A is a pallet‑free mobile hydraulic block making machine with secondary mould‑vibration design. Overall dimension ...
Shandong Hongfa Scientific Industrial&Trading Co.,Ltd ©️2026Copyright © LU ICP B 16041216-4
