1. 28 Solid Bricks Per Mold, Short Molding Cycle, Fast Fulfillment Of Large‑volume Solid‑brick Orders
Optimized mold‑cavity layout for 240×115×53 mm standard solid bricks delivers 28 pieces per single mold, with short 15‑25 s forming cycle. Combined hydraulic‑press and table‑vibration ensures stable continuous cycles for large‑scale solid‑brick mass production. It greatly shortens delivery lead‑time for bulk dealer orders and construction‑project supply and accelerates capital payback. It also handles medium & small‑batch runs without capacity waste. Whether you build a new brick plant or upgrade an existing factory for higher solid‑brick output, it brings higher daily solid‑brick output within limited plant space and speeds up your return on investment.
2. Hydraulic Pressing Plus Table‑Vibration Forming, Dense & High‑strength Solid Bricks, Lower Rejection & Inspection Risks
Driven mainly by hydraulic pressure assisted by table vibration with 10‑15 g vibration acceleration. Raw materials are fully compacted inside mold cavities. Finished solid bricks achieve compressive strength above 15 MPa with good freeze‑thaw & anti‑permeance performance and precise dimensions. It greatly reduces rejects such as internal loose texture, chipping and deformation, saving raw‑material loss and manual brick‑sorting labor. Consistent brick quality meets international construction procurement standards, lowering risks of inspection deduction and order return. It helps you secure long‑term solid‑brick supply contracts and build local market reputation.
3. Premium‑brand Core Components, Mechatronic‑hydraulic Integration, Low Failure Rate & Less Downtime Loss
QT4‑20C integrates mechanical, electrical, hydraulic and high‑frequency vibration systems. Key hydraulic and electric parts adopt imported or famous domestic brands. Non‑contact proximity switches monitor the full production cycle. Heavy‑duty 4200 kg frame resists deformation under long‑time heavy‑load solid‑brick compaction, slowing component wear. For overseas regions with long spare‑part lead‑time and limited skilled maintenance staff, low failure rate avoids unplanned shutdown and order‑breach risks. Less component replacement cuts long‑term time & money cost on maintenance and keeps production lines running steadily.
4. Wide Raw‑material Compatibility, Make Full Use Of Industrial Residues To Cut Solid‑brick Material Expense
It does not rely on expensive clay for solid‑brick manufacturing. Fly ash, furnace slag, coal gangue, crushed stone, river sand, construction waste and other industrial residues can be used as main feedstock. You can source local industrial waste and aggregates to avoid high long‑distance transportation freight. Thanks to excellent pressing‑vibration performance, cement dosage can be reasonably adjusted while maintaining brick strength. Since raw‑material cost dominates solid‑brick production expenditure, local‑sourcing greatly reduces per‑brick cost and improves your local price competitiveness. It also complies with waste‑recycling policies in many countries and opens more government‑funded infrastructure orders.
5. Quick Mold Change For Multiple Products, One Machine Covers Solid Bricks & Other Building Materials To Expand Order Sources
By swapping molds, QT4‑20C can quickly switch among standard solid bricks, hollow blocks, eight‑hole bricks, paving bricks, grass‑planting bricks and other concrete products, with adjustable product height from 50‑200 mm without modifying main host. In peak solid‑brick season, focus on standard solid‑brick production for building‑market orders. In off‑peak periods, switch to paving or landscaping bricks for municipal projects. One single machine handles diversified businesses, saving huge extra equipment investment. Higher annual machine utilization improves overall return‑on‑investment and helps you adapt to changing market order structures.
6. Strong Expandability For Complete Pallet‑circulation Production Line, Fit Solid‑brick Plant Projects Of Different Budgets
As pallet‑based forming host, QT4‑20C integrates pallet feeding, material distribution, compaction‑vibration forming and brick discharging. You can match mixers, batching plants and stackers to build basic simplified lines or full‑scale large‑volume solid‑brick production lines according to your budget. It uses 1020×575×30 mm standard pallets. After proper concrete foundation preparation, commissioning and production can start. It works both for medium‑size brick plants as main solid‑brick production unit and for large‑volume continuous manufacturing. Smooth process flow reduces intermediate manual‑transfer work, improves overall solid‑brick productivity and meets diversified overseas brick‑plant construction demands.
1. 28 Solid Bricks Per Mold, Short Molding Cycle, Fast Fulfillment Of Large‑volume Solid‑brick Orders
Optimized mold‑cavity layout for 240×115×53 mm standard solid bricks delivers 28 pieces per single mold, with short 15‑25 s forming cycle. Combined hydraulic‑press and table‑vibration ensures stable continuous cycles for large‑scale solid‑brick mass production. It greatly shortens delivery lead‑time for bulk dealer orders and construction‑project supply and accelerates capital payback. It also handles medium & small‑batch runs without capacity waste. Whether you build a new brick plant or upgrade an existing factory for higher solid‑brick output, it brings higher daily solid‑brick output within limited plant space and speeds up your return on investment.
2. Hydraulic Pressing Plus Table‑Vibration Forming, Dense & High‑strength Solid Bricks, Lower Rejection & Inspection Risks
Driven mainly by hydraulic pressure assisted by table vibration with 10‑15 g vibration acceleration. Raw materials are fully compacted inside mold cavities. Finished solid bricks achieve compressive strength above 15 MPa with good freeze‑thaw & anti‑permeance performance and precise dimensions. It greatly reduces rejects such as internal loose texture, chipping and deformation, saving raw‑material loss and manual brick‑sorting labor. Consistent brick quality meets international construction procurement standards, lowering risks of inspection deduction and order return. It helps you secure long‑term solid‑brick supply contracts and build local market reputation.
3. Premium‑brand Core Components, Mechatronic‑hydraulic Integration, Low Failure Rate & Less Downtime Loss
QT4‑20C integrates mechanical, electrical, hydraulic and high‑frequency vibration systems. Key hydraulic and electric parts adopt imported or famous domestic brands. Non‑contact proximity switches monitor the full production cycle. Heavy‑duty 4200 kg frame resists deformation under long‑time heavy‑load solid‑brick compaction, slowing component wear. For overseas regions with long spare‑part lead‑time and limited skilled maintenance staff, low failure rate avoids unplanned shutdown and order‑breach risks. Less component replacement cuts long‑term time & money cost on maintenance and keeps production lines running steadily.
4. Wide Raw‑material Compatibility, Make Full Use Of Industrial Residues To Cut Solid‑brick Material Expense
It does not rely on expensive clay for solid‑brick manufacturing. Fly ash, furnace slag, coal gangue, crushed stone, river sand, construction waste and other industrial residues can be used as main feedstock. You can source local industrial waste and aggregates to avoid high long‑distance transportation freight. Thanks to excellent pressing‑vibration performance, cement dosage can be reasonably adjusted while maintaining brick strength. Since raw‑material cost dominates solid‑brick production expenditure, local‑sourcing greatly reduces per‑brick cost and improves your local price competitiveness. It also complies with waste‑recycling policies in many countries and opens more government‑funded infrastructure orders.
5. Quick Mold Change For Multiple Products, One Machine Covers Solid Bricks & Other Building Materials To Expand Order Sources
By swapping molds, QT4‑20C can quickly switch among standard solid bricks, hollow blocks, eight‑hole bricks, paving bricks, grass‑planting bricks and other concrete products, with adjustable product height from 50‑200 mm without modifying main host. In peak solid‑brick season, focus on standard solid‑brick production for building‑market orders. In off‑peak periods, switch to paving or landscaping bricks for municipal projects. One single machine handles diversified businesses, saving huge extra equipment investment. Higher annual machine utilization improves overall return‑on‑investment and helps you adapt to changing market order structures.
6. Strong Expandability For Complete Pallet‑circulation Production Line, Fit Solid‑brick Plant Projects Of Different Budgets
As pallet‑based forming host, QT4‑20C integrates pallet feeding, material distribution, compaction‑vibration forming and brick discharging. You can match mixers, batching plants and stackers to build basic simplified lines or full‑scale large‑volume solid‑brick production lines according to your budget. It uses 1020×575×30 mm standard pallets. After proper concrete foundation preparation, commissioning and production can start. It works both for medium‑size brick plants as main solid‑brick production unit and for large‑volume continuous manufacturing. Smooth process flow reduces intermediate manual‑transfer work, improves overall solid‑brick productivity and meets diversified overseas brick‑plant construction demands.
QT4‑20C Semi Automatic Block Making Machine | Hydraulic‑Vibration Non‑fired Concrete Brick Production Host
QT4‑20C semi‑automatic brick‑making machine adopts integrated mechanical‑electrical‑optical‑hydraulic technology with ta...
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...
Shandong Hongfa Scientific Industrial&Trading Co.,Ltd ©️2026Copyright © LU ICP B 16041216-4
