Top 9 Ash Brick Machine Manufacturers

Ash brick machines are no longer a side option in construction plants. They now anchor large portions of new production lines as builders shift toward industrialized, resource-efficient materials.

Industry projections indicate that close to 47% of upcoming building projects will incorporate fly ash bricks, making equipment decisions far more consequential than before.

The manufacturer you choose influences plant stability, product quality and expansion flexibility over time. This review presents nine leading ash brick machine manufacturers across different capacities and technologies.

What to Look for in Ash Brick Machine Manufacturers

Reliable ash brick machine manufacturers demonstrate consistent production output, stable hydraulic control and documented quality performance. Their systems should handle fly ash, bottom ash and pond ash without compromising strength or dimensional accuracy. Clear upgrade pathways, practical automation and dependable service support indicate long-term project reliability.

Proven Production Capacity and Scaling Path

A credible fly ash brick machine manufacturer must show production bands that align with phased growth while confirming adaptability to varied ash inputs. Output should remain stable whether the plant processes standard fly ash, bottom ash or pond ash.

Bottom ash often requires particle grading control, while pond ash demands moisture stabilization before molding. A capable brick-making machine manufacturer will document sustained stroke performance across these material variations. Scaling should not require full relocation or compromise compaction stability under higher throughput targets.

Hydraulic and Automation Architecture

Hydraulic consistency becomes more important when ash quality fluctuates. Bottom ash with a coarser texture places different stress on vibration and compression systems than fine fly ash. PLC-based regulation maintains uniform pressure and protects the planned number of bricks per shift from density variation.

When phased investment is required, a semi-automatic fly ash configuration should maintain compression control even under blended material inputs. Cooling, oil capacity and pressure calibration all influence stability during extended cycles.

Brick Quality Standards and Test Data

Material diversity directly affects strength and absorption results. Published benchmarks should reflect real production conditions rather than controlled laboratory mixes.

When bottom or pond ash is introduced, compressive performance across defined types of bricks must remain consistent. Proper curing guidance ensures high-strength fly ash bricks are achieved despite variability in ash composition.

Service, Lifecycle Support, and Total Cost

Handling alternative ash blends can influence maintenance intervals and wear rates.

The long-term cost of a fly ash production line depends on hydraulic cleanliness and vibration system durability under mixed material conditions. A proven manufacturer and exporter should provide field-level mix adjustment guidance and technical support when ash characteristics vary.

Top 9 Ash Brick Machine Manufacturers

1. Máquina de bloques Lontto

Lontto manufactures ash brick machines at its production facility in Yinan, Linyi, Shandong Province, covering an area of 126,000 square meters. The site supports the production of fly ash brick machines, concrete block systems, pipe equipment, and batching plants within a single centralized location.

ISO9001 and CE certification confirm compliance with international standards. Each machine undergoes inspection before shipment to confirm stable performance under operating conditions.

Lontto’s fly ash brick machines can also process bottom ash and pond ash when you control particle grading and moisture content through screening, drying and calibrated mix proportions.

Lontto offers manual and semi-automatic fly ash models that support scalable output for start-up and expanding brick operations.

• LMT4-40: Operates at 3 kW and produces up to 17,304 solid blocks per 8 hours with controlled power consumption.
• LMT4-35: Increases solid block capacity to 20,160 pieces per 8-hour shift for higher daily throughput.
• LMT4-26: Functions as a semi-automatic system with output reaching 34,112 solid blocks per 8 hours.
• QMJ4-45: Provides mobile hollow brick production with a 45-second molding cycle and single-operator control.

2. Industrias Revomac

Revomac Industries manufactures ash brick machines with a focus on automated fly ash brick production for construction applications in India.

The company designs fly ash brick-making machines that use coal combustion byproducts as the primary raw material for structural brick output. Automatic fly ash brick making machines control feeding, mixing, molding and stacking within a defined production cycle to maintain dimensional accuracy and output consistency.

Depending on mold configuration, capacity ranges from 2,880 to 8,400 bricks per hour. Achieved strength, absorption and surface quality depend on calibrated mix proportions and curing control across the entire foot of the production line.

Revomac configures its fly ash brick machines around specified brick formats and rated throughput.

• Fly Ash Bricks Without Frog: 230 x 75 x 110 mm: Produce 4,800 pieces per hour or 38,400 pieces per shift.
• Fly Ash Bricks With Frog: 230 x 110 x 75 mm: Produce 2,880 pieces per hour or 23,040 pieces per shift.
• Fly Ash Bricks Without: Frog 230 x 110 x 75 mm: Produce 8,400 pieces per hour or 84,000 pieces per shift.
• Automation Levels: Offer manual, semi-automatic and fully automatic configurations based on production requirements.
• Control System: Regulate cycle timing and material flow through integrated operational controls.

3. Q Green Techcon Ltd

Q Green Techcon Ltd manufactures fly ash brick production systems with a focus on hydraulic control and scalable plant design. Operating since 2007, the company develops fly ash-based equipment through domestic manufacturing and a joint venture with Beijing REIT Technology Company Ltd.

Its block-making machine portfolio centers on fly ash brick output, supported by turnkey project execution for complete production setups. Q Green positions its systems around digital integration and calibrated process control to maintain consistent fly ash brick quality under defined operating parameters.

Q Green’s fly ash series includes the following production systems:

• QGH 14: Uses 50-ton hydraulic pressing capacity, produces six bricks per stroke at six cycles per minute and supports a 600 x 300 mm pallet size.
• QGH 17: Applies 50-ton hydraulic pressing capacity with six bricks per stroke and supports production above 16,000 bricks per shift.
• QGH 25: Delivers 80-ton hydraulic pressing capacity with six bricks per stroke for higher shift output ranges.
• QGH 25A Twin: Integrates dual 80-ton presses to produce 12 bricks per stroke for output exceeding 23,000 bricks per shift.
• Automatic Configuration: Each automatic fly ash brick machine supports optional pre-feed systems and a 1,000 kg pan mixer within a fully automated production layout.

4. Fujian Qunfeng Machinery Co., Ltd.

With more than 30 years of engineering development, the manufacturer behind the QF800 supports the global construction sector through intelligent production systems. A 215,000 m² manufacturing base provides the footprint for large-scale fabrication and controlled assembly.

Equipment exports to over 120 countries demonstrate established international distribution. The QF800 serves as a compact block-making machine for producing fly ash blocks in small to medium-sized facilities. The frame supports straightforward installation and stable operation under daily production loads.

The QF800 combines vibration control and structural design to improve compaction consistency.

• Double Frequency Conversion Motor: Powers the vibration system with calibrated force for uniform density.
• Bow-Shaped Demoulding System: Reduces impact stress during release to protect structural components.
• Mold Height Range 50 to 200 mm: Supports varied fly ash block formats within one machine platform.
• Fast Cycle Operation: Increases daily production capacity without excessive power demand.
• Compact Footprint: Fits limited plant space as an automatic fly ash brick machine.

5. Ingeniería Tecnócrata

Technocrat Engineering operates as a manufacturer of brick-making machines, focusing on hydraulic fly ash production systems engineered for controlled, high-volume output. The company’s Techno series integrates PLC-based control panels, automatic pressure regulation and conveyor-based handling to maintain consistent molding cycles.

Operating pressure ranges from 140 to 200 bar across models, supported by hydraulic oil systems with 420-litre capacity. Pre-fill hydraulic systems enable faster cycle response, while anti-brick crack mould technology protects structural integrity during demoulding. Each configuration is designed to deliver high-quality fly ash brick units with dimensional accuracy and compressive stability suitable for structural construction.

The Techno lineup scales production through defined hydraulic power and stroke capacity.

• Techno 24: Produces 34,000 to 36,000 bricks per 8-hour shift using a 20 Hp hydraulic motor and 24 bricks per stroke.
• Techno 18: Delivers 25,000 to 26,000 bricks per shift with 15 Hp hydraulic power and 18 bricks per stroke.
• Techno 15: Supports 20,000 to 21,000 bricks per shift with 12 bricks per stroke and 15 Hp hydraulic drive.
• Techno 10: Generates 14,000 to 15,000 bricks per shift with 8 bricks per stroke and 10 Hp hydraulic power.
• System Design: Combines water cooling, automatic pressure control and single-plate fabrication to support durable, eco-friendly bricks production.

6. L&T Hydraulic Industry

L&T Hydraulic Industry manufactures fly ash production systems designed for scalable output across manual, semi-automatic, and fully automated configurations. The company structures each block making machine around hydraulic stability, reinforced fabrication and controlled compaction cycles.

The lineup supports small pilot units through high-volume industrial plants while maintaining dimensional consistency under sustained operation. Modular customization allows configuration based on defined production targets and plant layout constraints.

L&T’s fly ash systems include:

• Manual Hand Press System: Produces 200 to 300 bricks per hour with a hand-operated press suited for rural and pilot-scale units.
• 3 CVT Semi Automatic System: Delivers 600 to 900 bricks per hour using hydraulic pressing with partial automation control.
• LT 8800 ALPHA-8CVT Fully Automatic System: Produces up to 2,200 bricks per hour through fully automated hydraulic operation for industrial-scale output.

7. Karmyog Hi-Tech Machineries

Karmyog Hi-Tech Machineries has established itself over two decades through in-house manufacturing and controlled production engineering. The company develops integrated brick-making machines designed for industrial durability and intelligent process control.

Its systems support a wide range of fly ash applications alongside concrete and paving solutions through vibro compaction technology. Structured plant layouts, certified components and coordinated material handling allow stable performance under sustained operational loads.

Karmyog’s production lineup includes the following systems:

• KHM144H: Operates with 144-ton pressing force and bottom vibration, producing approximately 2,880 units per hour within a fully automatic fly ash brick configuration.
• KMM48: Uses 48-ton hydraulic pressure with hand lever operation, installed capacity of 19 HP or 14 kW and delivers approximately 2,500 to 3,000 units per day.
• Power Configuration: Supports three-phase electrical supply aligned with plant-level operations.
• Multi-Product Capability: Integrates with a paver block making machine configuration to maintain quality brick output across varied construction formats.

8. TARA Machines and Tech Services

TARA Machines and Tech Services Private Limited delivers green construction technology focused on decentralized building material production. Promoted by TARA under the Development Alternatives Group, the company structures its systems to support sustainable construction through engineered process control.

Its integrated brick and block making machine platforms are designed for fly ash and concrete brick manufacturing in small and medium enterprise environments. Automation, controlled compaction and guided material handling ensure dimensional consistency before bricks are cured for structural use.

TARA’s MechRam series includes the following systems:

• MechRam X-16: Produces 1,600 units per hour with 4 bricks per cycle, supported by PLC-controlled feeding, compaction and ejection.
• MechRam X-2500: Delivers 2,500 units per hour with 12 bricks per cycle, featuring automated pallet transfer and stacking.
• MechRam X-1250: Produces 1,250 units per hour with 4 bricks per cycle and a sliding platform transfer.
• Automation Range: Configured for manual fly ash handling adaptations and scalable semi-automatic fly ash production environments.

9. QGM Quangong Machinery Co., Ltd

Founded in 1979, QGM Machinery Co., Ltd develops integrated systems to produce fly ash bricks and concrete units through engineered vibration and hydraulic control. The company operates from an expansive industrial campus spanning approximately 60 acres and collaborates with German partners to strengthen technical integration.

Rather than offering a single fixed unit, QGM structures each fly ash brick plant as a configured production system tailored to site layout, automation level and product requirements.

Its platforms combine static and dynamic vibration to improve density and dimensional stability. Precision-guided movement regulates tamper alignment during molding, supporting consistent output across industrial environments.

QGM’s production systems incorporate the following capabilities:

• High Vibration Force: Generates up to 172 KN to form dense blocks and bricks under controlled frequency settings.
• Four-Rod Guiding System: Maintains accurate movement between the tamper head and mould for consistent shaping.
• Integrated Hydraulic Modules: Utilize optimized German and Italian components with ABB motors for stable compression control.
• Frequency Conversion Control: Equips each automatic fly ash brick machine with programmable speed regulation and remote service capability.
• Multi-Format Production: Supports mold adjustments and parameter updates within one automated plant layout.

Ash Brick Machine Manufacturers FAQs

What maintenance checks do fly ash brick machines need daily?

Daily inspection should include a visual check for hydraulic leaks and hose wear. Verify oil level and cooling water level before startup. Inspect conveyors, belts and sensors for debris or misalignment. Confirm that vibration intensity and hydraulic pressure readings remain within rated limits.

How noisy is a typical fly ash brick plant during operation?

The operation generates continuous mechanical noise from vibration units and hydraulic systems. Additional sound comes from mixers, compressors and conveyor drives. Overall noise level depends on enclosure design, foundation damping and maintenance condition.

Can these machines run multiple shifts continuously without cooling breaks?

Most systems are designed for multi-shift operation when cooling systems function correctly. Operators must monitor oil temperature and motor load throughout production. In high ambient temperatures, short pauses or additional cooling may be required to protect hydraulic components.

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