Vagheshwari Engineering Works - Brick Making Machine Manufacturer
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    Plant Selection & Engineering Guide

    How to Select the Right Fly Ash Brick Machine: 4 KVT vs 8 KVT vs 10-Brick

    Setting up a commercial fly ash brick plant requires balancing three non-negotiable variables: your sanctioned electrical power (HP), daily regional brick demand, and initial capital expenditure. This factual engineering guide by Shree Vagheshwari Engineering Works compares our verified factory setups to help you select the ideal configuration.

    17 HP Power Sanction?

    Choose 4 KVT Metal-to-Metal for entry-level setups with low electrical overhead.

    8,000–10,000 Bricks / Day?

    Choose SVW 8 KVT Plant for steady commercial masonry supply with 30 HP power.

    12,000–14,000 Bricks / Day?

    Choose SVW 10-Brick Plant with 100–120T double cylinder compression for maximum volume.

    Side-by-Side Matrix

    Comparison Matrix: 4 KVT vs 8 KVT vs 10-Brick Plant

    Engineering parameters verified from manufacturer quotations (August–September 2026).

    Verified Factory Specifications vs Planning Guidance: Model power ratings, motor horsepower, and machine inclusions below reflect verified manufacturer quotation records. Production outputs and cycle times are practical plant estimates subject to raw material handling and local operating conditions. This is a general planning guideline. Final requirements should be confirmed based on the selected machine configuration, site conditions and electrical setup.
    Specification / Factor4 KVT Metal-to-MetalSVW 8 KVT PlantSVW 10-Brick Plant
    Connected Power~17 HP (3-Phase, 415 V)~30 HP (3-Phase, 415 V)~30 HP (3-Phase, 415 V)
    Daily Production (8h)Configuration dependent (supplied without dies; output depends on die cavity & material handling)8,000–10,000 bricks12,000–14,000 bricks
    Hydraulic System / Force7.5 HP Hydraulic Power Pack80–100 Tons Compression100–120 Tons Double Cylinder
    Output Per StrokeConfigured by die (supplied without dies)8 Bricks or 6 Pavers10 Bricks or 8 Pavers
    Roller Pan Mixers1× 5 ft Heavy Roll Pan Mixer2× 5 ft Rollers (7.5 HP each)2× 5 ft Rollers (7.5 HP each)
    Conveyor System17 ft Feeding Conveyor18 ft Heavy Conveyor (2 HP)18 ft Heavy Conveyor (2 HP)
    Control SystemPLC Control PanelSiemens PLC + 7-inch HMISiemens PLC + 7-inch HMI
    Base Die InclusionsWithout Dies (custom selected)Standard 9x4x3 Die IncludedStandard 9x4x3 Die Included
    Best Suited ForEntry-level plant setup / village supply / 17 HP power constraintEstablished commercial block yard / steady regional demandHigh-output regional supplier / infrastructure contractors
    Buyer Strategy

    The 4-Pillar Decision Framework

    Evaluate these four core criteria before finalizing your machine quotation.

    1. Connected Power Availability (17 HP vs 30 HP)

    In many rural and semi-urban industrial belts, sanctioning a 30 HP industrial commercial 3-phase line requires transformer upgrades or extended application wait times. If your site has a 17–20 HP sanctioned limit, the 4 KVT Metal-to-Metal Machine is your best option, requiring only ~17 HP for the complete plant (including 5 ft pan mixer and 17 ft conveyor). If 30 HP is readily available, the 8 KVT or 10-Brick plants offer significantly higher output per kilowatt consumed.

    2. Regional Market Demand & Dispatch Pace

    A standard tractor-trolley carries 1,500 to 2,000 bricks, while a commercial truck holds 4,000 to 6,000 bricks. If your sales projection is 2 to 3 truckloads per day (8,000–12,000 bricks), the SVW 8 KVT or 10-Brick Plant ensures you can fulfill orders in a single 8-hour shift without running expensive overtime or weekend shifts.

    3. Batch Mixing & Conveying Logistics

    A brick press is only as fast as its material feeding. The 4 KVT setup operates smoothly with a single 5 ft heavy roll pan mixer. The 8 KVT and 10-Brick plants come standard with dual 5 ft roller pan mixers (7.5 HP each), ensuring continuous material staging so the automated hydraulic press never runs empty during high-speed 18-second strokes.

    4. Capital Budget & Mould Tooling Flexibility

    The base quotation for the 4 KVT machine is supplied without dies, keeping initial capital cost low and letting you invest specifically in the exact hardened alloy die required for your regional market. The 8 KVT and 10-Brick plants include a standard 9×4×3 hardened steel die in the base quotation package, ready for immediate commercial production upon delivery.

    Detailed Model Overviews & Factory Quotations

    Entry-Level Commercial Setup

    4 KVT Metal-to-Metal Automatic Fly Ash Brick Machine

    Complete 17 HP commercial plant package including 7.5 HP power pack, 5 ft heavy roll pan mixer, 17 ft feeding conveyor, Crompton motor, and PLC panel. Supplied without dies so you pay only for the exact mould formats you need.

    • Power: ~17 HP (3-Phase)• Output: Die & handling dependent• Footprint: ~2,500–5,000 sq ft
    High-Capacity Flagship Plants

    SVW 8 KVT & SVW 10-Brick Automatic Hydraulic Plants

    Turnkey plants with double-cylinder hydraulic compression (80–120 Tons), dual 5 ft roller pan mixers (15 HP total), 18 ft conveyor, Siemens PLC with 7-inch color HMI touchscreen, and standard 9x4x3 hardened steel die included.

    • Power: ~30 HP (3-Phase)• Output: 8,000–14,000 Bricks/Day• Force: 80–120 Tons Hydraulic
    Next Recommended Step

    Check Power & Space Requirements for Your Plant Site

    Learn the exact shed clearance, transformer load requirements, curing yard layout, and water consumption required to commission your brick plant.

    Read Power & Space Guide