Process & Quality
Reliable output depends on more than nominal capacity. Material behavior, particle-size change, mixing uniformity, pellet quality, operating hours and connected equipment determine the correct model and configuration.
Every selection is anchored to a defined operating window. These inputs control process type, working volume, drive power, wear protection, utilities and interface dimensions.
Composition, bulk density, moisture, temperature, abrasiveness, cohesiveness and flow behavior.
Normal t/h, peak t/h, batch size, operating hours, annual tonnage and required availability.
Finished form, particle-size distribution, mix uniformity, pellet diameter, density and tolerances.
Minimum and maximum feed size, impurity load, temperature variation and upstream consistency.
Upstream equipment, buffer volume, inlet height, downstream transfer and required interlocks.
Voltage, frequency, available power, compressed air, steam, water and dust-collection capacity.
Standalone starter, VFD, local HMI, PLC integration, recipes, alarms and production data.
Hygiene class, dust zone, corrosion, ambient temperature, altitude, cleaning and access limits.
The final equipment specification connects product quality, production capacity and lifecycle requirements to a defined mechanical and electrical configuration.
Cleaning, crushing, mixing, pelleting, cooling, conveying or packaging duty.
Density, moisture, size, abrasiveness and flow characteristics.
Normal output, peak load, batch cycle and daily operating hours.
Operating principle selected for the required product change and quality.
Materials, drive, feed, discharge, controls, cleaning and safety options.
Interfaces, accessories, documentation, testing, installation and spare parts.
Individual equipment and compatible auxiliaries cover raw-material preparation through finished-product handling. Selection depends on material properties, required capacity and finished-product targets.
Remove ferrous metal, stones, oversized particles, light impurities and dust before processing.
Magnetic separator · vibrating screen · rotary cleaner · destoner View cleaning equipment →Control particle-size reduction for feed, grain, biomass and other bulk materials.
Hammer mill · roller crusher · pulverizer · pre-grinder View milling equipment →Meter dry and liquid ingredients and produce repeatable mix uniformity at the required cycle time.
Batch scale · ribbon mixer · paddle mixer · liquid addition Discuss mixing requirements →Form stable finished products with controlled diameter, density, durability and moisture.
Pellet mill · ring-die granulator · conditioner · extruder Discuss pelleting requirements →Transfer and buffer materials at controlled rates without blockage, segregation or excess dust.
Screw conveyor · bucket elevator · belt conveyor · storage bin Discuss conveying requirements →Stabilize product temperature and moisture, then weigh, fill and close bags for dispatch.
Counterflow cooler · rotary cooler · bagging scale · sewing unit View packaging equipment →Typical selection basis — final duty points follow the product specification.
| Process Duty | Typical Equipment | Primary Sizing Variables | Performance Target |
|---|---|---|---|
| Raw Material Cleaning | Screen, magnetic separator, destoner | Feed rate, impurity type, particle range and dust load | Removal efficiency with controlled product loss |
| Particle-Size Reduction | Hammer mill, crusher, pulverizer | Feed size, target size, hardness, moisture and motor load | Stable particle distribution at rated throughput |
| Batch Mixing | Ribbon or twin-shaft paddle mixer | Batch weight, bulk density, cycle time and liquid ratio | Uniformity, discharge residue and batches per hour |
| Pellet Production | Conditioner, pellet mill, cooler | Formula, diameter, density, moisture, steam and output | Pellet durability, temperature and final moisture |
| Final Packaging | Buffer bin, bagging scale, closing unit | Bag size, accuracy, bags per hour and product flow | Stable filling rate, weight accuracy and clean closure |
Swipe horizontally to view all specification columns.
The equipment request form captures the operating data required for model selection, configuration, interface definition and quotation.
Direct answers covering preliminary model choice, machine customization, production capacity, existing-line connections and quotation scope.
Material name, expected capacity, finished-product target and destination country define a preliminary product family and size range. Final selection additionally requires moisture, bulk density, feed size, operating hours and interface conditions.
Available options include product-contact materials, wear liners, motor and voltage, feeding and discharge arrangements, inspection access, aspiration ports, sensors, local controls and PLC communication.
Line capacity follows the required finished output, actual operating time and limiting process stage. Surge bins, batch cycles, changeover, maintenance and product variation are included in the capacity balance.
Connection requirements include upstream and downstream capacity, inlet and outlet dimensions, installation height, support loads, utilities, controls, interlocks and available maintenance space.
The quotation identifies model, rated duty point, principal construction materials, installed power, dimensions, standard accessories, controls, documentation, delivery terms, exclusions and available options.
