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529 matching equipment records
Equipment-type guides and manufacturer/model references. Supply configuration, price and availability are confirmed for your requirement.
457Coarse reduction of accepted waste before sorting or further processing, with feed preparation and cutting configuration selected for the material.
458Reducing accepted mixed or bulky waste streams before subsequent separation or processing, using a cutting configuration agreed for the actual feedstock.
459Size reduction of difficult solid-waste streams such as selected metal scrap, cables and bulky material, subject to a feed assessment and the chosen cutting configuration.
460For small packaging operations sealing compatible plastic-film pouches in an upright format, with film trials used to establish temperature, conveyor speed and support requirements.
461Continuous horizontal heat sealing of compatible bags at a small packaging workstation, after review of film and filled-package handling.
462Continuous closure of suitable heat-sealable bags in small production and packing areas, where the filled pouch must remain upright as its open edge passes through the sealing head.
463Horizontal bag sealing and batch/date marking where the package can be supported and guided through the specified heat-sealing path.
464Continuous top sealing and batch/date coding of compatible heat-sealable bags in a packaging work area with suitable feeding and discharge space.
465Horizontal heat sealing and batch/date coding of compatible bags at a packaging workstation with suitable feeding and discharge support.
466Upright bag sealing and date/batch marking in a suitably arranged packaging workstation, after trials with the actual heat-sealable material.
467Producing compatible printed and encoded identification labels for logistics, inventory or asset workflows, with tags and encoding requirements selected together.
468Gravity concentration of appropriately prepared mineral feeds such as tin, tungsten, gold and other density-separated ores. A mineral test is needed to establish the useful size range and achievable concentrate quality for a particular feed.
469Primary size reduction of appropriately sized brittle rock or mineral feed in a small crushing circuit, with suitable feeding, guarding and product handling.
470For mineral-processing circuits evaluating gravity recovery from suitable alluvial or milled material, including free-gold recovery. Ore characterisation and a representative separation test determine suitability.
471Small-duty gravity concentration of suitably liberated heavy minerals within a defined slurry circuit and ore-test programme.
472Gravity concentration of liberated heavy minerals in a specified mineral-processing circuit, subject to representative ore tests and suitable slurry preparation.
473Gravity concentration of appropriately liberated heavy minerals, including gold-bearing feeds, as part of a specified classification and mineral-processing circuit.
474Gravity concentration of suitably liberated heavy minerals within an engineered slurry circuit and representative ore-test programme.
475Paddy-to-white-rice processing for small mills, grain shops and farm processing operations comparing a compact combined unit with a larger linked rice milling line.
476For small rice-processing businesses evaluating an integrated paddy-to-white-rice route. Paddy condition, grain variety and the required final grading determine the practical line arrangement and output.
477Producing suitable tube ice for beverage cooling, food handling or other uses after specifying water quality, ice size and site conditions.
478Producing tube ice for suitable beverage, fresh-product or process-cooling duties, with the treatment and handling arrangement designed for the intended use.
479Producing suitable tube ice for cooling or handling applications, after checking water quality, ice size and the selected installation conditions.
480Producing tube ice for suitable bulk cooling and ice-handling operations, with the water treatment, storage and transfer system designed for the intended use.
