Industrial sourcing and implementation for Afghanistan

Open-End Recycled-Cotton Yarn Line

A medium-industrial rotor-spinning mill converting tested recovered cotton fibre, cotton waste and approved blending fibre into low- or medium-count yarn through blend preparation, opening and cleaning, carding, two drawing passages, sliver can transport, rotor spinning, cone inspection, conditioning and packing. It is a complete spinning process, not a single rotor-machine purchase.

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Open-End Recycled-Cotton Yarn Line equipment and production reference

Production line and factory setup overview

A medium-industrial rotor-spinning mill converting tested recovered cotton fibre, cotton waste and approved blending fibre into low- or medium-count yarn through blend preparation, opening and cleaning, carding, two drawing passages, sliver can transport, rotor spinning, cone inspection, conditioning and packing. It is a complete spinning process, not a single rotor-machine purchase.

Recommended lowest-entry line configuration Before equipment selection, secure one repeat recycled-fibre blend and one buyer-approved yarn count, then run spinning trials. Screen one compact blow-room/blending line, two cards, two drawing passages and one 120-168 rotor machine with waste extraction, humidification, laboratory and transformer sized from the supplier power list. Used inspected cards or draw frames may lower entry risk; the rotor head must have verified service support.

120-168 rotorsscreened starter machine
Ne 6-16trial yarn-count window
0.3-0.8 t/dayindicative starter output
25-40three-shift workforce

Production process and implementation sequence

  1. Fibre receiving and laboratory release
  2. Blend weighing and laydown
  3. Opening, metal detection and cleaning
  4. Carding to controlled sliver
  5. First drawing and levelling
  6. Second drawing and can preparation
  7. Rotor spinning and piecing
  8. Cone inspection, conditioning and packing

Products, capacity and market fit

  • Local cotton and textile waste can enter higher-value yarn after controlled recycling.
  • Open-end spinning is suitable for selected shorter fibres and lower-count yarns.
  • Domestic knitting, weaving and rope buyers can reduce imported-yarn dependence.
  • A single validated yarn count keeps launch settings, spares and working capital focused.
  • Recycled-cotton open-end yarn - One buyer-approved count, twist, strength, evenness, contamination and package - Knitting, weaving, denim weft, towels or rope after trials
  • Recoverable spinning waste - Segregated by stage and contamination - Controlled reprocessing where quality permits

Core production machinery and line specifications

Machine / stageFunction / valueProduction note
Blend preparation and opening lineMeters, mixes and gently opens fibre lotsOne validated recycled blend
Metal/spark detection and cleanerProtects machinery and yarn from contaminationBefore fine opening and cards
Two carding machinesCleans, individualises and forms sliverMatched to recovered-fibre length
First drawing frameDoubles and levels card sliverAutoleveller preferred after trial
Second drawing framePrepares consistent rotor-feed sliverCan size matched to rotor machine
120-168 position rotor spinnerForms and winds open-end yarnVerified count, rotor speed and service
Waste suction and central filterCollects fly and segregates process wasteFire-safe pressure-balanced layout
Yarn laboratory and conditioning roomControls count, twist, strength, evenness and moistureBuyer test methods

Raw materials, utilities and factory requirements

Indicative low-entry investment and implementation plan

These planning ranges prioritize economical machinery, local labor and local civil works. Final pricing follows confirmed capacity, product specification, delivery terms and site conditions.

ScopeIndicative rangeEntry-plan note
Opening, blending and two cardsUS$90k-230kNew economy or inspected mixed scope
Two drawing passages and can handlingUS$45k-120kSliver quality is mandatory
120-168 rotor spinning machineUS$70k-180kSupplier examples start near US$70k
Air, humidity, lab and electrical systemsUS$55k-150kInclude transformer and fire controls
Freight, installation, training and sparesUS$65k-170kTechnical commissioning required
Indicative installed project totalUS$325k-850kBuilding and fibre working capital excluded

Detailed proposal and next step

The proposal contains the complete line flow, machinery scope, raw-material and utility requirements, implementation stages and indicative entry planning. Final configuration follows confirmed products, capacity, site and budget.

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