4.0m3 Cardboard Container
4.0m3

4.0m3 Cardboard Container

Maximum capacity cardboard recycling for distribution centers. Industrial grade steel construction.

Flexible terms: Month-to-month agreement with 30 days notice to cancel. Multi-bin discounts applied automatically at checkout.

Fast delivery: Standard delivery within 5-7 business days. Express delivery available for urgent requirements.

Price doesn't include GST. If you get multiple services we'll knock some money off - you'll see that in your cart.

About the 4.0m3 Cardboard Container

The 4.0 cubic metre front-lift cardboard recycling container represents maximum-capacity industrial recycling, engineered for major distribution centers, large manufacturing facilities, shopping complexes, and high-volume operations generating substantial packaging waste. This heavy-duty steel container delivers the highest capacity-to-cost ratio for cardboard recycling, minimizing collection frequency while maximizing financial and environmental benefits.

At industrial scale, cardboard recycling economics become highly compelling. A 4m3 container holds approximately 400kg of flattened cardboard. General waste disposal would cost $170-200 including landfill levies ($59 in NSW at $147/tonne), whereas recycling costs just $40-65 - representing 75-80% savings per collection. For major distribution centers requiring daily or multiple weekly collections, annual savings easily exceed $20,000-$30,000, with some operations saving over $50,000 annually by implementing comprehensive cardboard recycling programs.

Australian Material Recovery Facilities (MRFs) process your cardboard into high-quality commodity bales for domestic paper mills. Visy Industries operates Australia's largest paper recycling network, processing cardboard at mills in Melbourne (Coolaroo), Sydney (Smithfield), Brisbane (Rocklea), and Adelaide. These facilities produce new packaging materials, boxboard, and containerboard, creating a true circular economy. Recycling 400kg of cardboard saves approximately 6.8 trees, 10,600 liters of water, and prevents 440kg of CO2 emissions. The 4m3 capacity suits operations generating 300-500kg weekly, with collection schedules tailored to match operational flows including seasonal peaks.

Technical Specifications

dimensions1450mm (H) x 2050mm (W) x 1550mm (D)
weight245kg (empty)
material4mm galvanized steel with reinforced construction
colorYellow (recyclables identifier)
wheel TypeFixed container - front-lift truck collection
capacity4000 litres / 4.0 cubic metres
load CapacityUp to 500kg of cardboard material

Ideal For These Businesses

Major distribution centers and logistics hubs
Large-scale manufacturing facilities
Shopping centers and retail complexes
E-commerce mega-fulfillment centers
Import terminals and freight consolidation
Industrial parks serving multiple businesses

Waste Guidelines

What Goes In

  • High-volume corrugated cardboard (flattened)
  • Shipping boxes and industrial cartons
  • Office paper and business documents
  • Newspapers, magazines, catalogs
  • Cardboard packaging and protective materials
  • Paper-based packaging materials
  • Cardboard pallets, dividers, and slip sheets
  • Industrial paper and cardboard waste

Not Accepted

  • Wet, moisture-damaged, or rain-soaked cardboard
  • Food-contaminated cardboard and packaging
  • Waxed cardboard or plastic-coated boxes
  • Plastic packaging, stretch wrap, shrink wrap
  • Plastic strapping, tape rolls, pallet wrap
  • Styrofoam, polystyrene, foam packaging
  • Metal strapping, banding wire, ties
  • Contaminated, hazardous, or soiled materials

Frequently Asked Questions

What are the total cost savings for a 4m3 cardboard recycling program?
A 4m3 container (~400kg cardboard) costs $170-200 for general waste disposal including landfill levies, versus $40-65 for recycling - saving $120-140 per collection. Operations requiring 3x weekly collections save $18,720-$21,840 annually. Additional savings come from: reduced general waste bin requirements (lower fixed costs), EPA compliance avoiding penalties ($10,000-$50,000 for non-compliance), potential carbon credits under emissions reduction programs, and improved sustainability ratings that attract environmentally-conscious customers and investors.
Should we invest in a cardboard baler for a 4m3 container?
For operations filling a 4m3 container weekly or more frequently, a cardboard baler delivers excellent ROI. Balers compress cardboard 10:1 or greater, meaning one 4m3 container can hold what would otherwise require 10 collections. A basic vertical baler costs $8,000-$15,000 with 2-3 year payback through reduced collection frequency. Large operations (500+ tonnes/year) may also sell baled cardboard directly to mills or brokers for commodity pricing. We can assess your volumes and recommend whether baling makes financial sense.
How do Australian MRFs process large volumes of cardboard?
Industrial MRFs use sophisticated sorting systems: incoming trucks tip cardboard onto conveyor lines where manual sorters remove contamination, optical scanners identify different paper grades, and large balers compress cardboard into 500-800kg bales. These bales are stored until loads (20-25 tonnes) are assembled for paper mills. Visy, Australia's largest processor, operates automated MRFs handling 1,000+ tonnes daily. Quality cardboard fetches $50-150/tonne depending on grade and market conditions - these commodity values are reflected in competitive recycling rates.
What documentation is provided for EPA compliance and auditing?
We provide comprehensive recycling documentation including: (1) Collection manifests with date, time, weight, and materials, (2) Transfer certificates to EPA-licensed MRFs, (3) Processing receipts confirming materials entered recycling stream, (4) Annual recycling reports showing total tonnage diverted from landfill, (5) Waste audit documentation for EPA inspections. This paper trail demonstrates compliance with state waste regulations, supports sustainability reporting (GRI, CDP, NGERS), and provides audit trails for certification programs (Green Star, NABERS, ISO 14001).