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    Guide
    7 minUpdated 2026-10-15 · LT Plastics

    IBC Tote Sizes & Dimensions: 275 and 330 Gallon Chart

    Use the dimensional chart as a starting point, not a racking or load approval. A larger gallon rating changes volume; it does not prove payload, stacking or forklift compatibility.

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    TL;DR: Many North American 275 and 330 gallon composite IBCs use an approximately 48 x 40 inch footprint, with the larger unit gaining height. Dimensions vary by manufacturer and base. Before buying, obtain the exact drawing, tare and maximum gross mass. Gallons describe volume—not allowable payload, racking suitability or permission to stack filled units.

    Quick Facts

    Specification275 gallon reference330 gallon referenceProcurement check
    Nominal volumeAbout 1,040 LAbout 1,250 LConfirm nominal and usable fill volume
    Common footprintAbout 48 x 40 inAbout 48 x 40 inExact pallet base and fork-entry drawing
    Common heightApproximately 46 inApproximately 53 inExact overall height with closures and accessories
    Tare and gross massModel-specificModel-specificCurrent data plate and manufacturer specification
    Filled stackingNot inferred from volumeNot inferred from volumeApproved load, duration, temperature and support conditions
    Valve and closureModel-specificModel-specificConnection standard, seal and material compatibility

    These are approximate reference dimensions for common composite IBCs, not specifications or an availability claim for a Bonar or LT Plastics model. SCHÜTZ's ECOBULK range illustrates why the actual container configuration matters. Obtain a current drawing for the exact model before ordering equipment around it.

    Capacity, payload and gross mass are different

    Nominal volume does not assume that the product weighs the same as water. Liquid density determines the contents mass; tare adds the mass of the empty container. Gross mass includes both. Confirm the container's permitted filling conditions and any maximum gross mass before filling.

    Illustrative gross mass in pounds = gallons x 8.34 x specific gravity + measured tare in pounds.

    The 8.34 factor is an approximate water-density conversion; use actual product density at the relevant temperature for engineering decisions. A 275 gallon fill at specific gravity 1.4 contains approximately 3,211 lb of liquid before tare. If the empty unit weighs 125 lb, the illustrative gross mass is about 3,336 lb. Neither number is a load rating for an IBC.

    Compare that gross mass with the container specification, handling equipment rating and any rack or floor constraints. Check forklift capacity at the actual load center, lift height and fitted attachment—not just its headline capacity. OSHA's powered industrial truck requirements require operation within rated capacity.

    Measure the interfaces before standardizing a fleet

    The footprint is only the first check. Record overall height, fork-pocket openings and entry sides, valve projection, closure clearance and the support surfaces under the base. Compare them with the rack, wash bay, conveyor, filling connection and truck-loading method.

    Do not assume any pallet-sized IBC can be supported on open rack beams. Ask the container manufacturer and rack supplier about the specific support arrangement. A familiar footprint alone does not establish rackability.

    Switching from 275 to 330 gallons may add height without changing the approximate footprint. Confirm clearance with the unit in its real handling position, including any overhead fittings or raised fork position.

    Filled stacking is a separate approval

    There is no universal “two high” instruction for all IBCs. The container's permitted stacking conditions depend on its design and load, and may involve duration, temperature and support. A transport-test mark is not a blanket authorization to use every storage arrangement.

    Check the manufacturer's instructions and inspection criteria for the exact model. Inspect the bottle, cage and pallet before reuse. Do not treat empty and filled stacking as equivalent; the loads and stability concerns differ.

    For hazardous-material transport, use the applicable requirements and a qualified dangerous-goods review. 49 CFR 178.703 describes IBC markings, while 49 CFR 173.35 addresses IBC use. A gallon rating alone does not establish transport authorization.

    Trailer fit: geometry is not the dispatch count

    Two-across placement may be geometrically possible for a common footprint, but the count depends on orientation, actual interior dimensions, load securement, gross weight and axle distribution. Do not quote a standard number of full totes per 53-foot trailer without those checks.

    Use the pallet planning calculator for a preliminary footprint layout, then have the carrier confirm the weight and securement plan. The freight cost per unit guide discusses the purchasing trade-off; a calculated layout is not dispatch approval.

    New, rebottled and used: ask about history and scope

    Clarify whether “reconditioned” means a cleaned existing bottle, a replacement bottle in a reused cage, or another documented process. Do not infer food-contact suitability from the label or clean appearance. Check prior contents, the finished food-contact materials and supported use with your quality team.

    The FDA food-contact checklist separates regulatory basis from intended use. A general food-grade statement does not establish chemical compatibility, safe reuse or authorization for hazardous transport.

    When to evaluate another container type

    For liquids, start with the pump, valve and compatibility requirements. For solids or material that cannot pass the proposed valve, compare a bulk bin or hopper. For a reusable food-handling loop, consider cleaning access, lifting method and damage history alongside cost per trip.

    Do not assume a rigid HDPE bin replaces a liquid IBC. Check liquid containment, closure, outlet and load ratings for the actual model. Nor should hot, frozen or chemically aggressive products be routed to HDPE without checking its limits. LT Plastics can discuss food-grade tote configurations; request a current specification rather than treating this generic dimensional chart as the offered catalog.

    For a fleet evaluation, prepare product density and temperature, usable fill volume, application, drawing requirements, annual quantity, sites and handling method. Attach the existing equipment dimensions so proposals can be compared on equal requirements.

    FAQ

    What are the dimensions of a 275 gallon IBC tote?

    Many composite models are approximately 48 x 40 x 46 inches. Manufacturer, pallet base and accessories can change the dimensions. Use the exact drawing for racking, wash-line and vehicle clearance decisions.

    What are the dimensions of a 330 gallon IBC tote?

    Many composite models retain an approximately 48 x 40 inch footprint and are around 53 inches high. These are reference figures, not a specification for every model.

    How much does a 275 gallon IBC tote weigh full?

    Multiply the actual fill volume by product density, then add tare. At approximately 8.34 lb per gallon, 275 gallons of water contributes about 2,294 lb before the empty container. Confirm the maximum gross mass for the exact model.

    Can you stack IBC totes when they are full?

    Only under the exact model's approved conditions. Obtain stacking limits and check gross mass, temperature, duration and support. Do not apply a universal two-high rule.

    How many IBC totes fit in a 53 foot trailer?

    There is no universal dispatch count. Footprint layout, trailer dimensions, gross and axle weights, and securement determine it. Confirm with the carrier after calculating the actual filled masses.

    Are used IBC totes safe for food?

    Not merely because they look clean. Verify the food-contact configuration, prior-use history and suitability for the intended food and process. Have the quality team resolve documentation gaps before reuse.

    Sources

  1. SCHÜTZ ECOBULK model range — example composite IBC manufacturer; request model-specific data.
  2. 49 CFR 178.703: IBC markings
  3. 49 CFR 173.35: use of IBCs
  4. OSHA 1910.178: powered industrial trucks
  5. FDA: regulatory status of food-contact components
  6. Related reading

  7. IBC new vs reconditioned buying guide
  8. IBC food grade, cleaning and label guide
  9. Collapsible vs rigid bulk containers
  10. Food-grade tote options
  11. Chemical tote containers and IBC totes
  12. Next Read

  13. IBC tote weight empty and full
  14. Empty IBC totes piling up? What to do
  15. 200 gallon totes: what size you need
  16. Tank dimensions from gallons
  17. Next step in your decisionWater Storage Tanks for Sale: 275 to 1,000+ Gallon Sizing Guide

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