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275 Gallon IBC Tote

The most common intermediate bulk container size, about 40 x 48 x 46 inches. Available through partner suppliers; ask for a quote.

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Close-up of IBC totes with 1000L markings

275 Gallon IBC Tote

Technical Data

Full Specifications

These are typical figures for a standard 275-gallon caged IBC. Exact values vary between manufacturers and with the pallet, so measure the tote or ask the supplier if a fit is tight.

Nominal Volume275 US gallons (about 1,040 liters)
FootprintAbout 40 in x 48 in (102 cm x 122 cm)
Overall Height (incl. pallet)About 46 in (117 cm)
Bottle MaterialHigh-density polyethylene (HDPE), usually natural white
Cage MaterialGalvanized steel
Pallet TypeWood, steel, or plastic, depending on the tote
Pallet EntryFork access for forklifts and pallet jacks
Top OpeningScrew-on fill cap, commonly about 6 in
Bottom ValveOften 2 in, butterfly or ball type
MarkingUN marking and test dates on the plate, where present
Planning Reference

Dimension Reference

Use these approximate outside dimensions for early planning of floor layout and rack positions. Confirm against the actual tote before you commit to a tight fit.

DimensionInchesCentimeters
LengthAbout 48122
WidthAbout 40102
Overall HeightAbout 46117
Two Totes Stacked, HeightAbout 92234
Fill OpeningCommonly about 615
Bottom ValveOften 25
Handling

Estimating Filled Weight

Filled weight depends on the liquid. Water weighs about 8.34 lbs per gallon, so 275 gallons of water alone weigh about 2,300 lbs, before adding the tote itself. Tote weight varies by manufacturer and pallet.

The Calculation

Multiply gallons by 8.34, then by the specific gravity from your product's SDS, then add the empty tote. For a product with a specific gravity of 1.2, that is 275 x 8.34 x 1.2, or about 2,750 lbs of product.

What to Check

Compare the result with the rated capacity of your forklift or pallet jack, your rack beams, and your floor. Also check the limits on the tote's marking plate, since the tote is rated for a maximum gross mass and product density.

Bottle Material

HDPE Material Properties

IBC bottles are blow-molded from high-density polyethylene. Because the bottle touches your product, its general properties are worth knowing, though they do not replace checking your own product.

Material TypeThermoplastic, resin code 2
DensitySlightly less than water
MoistureAbsorbs very little water
SunlightDegrades with UV exposure unless stabilized or covered
HeatSoftens as temperature rises; check limits for hot filling
ChemicalsResists many chemicals, but not all. Check the SDS and supplier
RecyclingWidely recycled when clean
Cage Construction

Steel Cage Basics

The galvanized steel cage gives an IBC tote its strength. The HDPE bottle alone could not hold its shape under a full load, so the cage restrains it and protects it from impacts during handling.

Galvanizing protects the steel from corrosion, but it wears with time and damage. When a cage is no longer usable, the steel can go to a metal recycler, and a sound cage can often be rebottled.

MaterialGalvanized steel
ConstructionWelded grid; design varies by manufacturer
PurposeRestrains and protects the bottle
TopFrame that a stacked tote sits on, where stacking is allowed
Common WearDents, surface rust, and broken welds
End of LifeCan go to a metal recycler
Base Platform

Pallet Types

The pallet affects how a tote is handled and how well it holds up. Used totes come on wood, steel, or plastic pallets. If one type matters to you, say so in your quote request.

Pallet TypeNotes
WoodCommon and repairable. Check for splits, rot, and loose fasteners.
SteelNo rot or pests. Check for bends and rust at fork openings.
PlasticCan be washed down. Check for cracks at fork openings.
Close-up of an IBC tote valve and label

Valve and Label Details

A 275-gallon IBC tote typically has a bottom valve, a top fill cap, and a galvanized steel cage. On a reconditioned tote, the valve, gaskets, and lid are typically inspected and replaced as needed, but the scope varies by supplier.

The plate on the cage carries the tote's UN marking, where present, and its test dates. If you need those to be current, ask the supplier before you buy.

Discharge System

Bottom Valve Basics

The bottom valve, often 2 inches, is a quarter-turn butterfly or ball valve. Butterfly valves are the usual standard fitting, and ball valves leave a clearer path for thicker liquids.

The valve body and gasket touch your product, so they need to be compatible with it too. EPDM is a common gasket, and FKM (Viton) is a common alternative for products EPDM does not suit. Check the SDS and the supplier.

Flow from a gravity drain depends on the valve, the liquid, and how full the tote is. If flow matters to your process, test it with your own product or consider a pump.

Valve TypeButterfly or ball, quarter-turn
Common SizeOften 2 in
Body MaterialCommonly polypropylene
Seal / GasketCommonly EPDM; FKM (Viton) is a common alternative
ThreadVaries; coarse S60x6 is common. Adapters are available
HandleLever
Regulations

Reading the UN Marking

Many IBC totes carry a UN marking on a plate attached to the cage. It is a short string of codes that describes the container design and its limits. Here is the general idea of what the parts mean.

UN symbolShows the packaging design was tested to UN requirements
Type codeIdentifies the IBC type. On caged totes it is often 31HA1, a composite IBC with a plastic inner and steel outer
LetterThe packing groups the design was tested for, such as Y for groups II and III
DateWhen the container was made
OriginCountry and manufacturer identification
FiguresTest and mass limits, such as maximum gross mass and stacking test load

Why UN Markings Matter

For products regulated for transport, DOT rules under 49 CFR set requirements for the container, its marking, and its periodic tests. Look at the 2.5- and 5-year test dates on the plate, and check current regulations before you ship.

For storage of unregulated liquids such as rainwater, a current marking may not matter to you. If you are not sure which case applies, ask whoever is responsible for compliance at your site.

Chemical Compatibility

How to Check Chemical Compatibility

HDPE resists many chemicals, but compatibility depends on the product, its concentration, its temperature, and how long it stays in the tote. Check the SDS and supplier for your product.

Start With the SDS

The safety data sheet for your product is the first place to look for storage and container guidance. Read it before you ask for a quote.

Consider Concentration and Temperature

A container that handles a dilute product at room temperature may not handle a concentrated or warm one. Compatibility depends on both.

Check Every Wetted Part

The bottle is only one part. The valve body, gaskets, and cap seal also touch your product, and they may be different materials.

Ask What the Tote Held

Residue from prior contents can react with or contaminate a new product. Ask the supplier, and tell them what you plan to store.

Good Practice

Storage Guidelines

Sensible storage helps a tote last and protects your product. OSHA, EPA, and DOT rules may apply depending on what you store, so check current regulations for your site.

Indoor Storage

Keep totes away from heat sources and out of direct sun where possible. Heat and UV are the usual causes of early bottle wear.

Outdoor UV Protection

HDPE degrades in sunlight. If totes stay outside, use a cover or shade.

Chicago Winters

Water-based products can freeze in an unheated yard or dock. A frozen valve can crack, so drain it or use a heating blanket.

Surface

Use level concrete or compacted gravel. Soft ground lets a full tote tilt.

Stacking

Stack only as the marking and the manufacturer allow, and only on a lower tote with a sound cage and pallet.

Flammable Liquids

Check fire code, your insurer, and the SDS before storing flammable liquids in a composite IBC.

Spill Containment

Secondary containment may be required. Review EPA and SPCC requirements in general terms, then check current regulations for your site.

Test Dates

For regulated transport, check the 2.5- and 5-year test dates on the plate and confirm current regulations.

Preventive Maintenance

Maintenance Tips

Most early failures come from something preventable, such as a worn gasket, a sun-damaged bottle, or a seized valve. A quick routine check catches these before they become a spill.

Valve

Open and close the valve from time to time so it does not seize. Replace the gasket if it drips.

Lid / Fill Cap

Inspect the lid gasket for cracks and flattening. Tighten the cap firmly by hand, because overtightening can damage the gasket.

HDPE Bottle

Check for hairline cracks, especially at the corners and around the valve. A chalky, brittle surface suggests UV damage.

Steel Cage

Inspect welds at the top frame and corners. Surface rust is common, while broken welds or deep rust are a reason to retire the cage.

Pallet

Check wood pallets for split boards, protruding nails, and rot. Check steel and plastic pallets for bends and cracks at the fork openings.

Labels & Markings

Remove old product labels before refilling, without covering or damaging the marking plate. Labels should match what is in the tote.

Cleaning

Rinse with a method suited to the last product, and handle rinse water as the SDS and local rules require. Let the tote dry with the lid off.

Spare Parts

Keep a few spare gaskets on hand. A failed gasket is often the cause of a slow leak.

Condition Options

Grades to Ask About

Partner suppliers commonly describe 275-gallon totes with these general terms. Definitions vary by supplier, and so does what is available at any given time.

Rebottled

  • New HDPE bottle
  • Used cage and pallet
  • No prior contents in the bottle
  • Ask how it was tested

Grade A

  • One-trip or lightly used
  • Little or no staining
  • Cage in very good condition
  • Ask about prior contents

Grade B

  • Used, light wear
  • Minor scuffing or label residue
  • Working valve
  • Common for non-food industrial use

Grade C

  • Multiple uses, visible wear
  • Cosmetic imperfections
  • Valve may need replacing
  • Common for non-sensitive storage
Use Cases

Common Applications

The 275-gallon IBC tote is used across many kinds of work in Chicago and the surrounding suburbs. These are some typical uses.

Chemical Storage

The 275-gallon IBC is widely used for industrial liquids and cleaning agents. Suitability depends on your product, so check the SDS and supplier. If the product is regulated for transport, review DOT and 49 CFR requirements and check current regulations.

Food and Beverage

If your product is food or potable water, ask the supplier for documentation and confirm with your own QA and current regulations.

Agriculture & Irrigation

Growers use 275-gallon IBCs to hold water and liquid inputs, and the pallet base makes them easy to load onto a truck or trailer with a forklift. Check the label and SDS of anything you plan to store.

Manufacturing & Industrial

Production lines use 275-gallon IBCs as feed tanks, waste collection vessels, and holding containers. The footprint of about 40 by 48 inches works with many pallet racks and handling systems.

Water Storage

Totes are a compact way to hold non-potable water on farms, job sites, and gardens. For drinking water, follow the food and potable guidance above.

Waste Collection

Used totes are a practical way to collect spent liquids for later handling. Keep waste streams labeled and separate, and follow the rules that apply to the material.

Size Comparison

275 Gallon vs 330 Gallon: Full Comparison

The two sizes share a footprint, so the choice mostly comes down to height, weight, and how much you want in each container.

Specification275 Gallon330 Gallon
Nominal Volume275 gal (about 1,040 L)330 gal (about 1,250 L)
LengthAbout 48 inAbout 48 in
WidthAbout 40 inAbout 40 in
HeightAbout 46 inAbout 53 in
Weight of Water AloneAbout 2,300 lbsAbout 2,750 lbs
Two Stacked, HeightAbout 92 inAbout 106 in
RackingCheck beam heightCheck beam height; needs 7 in more

When to Choose 275 Gallon

  • Your racking or door clearance cannot take the extra 7 inches
  • You want the lighter of the two loads for your handling equipment
  • Your process uses less than 275 gallons between changeovers
  • You are storing a denser liquid and weight is the limit
  • Floor loading in your building is a concern

When to Choose 330 Gallon

  • You want more capacity without using more floor space
  • Your forklift is rated for the heavier load
  • You have the height clearance for a taller tote
  • Fewer container changes matter to your production line
  • Your rack beams can be set for the extra height
View 330 Gallon specs
How It Works

How to Request 275 Gallon Totes

We do not hold stock or sell totes ourselves. We take requests from Chicago and the Chicagoland area and pass them to partner suppliers. Availability depends on the supplier.

01

Request a Quote

Use the form to tell us the quantity, grade, and any special requirements, such as what you plan to store and your pallet type.

02

We Pass It Along

We send your request to partner suppliers. The request is free and carries no obligation.

03

A Partner Supplier Follows Up

A partner supplier follows up with pricing and availability, and any pickup or delivery options.

04

Confirm the Details

Agree the condition, prior contents, documentation, and terms directly with the supplier before you buy.

What to Include in Your Request

  • Number of totes, and whether the need is one-time or repeating
  • Acceptable grades, and whether rebottled totes would work
  • What you plan to store
  • Any pallet or valve preference
  • Your town or county in the Chicagoland area

Pickup and Delivery

Pickup and delivery are arranged through partner suppliers, and availability depends on the supplier. Tell them whether you have a loading dock or a forklift on site, since that affects how totes can be unloaded.

Looking for 275 Gallon IBC Totes?

275 gallon totes are available through partner suppliers. Ask for a quote, and a partner supplier follows up.