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Aseptic IBC Container

PALLETIZED. STACKABLE. BUILT FOR BULK LIQUIDS.

Aseptic IBC Container

Replaceable Liner Systems for Sensitive Liquids

Aseptic IBC containers use a replaceable product-contact liner to reduce contamination exposure for sensitive liquid ingredients. Concentrates, purees, and syrups fill into a fresh liner every time, simplifying changeover between products.

High-Purity & Sanitary
Food-Grade Approved
Recyclable
Lightweight

Overview

Liner-based IBC systems for concentrates, purees, and syrups where each fill needs a fresh product-contact surface. The liner does the sealing work and the outer container does the carrying, with collapsible options that reduce return-shipping space.

FDA-Compliant Bottle

New HDPE inner receptacle molded from FDA-compliant, food-grade resin.

Sanitary Fittings

Valve and cap options selected for clean discharge and simple sanitation.

Tamper-Evident Closures

Sealed fill caps and discharge covers help protect product integrity in transit.

275 & 330 Gallon Sizes

Both capacities share a standard pallet footprint for consistent handling.

Common Uses

Bulk Liquid Ingredients

Edible Oils & Syrups

Industrial Chemicals

Acids & Caustics

Cleaning Products

Water Treatment Chemicals

Process Water & Wastewater

Oils & Lubricants

Hazardous Liquids

Specifications

Nominal Capacity275 & 330 U.S. gallons (1,040 / 1,250 Liters)
Bottle MaterialReplaceable Aseptic Liner in HDPE Bottle
Cage & PalletGalvanized Steel Cage / Composite Pallet Base
Height46 in / 53 in (1,168 / 1,346 mm)
Footprint48 x 40 in (1,219 x 1,016 mm)
Empty Weight115 - 155 lbs (52 - 70 kg)
Fill / Discharge6 in (150 mm) Fill Cap / 2 in (50 mm) NPT Outlet
Valve OptionsBall, Butterfly, or Camlock
UN CertificationNon-UN and UN configurations available
ConditionNew liner each fill
UN-Rated Options
Bottle Condition

Specify a new or newly rebottled HDPE bottle; reconditioned bottles are not assumed food grade.

Resin Certification

Confirm FDA-compliant, food-grade resin and request documentation for your ingredient.

Valve & Sanitation

Match the valve and cap to your fill line and cleaning procedure before ordering.

275 vs. 330 Gallon

Choose 275 for dense product or height limits, 330 to maximize volume per pallet.

Find my drum

Compare Drum Materials

IBC Type
Best For
Key Benefit
Consideration
Stainless-Steel IBC
High-purity, pharma, food, aggressive chemistry
Sanitary, reusable, temperature tolerant
Highest upfront investment
Rebottled IBC Tote
Food-grade & cost-conscious industrial liquids
New bottle on an inspected cage
Cage carries cosmetic wear
Reconditioned IBC Tote
Compatible non-food liquids, waste, wastewater
Lowest unit cost, supports reuse
Previous contents must be verified

Steel drum faqs

What is an IBC tote?

An IBC tote, or intermediate bulk container, is a palletized industrial container used to store, transport, and dispense bulk liquids, pastes, powders, or granular materials. The common composite version is an HDPE bottle inside a galvanized steel cage on an integrated pallet base.

Are all IBC totes food grade?

No. A tote should only be used for food or beverage products when its materials, manufacturing history, and condition are appropriate for that application. Reconditioned or previously used totes should not be assumed to be food grade.

What is the difference between a new, rebottled, and reconditioned IBC tote?

A new IBC tote uses a new bottle, cage, and pallet. A rebottled IBC generally combines a new inner bottle with a reused and inspected cage. A reconditioned IBC generally uses a previously used bottle and cage that have been cleaned and inspected.

What are the most common IBC tote sizes?

The most common rigid composite IBC tote capacities are 275 gallons and 330 gallons. Both generally use a comparable pallet footprint, so the practical difference is overall height, filled weight, and volume per pallet position.

What valve should I choose for an IBC tote?

Common options include ball valves, butterfly valves, camlock connections, and threaded outlets. The correct valve depends on product viscosity, flow requirements, chemical compatibility, and facility connections.