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High-Purity Composite IBC Tote

PALLETIZED. STACKABLE. BUILT FOR BULK LIQUIDS.

High-Purity Composite IBC Tote

New Bottle & Tamper-Evident Closures for Sensitive Materials

High-purity composite IBC totes use a new HDPE inner bottle and tamper-evident closures to keep product-contact surfaces controlled and documented. They are the practical choice for sensitive materials that do not need the cost of stainless.

High-Purity & Sanitary
Food-Grade Approved
Corrosion-Resistant
Recyclable

Overview

Composite totes specified for purity: a new bottle every time, controlled product-contact surfaces, and sealed closures that document chain of custody. Available in 275- and 330-gallon sizes for compatible sensitive materials.

Controlled Product Contact

New bottles or replaceable liners keep product-contact surfaces fully traceable.

Sanitary Construction

Smooth, non-porous surfaces withstand repeat cleaning and sanitation cycles.

Tamper Evidence

Sealed closures document chain of custody from fill through delivery.

Closed-Loop Reuse

Stainless tanks return, clean, and refill for high-value recurring programs.

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 MaterialNew HDPE
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 CertificationUN 31HA1/Y available
ConditionNew bottle, tamper-evident closures
UN-Rated Options
Stainless vs. Composite

Choose 316 stainless for repeat sanitation and long service, new composite for single-fill programs.

Product-Contact Surface

Decide between a new bottle, a replaceable liner, or a polished stainless interior.

Cleaning & Changeover

Confirm the tote tolerates your CIP, steam, or liner-swap changeover procedure.

Documentation

Request certificates of conformance and cleaning records for regulated products.

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.

Are IBC totes reusable?

Many IBC totes can be reused, rebottled, or reconditioned when permitted by the container design, previous contents, inspection requirements, and intended application. Stainless-steel IBCs are built specifically for repeated closed-loop service.

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 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.