Everything we've got in stock.

A new 275-gallon composite IBC delivered to Cleveland costs roughly $180–$260 with freight. A reconditioned Grade B with the same bottle and same cage runs $85–$120. Same dimensions, same fittings, same valve. The difference is one or two prior fills of a known chemistry plus a wash cycle in our bay.

Where new wins: tight food audits where the supplier insists on virgin-only bottles (rare but real), DEF and other applications where contamination liability is high, and applications where the customer requires UN/DOT markings from origin without re-stamping.

Where used wins: every other application. Industrial chemistries, mild aqueous, ag, brewing (other than carbonation), bulk water storage, secondary containment, repurposing. The unit economics are 2–3× better and the carbon math is wildly in favor of used.

Roughly 92% of what we ship is used. The 8% that's new exists because some customers genuinely require it — and we'd rather supply that need than turn them away.

Default to composite HDPE unless one of these applies:

• Temperature above 140°F sustained. HDPE softens. Stainless handles 200°F+ trivially.
• Pressure of any kind. Composites are atmospheric only. Even 2–3 psi of CO₂ accumulation will balloon a composite bottle. Stainless rates to 30–45 psi.
• Aromatic or chlorinated solvents. Permeate HDPE; gasket-compatible with stainless.
• CIP/SIP cleaning. Required for pharma, dairy, certified food. HDPE can't deliver the surface finish (Ra 25 or finer); stainless can.
• 50+ cycles per year. Capex on stainless pays back vs. recurring HDPE refurbishment.

Cost gap is real: composite at $85–$260, stainless at $1,400–$2,800 for used 304L and 316L variants. End-of-life residual on stainless is 30–45% of original (scrap metal value); HDPE residual is 5–8%.

A common pattern: the tote arrives, then the buyer realizes they don't have the parts to actually dispense from it. Stock these from day one:

• Cam-and-groove fittings: Type F (threaded into the tote outlet) + Type C (hose end) is the universal pairing. $15–$80 per coupling depending on material.
• Dispense hose: 2" food-grade or chemical-compatible, 6–10' length, with crimped or banded cam-and-groove ends.
• Pump (if needed): Air-operated diaphragm for water-thin chemistries with sustained flow; rotary lobe for honey/syrup viscosity; submersible drum pump for low-volume dispensing.
• Replacement gaskets: Both the top hatch and the bottom valve. EPDM for water, Viton for petroleum/solvents, silicone for food. $1.50–$8 each.
• Valve handle: The single most common replacement part. UV degradation breaks polypropylene handles in 4–6 years of outdoor service. $4–$8.

Got a question this doesn't cover? Email info@ibctankscleveland.com — reply by next business day.