Industry deep dive

Totes for chemical & industrial use

The sector that buys the most Grade B containers and supplies the most empties. Here the decisions that matter are elastomer compatibility, density and marking status — not bottle clarity.

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Quote industrial stock or a buy-back

Name the chemistry and the concentration. We will specify the valve, the seal and the grade in writing.

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Short answer

Industrial buyers should default to Grade B reconditioned and spend the saving on correct elastomers and the right valve. Switch to stainless for aromatic or chlorinated solvents, fuels, hot fill above 140°F, strong oxidisers and anything that needs validated cleaning. Check the marking status before buying if the container will carry a regulated material.

Three decisions, in priority order

1. Material of construction

Does your chemistry belong in polyethylene at all? HDPE handles acids, alkalis, salts, glycols, surfactants and most water-based formulations indefinitely. It does not handle aromatics, chlorinated solvents, ketones, fuels or sustained heat. Getting this wrong produces a slow failure — wall softening, permeation, odour, stress cracking — rather than an obvious one, which is why it goes unnoticed until it does not.

2. Elastomers

The gasket and valve seat are the parts that fail first and the parts nobody specifies. EPDM is right for water-based chemistry, dilute acids and alkalis, glycols and surfactants. Viton is right for aromatics, fuels, oils, fats and higher temperatures. PTFE handles nearly everything but demands a better sealing face. The compatibility table.

3. Marking and periodic test status

If the container will carry a DOT-regulated liquid, the marking has to be valid, the design type authorised for your material and packing group, and the periodic inspection and leak test current under 49 CFR 180.352. A container with a destroyed plate is a perfectly good industrial vessel for non-regulated service and is not an authorised packaging. We state which on every quote.

Density: the quiet one

Industrial chemistry is dense. A 275-gallon tote of 50% caustic soda is about 3,500 lb; 93% sulphuric acid is about 4,200 lb. Both exceed a great many rack beam levels, pallet jacks and lift gates that handle a water-filled tote without complaint. Run the numbers on the weights page before you order the format, not after.

Your empties are worth money

Blending plants are structurally net generators of empty containers: bulk liquid in, smaller packages out. Most plants we deal with were paying to have them removed before we quoted. Standing weekly or monthly collections, written offers, weight tickets and prior-contents records — how the buy-back works.

Industrial spec

DefaultGrade B reconditioned

Water-based chemistryEPDM seals

Aromatics, fuels, oilsViton seals

Aggressive / mixedPTFE envelope

Solvents & hot fillStainless 304 / 316L

Brine & chloride316L, or expect cage wear

Viscous product3" outlet, ball valve

Regulated liquidValid UN mark + current test

Dense product (SG > 1.3)Check every rating

Secondary containmentSpill pallet / bund

WinterHeater jacket available

EmptiesWe buy, standing collections

Shipper duties, plainly

Chemistry reference

Industrial products in IBC service

Container material, seal and the thing to watch — per chemistry.

Industrial chemistries and IBC suitability
Chemistry	SG	275 gal filled	Container	Seal	Watch for
Sodium hydroxide 50%	1.52	3,497 lb	HDPE	EPDM	Weight; crystallises when cold
Sulphuric acid 93%	1.83	4,182 lb	HDPE (dedicated)	PTFE	Weight; heat on dilution
Hydrochloric acid 31%	1.16	2,702 lb	HDPE	PTFE	Fume attack on cage
Sodium hypochlorite 12%	1.21	2,812 lb	HDPE, UV-shielded	EPDM	Degasses; vent the lid
Hydrogen peroxide 35%	1.13	2,635 lb	HDPE, dedicated	PTFE	Vent; no contaminants
Surfactant concentrate	1.05	2,457 lb	HDPE	EPDM	Foaming on transfer
Propylene glycol coolant	1.04	2,435 lb	HDPE	EPDM	Nothing — ideal duty
Calcium chloride brine	1.38	3,187 lb	HDPE	Viton	Chloride attack on cage
Magnesium chloride de-icer	1.32	3,054 lb	HDPE	Viton	Chloride; weight
Plating chemistry (nickel)	1.25	2,901 lb	HDPE, dedicated	Viton	Never re-use for anything
Mineral oil / cutting fluid	0.88	2,083 lb	HDPE	Viton	Permeation; odour
Mineral spirits / aromatics	0.79	1,880 lb	Stainless	PTFE	Crazes HDPE
Acetone / ketones	0.79	1,880 lb	Stainless	PTFE	Softens HDPE
Adhesive / resin emulsion	1.08	2,523 lb	HDPE	EPDM	Ghosts permanently
Latex paint	1.30	3,010 lb	HDPE	EPDM	Needs caustic CIP after

Guidance for ambient service at stated concentration. Always verify against your product's safety data sheet and the container manufacturer's chemical resistance data; send us the product name and we will check it with you.

Questions

Chemical & industrial FAQ

Which grade should a chemical blender buy?

Grade B reconditioned, almost always. It is a washed, leak-tested, re-valved and re-marked container at roughly a quarter to a third of new-unit cost, and for industrial chemistry the staining that keeps it out of Grade A is cosmetically irrelevant. Spend the money you save on specifying the right elastomer instead — that decision matters far more than bottle clarity.

Can I ship a regulated liquid in a reconditioned tote?

Yes, if the container carries a valid current UN marking, has a passing periodic inspection and leak test on record, and the design type is authorised for your material and packing group. Selecting an authorised packaging is the shipper's legal duty, not the container supplier's. Our plain-English walkthrough of those obligations is on the hazmat shipping page.

What chemistries will destroy a poly tote?

Aromatic and chlorinated solvents swell and stress-crack HDPE. Ketones soften it. Fuels and oils permeate and permanently odourise it. Strong oxidisers embrittle it. Anything above about 140°F deforms it. For all of those, stainless is the correct container, not a better grade of poly.

Do you buy empties back from a blending plant?

Yes, and chemical blending is our single largest source of inbound stock. If liquid arrives at your plant in totes and leaves in drums or pails, you are generating a stream of containers with real value. Standing collections on a weekly or monthly cycle are straightforward to set up.

How do I stop chloride attack on cages?

Keep brine and chloride products off the galvanising, which mostly means fixing drips and overfills rather than changing containers. Where chloride exposure is unavoidable — de-icer and road brine particularly — expect cage life to be shorter, inspect the lower members regularly, and consider stainless for the long-term asset.

Keep reading

Stainless IBCs

When poly is wrong.

Keep reading

Sell your empties

Standing collections.

Keep reading

UN marking decoder

Check before you ship.

Sector dataset

Industrial chemistry, coatings, oils and sanitation, in full

Specific gravity, wash programme, achievable grade, seal material and whether the container can ever be food-eligible again.

Our internal prior-product list, published — 53 named products
Prior product	Family	SG	Programme	Best grade	Food?	Seal	What to watch
Sodium hydroxide 50%	Industrial chemistry	1.52	P1	B	Never	EPDM	3,497 lb filled — check every rating
Sodium hydroxide 25%	Industrial chemistry	1.27	P1	B	Never	EPDM	Easy wash; dilute and drain
Potassium hydroxide 45%	Industrial chemistry	1.46	P1	B	Never	EPDM	As NaOH; dense
Sulphuric acid 93%	Industrial chemistry	1.83	Refused	Dedicated	Never	PTFE	4,182 lb filled; dedicated service only
Sulphuric acid 35%	Industrial chemistry	1.26	P1	C	Never	PTFE	Fume attack on cage galvanising
Hydrochloric acid 31%	Industrial chemistry	1.16	P1	C	Never	PTFE	Cage usually the limiting factor
Phosphoric acid 75%	Industrial chemistry	1.58	P1	B	Never	PTFE	Dense; viscous at low temperature
Nitric acid 42%	Industrial chemistry	1.26	Refused	Dedicated	Never	PTFE	Oxidiser — embrittles HDPE
Hydrogen peroxide 35%	Industrial chemistry	1.13	P1	B	Case by case	PTFE	Vent; absolutely no contaminants
Sodium hypochlorite 12%	Industrial chemistry	1.21	P1	B	Never	EPDM	Degasses; vent and shield from UV
Ferric chloride 40%	Industrial chemistry	1.42	P2	C	Never	Viton	Heavy orange staining is permanent
Aluminium sulphate	Industrial chemistry	1.33	P1	B	Never	EPDM	Scale at the outlet boss
Polyaluminium chloride	Industrial chemistry	1.35	P1	B	Never	EPDM	Gels if allowed to dry out
Propylene glycol coolant	Industrial chemistry	1.04	P1	B	Never	EPDM	Ideal duty; nothing to watch
Ethylene glycol	Industrial chemistry	1.11	P1	B	Never	EPDM	Toxic — never re-grade for potable
Calcium chloride brine 32%	Industrial chemistry	1.38	P1	B	Never	Viton	Chloride attack on lower cage
Magnesium chloride de-icer	Industrial chemistry	1.32	P1	B	Never	Viton	As above; rinse frames each spring
Potassium acetate de-icer	Industrial chemistry	1.28	P1	B	Never	EPDM	Benign; airport runway chemistry
Urea solution (DEF)	Industrial chemistry	1.09	P1	B	Never	EPDM	Purity-critical next fill; usually dedicated
Nickel plating solution	Industrial chemistry	1.25	Refused	Recycle	Never	Viton	Metal-bearing; never re-used
Phosphate conversion coating	Industrial chemistry	1.22	P2	C	Never	Viton	Scale and staining
Amine corrosion inhibitor	Industrial chemistry	0.98	P2	B	Never	Viton	Fish-like odour can persist
Sodium silicate	Industrial chemistry	1.39	P3	C	Never	EPDM	Sets hard if dried; wash promptly
Polymer flocculant emulsion	Industrial chemistry	1.02	P3	C	Never	EPDM	Extremely slippery; gels with water
Sodium bisulphite	Industrial chemistry	1.33	P1	B	Never	EPDM	Sulphur odour; vent
Antifoam silicone emulsion	Industrial chemistry	1.00	P3	C	Never	Viton	Film is very hard to remove
Latex paint, white	Coatings & inks	1.30	P3	C	Never	EPDM	Heavy ghosting; often rebottle
Latex paint, tinted	Coatings & inks	1.32	P3	C	Never	EPDM	Pigment ghosting permanent
Water-based pigment dispersion	Coatings & inks	1.25	P3	C	Never	EPDM	Strong colour transfer into the wall
Flexographic ink	Coatings & inks	1.08	P3	Rebottle	Never	Viton	Resin binder plasticises the surface
UV-curable coating	Coatings & inks	1.10	Refused	Recycle	Never	PTFE	Cures in the bottle; not washable
Acrylic adhesive emulsion	Coatings & inks	1.08	P3	Rebottle	Never	EPDM	Caustic at 180°F, often still ghosts
PVA wood adhesive	Coatings & inks	1.09	P3	C	Never	EPDM	Wash before it skins over
Polyurethane resin, 2-part	Coatings & inks	1.12	Refused	Recycle	Never	PTFE	Cross-linked; nothing shifts it
Asphalt emulsion	Coatings & inks	1.01	P3	C	Never	Viton	Hot caustic plus long dwell
Concrete release agent	Coatings & inks	0.89	P2	C	Never	Viton	Oily film; 140°F detergent
Mineral oil, hydraulic	Oils & fuels	0.88	P3	B	Never	Viton	Permeation; faint odour often remains
Cutting fluid, soluble	Oils & fuels	0.92	P3	B	Never	Viton	Bacterial odour is the real problem
Gear oil	Oils & fuels	0.90	P3	C	Never	Viton	Heavy film; two cycles common
Diesel fuel	Oils & fuels	0.85	Refused	Recycle	Never	Viton	Permanent odour; bottle compromised
Kerosene	Oils & fuels	0.81	Refused	Recycle	Never	Viton	As diesel
Biodiesel B100	Oils & fuels	0.88	P3	C	Never	Viton	Solvency attacks some HDPE grades
Vegetable-based lubricant	Oils & fuels	0.92	P2	B	Never	Viton	Oxidises to a varnish if left
Anionic surfactant concentrate	Cleaning & sanitation	1.05	P1	B	Never	EPDM	It is soap — rinses, but foams
Non-ionic surfactant	Cleaning & sanitation	1.03	P1	B	Never	EPDM	Easy wash
Alkaline degreaser	Cleaning & sanitation	1.10	P1	B	Never	EPDM	Compatible with our own loop
Acid descaler	Cleaning & sanitation	1.14	P1	B	Never	PTFE	Segregate heel from caustic tanks
Quaternary ammonium sanitiser	Cleaning & sanitation	1.01	P1	B	Case by case	EPDM	Residual actives need verification
Peracetic acid sanitiser	Cleaning & sanitation	1.12	P1	B	Case by case	PTFE	Oxidiser; vent and shield
Hand sanitiser (ethanol 70%)	Cleaning & sanitation	0.87	P1	B	Case by case	Viton	Alcohol flashes off; little residue
Laundry detergent, liquid	Cleaning & sanitation	1.06	P1	B	Never	EPDM	Optical brighteners can tint
Car wash soap concentrate	Cleaning & sanitation	1.04	P1	B	Never	EPDM	Very common inbound stock
Floor finish / wax emulsion	Cleaning & sanitation	1.02	P3	C	Never	EPDM	Films hard; wash before it dries

Specific gravity and filled weight — 53 named products
Prior product	SG	275 gal filled	330 gal filled	Seal	Programme
Sodium hydroxide 50%	1.52	3,496 lb	4,222 lb	EPDM	P1
Sodium hydroxide 25%	1.27	2,944 lb	3,554 lb	EPDM	P1
Potassium hydroxide 45%	1.46	3,364 lb	4,061 lb	EPDM	P1
Sulphuric acid 93%	1.83	4,181 lb	5,049 lb	PTFE	Refused
Sulphuric acid 35%	1.26	2,922 lb	3,528 lb	PTFE	P1
Hydrochloric acid 31%	1.16	2,701 lb	3,261 lb	PTFE	P1
Phosphoric acid 75%	1.58	3,629 lb	4,382 lb	PTFE	P1
Nitric acid 42%	1.26	2,922 lb	3,528 lb	PTFE	Refused
Hydrogen peroxide 35%	1.13	2,634 lb	3,181 lb	PTFE	P1
Sodium hypochlorite 12%	1.21	2,811 lb	3,394 lb	EPDM	P1
Ferric chloride 40%	1.42	3,275 lb	3,955 lb	Viton	P2
Aluminium sulphate	1.33	3,076 lb	3,715 lb	EPDM	P1
Polyaluminium chloride	1.35	3,121 lb	3,768 lb	EPDM	P1
Propylene glycol coolant	1.04	2,436 lb	2,941 lb	EPDM	P1
Ethylene glycol	1.11	2,590 lb	3,127 lb	EPDM	P1
Calcium chloride brine 32%	1.38	3,187 lb	3,848 lb	Viton	P1
Magnesium chloride de-icer	1.32	3,054 lb	3,688 lb	Viton	P1
Potassium acetate de-icer	1.28	2,966 lb	3,581 lb	EPDM	P1
Urea solution (DEF)	1.09	2,546 lb	3,074 lb	EPDM	P1
Nickel plating solution	1.25	2,900 lb	3,501 lb	Viton	Refused
Phosphate conversion coating	1.22	2,833 lb	3,421 lb	Viton	P2
Amine corrosion inhibitor	0.98	2,303 lb	2,780 lb	Viton	P2
Sodium silicate	1.39	3,209 lb	3,875 lb	EPDM	P3
Polymer flocculant emulsion	1.02	2,391 lb	2,887 lb	EPDM	P3
Sodium bisulphite	1.33	3,076 lb	3,715 lb	EPDM	P1
Antifoam silicone emulsion	1.00	2,347 lb	2,834 lb	Viton	P3
Latex paint, white	1.30	3,010 lb	3,634 lb	EPDM	P3
Latex paint, tinted	1.32	3,054 lb	3,688 lb	EPDM	P3
Water-based pigment dispersion	1.25	2,900 lb	3,501 lb	EPDM	P3
Flexographic ink	1.08	2,524 lb	3,047 lb	Viton	P3
UV-curable coating	1.10	2,568 lb	3,101 lb	PTFE	Refused
Acrylic adhesive emulsion	1.08	2,524 lb	3,047 lb	EPDM	P3
PVA wood adhesive	1.09	2,546 lb	3,074 lb	EPDM	P3
Polyurethane resin, 2-part	1.12	2,612 lb	3,154 lb	PTFE	Refused
Asphalt emulsion	1.01	2,369 lb	2,860 lb	Viton	P3
Concrete release agent	0.89	2,104 lb	2,540 lb	Viton	P2
Mineral oil, hydraulic	0.88	2,082 lb	2,514 lb	Viton	P3
Cutting fluid, soluble	0.92	2,170 lb	2,620 lb	Viton	P3
Gear oil	0.90	2,126 lb	2,567 lb	Viton	P3
Diesel fuel	0.85	2,016 lb	2,433 lb	Viton	Refused
Kerosene	0.81	1,927 lb	2,327 lb	Viton	Refused
Biodiesel B100	0.88	2,082 lb	2,514 lb	Viton	P3
Vegetable-based lubricant	0.92	2,170 lb	2,620 lb	Viton	P2
Anionic surfactant concentrate	1.05	2,458 lb	2,967 lb	EPDM	P1
Non-ionic surfactant	1.03	2,413 lb	2,914 lb	EPDM	P1
Alkaline degreaser	1.10	2,568 lb	3,101 lb	EPDM	P1
Acid descaler	1.14	2,657 lb	3,207 lb	PTFE	P1
Quaternary ammonium sanitiser	1.01	2,369 lb	2,860 lb	EPDM	P1
Peracetic acid sanitiser	1.12	2,612 lb	3,154 lb	PTFE	P1
Hand sanitiser (ethanol 70%)	0.87	2,060 lb	2,487 lb	Viton	P1
Laundry detergent, liquid	1.06	2,480 lb	2,994 lb	EPDM	P1
Car wash soap concentrate	1.04	2,436 lb	2,941 lb	EPDM	P1
Floor finish / wax emulsion	1.02	2,391 lb	2,887 lb	EPDM	P3

Cross-reference

The four decisions after the product name

Format, grade, seal and weight — in that order, because each one constrains the next.

Container formats with full dimensional data

Container formats — 12 variants, full dimensional data
Format	Nominal	Usable	L × W × H	Tare (steel base)	Gross, water	Outlet	Stack filled	Availability
275 gal standard	275 gal / 1,041 L	265 gal	48 × 40 × 46"	137 lb	2,347 lb	2" S60x6	2 high	Ex-stock
275 gal tall	275 gal / 1,041 L	264 gal	48 × 40 × 53"	141 lb	2,342 lb	2" S60x6	2 high	Regular
330 gal standard	330 gal / 1,249 L	320 gal	48 × 40 × 53"	165 lb	2,834 lb	2" S60x6	2 high	Ex-stock
350 gal	350 gal / 1,325 L	338 gal	48 × 40 × 58"	172 lb	2,991 lb	2" or 3"	2 high	Occasional
400 gal	400 gal / 1,514 L	386 gal	48 × 46 × 60"	198 lb	3,417 lb	3" buttress	1 high	Order
550 gal	550 gal / 2,082 L	532 gal	48 × 48 × 72"	251 lb	4,688 lb	3" buttress	1 high	Occasional
120 gal mini	120 gal / 454 L	115 gal	32 × 32 × 36"	71 lb	1,030 lb	2" S60x6	2 high	Occasional
180 gal	180 gal / 681 L	174 gal	40 × 40 × 42"	98 lb	1,549 lb	2" S60x6	2 high	Order
Stainless 265 gal	265 gal / 1,003 L	258 gal	48 × 40 × 50"	285 lb	2,436 lb	2" tri-clamp	2 high	Occasional
Stainless 330 gal	330 gal / 1,249 L	322 gal	48 × 40 × 56"	330 lb	3,015 lb	2" tri-clamp	2 high	Occasional
Stainless 400 gal	400 gal / 1,514 L	390 gal	48 × 46 × 62"	385 lb	3,637 lb	3" tri-clamp	1 high	Order
Stainless 500 gal	500 gal / 1,893 L	488 gal	48 × 48 × 68"	430 lb	4,600 lb	3" tri-clamp	1 high	Order

Grade matrix — what each condition commits us to

Grades A, B and C against cage-only — what each one permits
	Grade A	Grade B	Grade C	Cage / pallet only
Bottle clarity	Clear / near-clear	Haze & staining permitted	Ghosting permitted	n/a
Prior service	Documented edible, signed at source	Industrial, declared	Industrial, declared	Any declared
Wash programme	Food line, recorded	Programme to residue, recorded	Ambient rinse	Cage rinse only
Hydrostatic test	100% of units	Sampled	Sampled	n/a
New valve & gaskets	Yes, FDA-compliant	Yes	Sound or new	n/a
New lid	Yes	Yes	Sound or new	n/a
Re-marked	Yes	Yes	Where the plate survives	No
Stackable when filled	2 high	2 high	No	n/a
30-day leak warranty	Yes	Yes	No — watertight at loading	No warranty
Food / potable	Yes, with records	No	No	n/a
Cost vs new	≈ 35–45%	≈ 25–32%	≈ 18–24%	≈ 5–10%
Lead time	Ex-stock to 5 days	Ex-stock	Ex-stock	Ex-stock
Loop score (lives left)	5–6	4–5	2–3	3–4 bottles

Seal compatibility — 21 media, four elastomers

Elastomer compatibility for outlet gaskets and lid seals — 21 media
Medium	EPDM	Viton (FKM)	Silicone	PTFE	We would fit
Water, potable & process	Excellent	Excellent	Excellent	Excellent	EPDM
Dilute acids (<10%)	Good	Excellent	Fair	Excellent	EPDM
Concentrated acids	Poor	Good	Poor	Excellent	PTFE
Caustic soda, alkalis	Excellent	Fair	Fair	Excellent	EPDM
Liquid fertiliser, UAN	Excellent	Good	Fair	Excellent	EPDM
Glycols, coolants, de-icer	Excellent	Good	Good	Excellent	EPDM
Surfactants, detergents	Excellent	Good	Good	Excellent	EPDM
Edible oils, fats	Poor	Excellent	Poor	Excellent	Viton
Mineral oils	Poor	Excellent	Poor	Excellent	Viton
Aromatic solvents	Poor	Excellent	Poor	Excellent	Viton
Chlorinated solvents	Poor	Good	Poor	Excellent	Viton / PTFE
Ketones (acetone, MEK)	Fair	Poor	Poor	Excellent	PTFE
Alcohols	Good	Good	Good	Excellent	EPDM
Fuels, diesel, kerosene	Poor	Excellent	Poor	Excellent	Viton
Juice & syrup concentrate	Excellent	Excellent	Excellent	Excellent	FDA EPDM
Brine, pickling liquor	Good	Excellent	Fair	Excellent	Viton
Hot fill 140–180°F	Fair	Excellent	Excellent	Excellent	Viton / silicone
Hydrogen peroxide (dilute)	Good	Fair	Fair	Excellent	EPDM / PTFE
Sodium hypochlorite	Good	Good	Fair	Excellent	EPDM
Steam / CIP chemistry	Excellent	Fair	Good	Excellent	EPDM
Outdoor weathering & ozone	Excellent	Good	Excellent	Excellent	EPDM

Filled weights and rack beam planning

Specific gravity and filled weight — 71 products
Product	SG	275 gal filled	330 gal filled	550 gal filled
Acetone	0.79	1,883 lb	2,273 lb	3,756 lb
Ethanol	0.79	1,883 lb	2,273 lb	3,756 lb
Kerosene	0.81	1,927 lb	2,327 lb	3,845 lb
Citrus terpene oil	0.84	1,993 lb	2,407 lb	3,978 lb
Diesel fuel	0.85	2,016 lb	2,433 lb	4,022 lb
Mineral oil, hydraulic	0.88	2,082 lb	2,514 lb	4,155 lb
Biodiesel B100	0.88	2,082 lb	2,514 lb	4,155 lb
Concrete release agent	0.89	2,104 lb	2,540 lb	4,200 lb
Gear oil	0.90	2,126 lb	2,567 lb	4,244 lb
Canola oil	0.91	2,148 lb	2,594 lb	4,289 lb
Soybean / olive oil	0.92	2,170 lb	2,620 lb	4,333 lb
Flavour concentrate	0.95	2,237 lb	2,700 lb	4,466 lb
Amine corrosion inhibitor	0.98	2,303 lb	2,780 lb	4,599 lb
Water	1.00	2,347 lb	2,834 lb	4,688 lb
Antifoam emulsion	1.00	2,347 lb	2,834 lb	4,688 lb
Quaternary sanitiser	1.01	2,369 lb	2,860 lb	4,732 lb
Asphalt emulsion	1.01	2,369 lb	2,860 lb	4,732 lb
Maple sap	1.02	2,391 lb	2,887 lb	4,777 lb
Non-ionic surfactant	1.03	2,413 lb	2,914 lb	4,821 lb
Milk / dairy intermediate	1.03	2,413 lb	2,914 lb	4,821 lb
Car wash soap concentrate	1.04	2,436 lb	2,941 lb	4,865 lb
Propylene glycol	1.04	2,436 lb	2,941 lb	4,865 lb
Anionic surfactant	1.05	2,458 lb	2,967 lb	4,910 lb
Apple cider	1.05	2,458 lb	2,967 lb	4,910 lb
Spent grain slurry	1.05	2,458 lb	2,967 lb	4,910 lb
Laundry detergent	1.06	2,480 lb	2,994 lb	4,954 lb
Flexographic ink	1.08	2,524 lb	3,047 lb	5,043 lb
Wine / must	1.08	2,524 lb	3,047 lb	5,043 lb
Acrylic adhesive emulsion	1.08	2,524 lb	3,047 lb	5,043 lb
Urea solution (DEF)	1.09	2,546 lb	3,074 lb	5,087 lb
Alkaline degreaser	1.10	2,568 lb	3,101 lb	5,132 lb
Humic acid	1.10	2,568 lb	3,101 lb	5,132 lb
Tomato paste	1.10	2,568 lb	3,101 lb	5,132 lb
Ethylene glycol	1.11	2,590 lb	3,127 lb	5,176 lb
Peracetic acid sanitiser	1.12	2,612 lb	3,154 lb	5,220 lb
Fruit purée	1.12	2,612 lb	3,154 lb	5,220 lb
Hydrogen peroxide 35%	1.13	2,634 lb	3,181 lb	5,265 lb
Acid descaler	1.14	2,657 lb	3,207 lb	5,309 lb
Hydrochloric acid 31%	1.16	2,701 lb	3,261 lb	5,398 lb
Glyphosate concentrate	1.17	2,723 lb	3,287 lb	5,442 lb
Brine 23% / soy sauce	1.20	2,789 lb	3,368 lb	5,575 lb
Sodium hypochlorite 12%	1.21	2,811 lb	3,394 lb	5,620 lb
Phosphate coating	1.22	2,833 lb	3,421 lb	5,664 lb
Pigment dispersion	1.25	2,900 lb	3,501 lb	5,797 lb
Nickel plating solution	1.25	2,900 lb	3,501 lb	5,797 lb
Foliar micronutrient	1.25	2,900 lb	3,501 lb	5,797 lb
Glycerine	1.26	2,922 lb	3,528 lb	5,841 lb
Sulphuric acid 35%	1.26	2,922 lb	3,528 lb	5,841 lb
Sodium hydroxide 25%	1.27	2,944 lb	3,554 lb	5,886 lb
UAN 28	1.28	2,966 lb	3,581 lb	5,930 lb
Potassium acetate de-icer	1.28	2,966 lb	3,581 lb	5,930 lb
Latex paint	1.30	3,010 lb	3,634 lb	6,019 lb
UAN 32 fertiliser	1.32	3,054 lb	3,688 lb	6,108 lb
Magnesium chloride de-icer	1.32	3,054 lb	3,688 lb	6,108 lb
Liquid sugar / maple syrup	1.33	3,076 lb	3,715 lb	6,152 lb
Ammonium thiosulphate	1.33	3,076 lb	3,715 lb	6,152 lb
Aluminium sulphate	1.33	3,076 lb	3,715 lb	6,152 lb
Juice concentrate (70 Bx)	1.35	3,121 lb	3,768 lb	6,241 lb
Polyaluminium chloride	1.35	3,121 lb	3,768 lb	6,241 lb
Liquid starter 10-34-0	1.38	3,187 lb	3,848 lb	6,374 lb
High-fructose corn syrup	1.38	3,187 lb	3,848 lb	6,374 lb
Calcium chloride brine	1.38	3,187 lb	3,848 lb	6,374 lb
Sodium silicate	1.39	3,209 lb	3,875 lb	6,418 lb
Molasses / honey	1.42	3,275 lb	3,955 lb	6,551 lb
Ferric chloride 40%	1.42	3,275 lb	3,955 lb	6,551 lb
Calcium nitrate solution	1.43	3,297 lb	3,981 lb	6,596 lb
Potassium hydroxide 45%	1.46	3,364 lb	4,061 lb	6,729 lb
Potassium thiosulphate	1.47	3,386 lb	4,088 lb	6,773 lb
Sodium hydroxide 50%	1.52	3,496 lb	4,222 lb	6,995 lb
Phosphoric acid 75%	1.58	3,629 lb	4,382 lb	7,261 lb
Sulphuric acid 93%	1.83	4,181 lb	5,049 lb	8,370 lb

Rack beam planning for filled containers
Configuration	Load per beam level	Rating needed
One 275 gal, water	2,347 lb	3,000 lb level
One 275 gal, SG 1.3	2,010 lb liquid + tare = 2,872 lb	3,000 lb level, tight
Two 275 gal, water	4,694 lb	5,000 lb level
Two 275 gal, SG 1.3	5,744 lb	6,000 lb level
Two 275 gal, SG 1.5	6,620 lb	7,000 lb level
One 330 gal, water	2,834 lb	3,000 lb level, tight
Two 330 gal, water	5,668 lb	6,000 lb level
Two 330 gal, SG 1.3	6,936 lb	7,000 lb level, tight
One 550 gal, water	4,688 lb	5,000 lb level
One 275 gal stainless, water	2,436 lb	3,000 lb level

Wash programmes and turnaround

Wash programmes — temperature, chemistry, cycle time and relative cost
Code	Programme	Temperature	Chemistry	Cycle	Relative cost	Suits
P1	Ambient flood rinse	Ambient	Process water, occasional mild alkaline	90 sec	1.0×	Water-miscible residues
P2	Hot detergent	140°F	Alkaline detergent 1.5–2.5%	3 min	2.2×	Oils, fats, filming products
P3	Caustic clean-in-place	160–180°F	NaOH 2–4% + surfactant	6–9 min	4.5×	Pigments, latex, resins, heavy concentrates
PF	Food line (Bay 1)	140°F	Alkaline detergent 2% + 100% hydrostatic	3 min + test	3.1×	Documented edible prior service
Refused	Not accepted	—	—	—	—	Unknown, acute, labelled-destruction, radiological

Seasonality — when this sector is busiest

Demand and supply through the year — twelve-month pattern
Month	Food-grade demand	Industrial demand	Inbound supply	What it means for you
January	Low	High (de-icer)	Average	Winter emergencies; frozen heels slow the gate
February	High (maple starts)	High	Average	Sugaring floats go out; access often difficult
March	Highest (maple peak)	Moderate	Low	Freeze-damage crop arrives from last autumn
April	High	High (fertiliser)	Average	Maple returns, spring inputs ship
May	Average	Highest (fertiliser)	High	Biggest Grade B volume window
June	Average	High	High	Best month to sell us empties
July	Low	Average	Highest	Deepest stock; cheapest buying
August	Low	Average	Highest	Book autumn food-grade now
September	Highest (cider, crush)	High (de-icer fill)	Low	The squeeze begins
October	Highest	High	Lowest	Food-grade lead times stretch to 2–3 weeks
November	Average	Highest	Low	Winter chemistry fills; order covers and jackets
December	Average (juice runs)	High	Low	Holiday-week bookings close early

Freight lanes and transit

Transit from York, PA — 25 lanes
Destination	Distance	Transit	Mode	Equipment	Backhaul pricing
Harrisburg / Lancaster, PA	35 mi	Same day	Flatbed / van	Own	Frequent
York / Hanover, PA	12 mi	Same day	Flatbed	Own	Daily
Philadelphia, PA	95 mi	Same day	Flatbed / van	Own	Daily
Allentown / Reading, PA	80 mi	Same day	Flatbed	Own	Frequent
Pittsburgh, PA	200 mi	Next day	Flatbed	Own	Twice weekly
Baltimore, MD	60 mi	Same day	Flatbed / van	Own	Daily
Washington, DC	95 mi	Same day	Van	Own	Frequent
Northern NJ / NYC	175 mi	Next day	Van	Own	Frequent
Wilmington, DE	75 mi	Same day	Flatbed	Own	Weekly
Richmond, VA	230 mi	Next day	Flatbed	Own	Weekly
Norfolk, VA	300 mi	1–2 days	Flatbed	Own	Occasional
Buffalo / Rochester, NY	300 mi	1–2 days	Flatbed	Own	Weekly
Columbus, OH	390 mi	1–2 days	Flatbed	Own	Common
Cleveland, OH	350 mi	1–2 days	Flatbed	Own	Occasional
Charlotte, NC	450 mi	2 days	Flatbed	Partner	Occasional
Atlanta, GA	700 mi	2–3 days	Flatbed	Partner	Rare
Chicago, IL	650 mi	2 days	Flatbed	Partner	Occasional
Detroit, MI	450 mi	2 days	Flatbed	Partner	Occasional
Boston / New England	400 mi	2 days	Van	Partner	Occasional
Nashville, TN	700 mi	2–3 days	Flatbed	Partner	Rare
Dallas / Houston, TX	1,450 mi	3–4 days	Flatbed	Partner	Rare
Denver, CO	1,700 mi	4 days	Flatbed	Partner	No
Phoenix, AZ	2,200 mi	5 days	Flatbed	Partner	No
California	2,700 mi	5–6 days	Flatbed	Partner	No
Pacific Northwest	2,700 mi	5–6 days	Flatbed	Partner	No

Standards and regulations

Standards and regulations that govern this trade — 18 references
Reference	Title	What it covers	Who it binds
49 CFR 172.101	Hazardous materials table	Classification and authorised packaging reference	Shippers
49 CFR 172 Subpart H	Training	Who must be trained, in what, how often, with records	Any hazmat employer
49 CFR 173	Shippers — general requirements by class	Whether an IBC is authorised for your entry	Shippers
49 CFR 178 Subpart N	IBC design types, testing and marking	What the plate means and how it was earned	Makers, reconditioners
49 CFR 180.352	Periodic inspection, testing, repair & remanufacture	2.5-year visual, 5-year leakproofness + full inspection	Owners, shippers
40 CFR 261.7	RCRA empty containers	When a container counts as empty; P-list triple rinse	Generators
40 CFR 262	Generator standards	Waste determination, manifesting, accumulation	Generators
21 CFR 177.1520	Olefin polymers	HDPE compliance for food contact	Food users
21 CFR 177.2600	Rubber articles for repeated use	Gasket and seal compliance for food contact	Food users
21 CFR 110 / 117	Good manufacturing practice	Handling, storage, sanitation programmes	Food users
NSF/ANSI 61	Drinking water system components	Potable-contact material evaluation	Water utilities
29 CFR 1910.1200	Hazard communication	Workplace labelling and safety data sheets	Everyone
29 CFR 1910.146	Permit-required confined spaces	Entry into tanks and vessels	Anyone cleaning containers
29 CFR 1910.178	Powered industrial trucks	Forklift operation and certification	Yards and docks
ANSI/ITSDF B56.1	Low-lift and high-lift trucks	Capacity ratings and load centres	Yards and docks
ANSI MH16.1	Steel storage racking	Beam capacity, deflection, inspection	Warehouses
PA Title 25 Ch. 95	Wastewater treatment requirements	Industrial discharge standards in Pennsylvania	Wash lines
ISPM-15	Wood packaging in international trade	Heat treatment and marking of timber pallets	Exporters

Documents issued with every order

Documents we issue — 14 of them, as standard rather than on request
Document	What it contains	When you get it
Written quotation	Unit price by grade, freight as its own line, validity, and the conditions that would change it	Before you order
Grade certificate	Assigned grade against our published definitions, per unit serial	With the order
Leak & pressure test record	Test pressure, hold time, outcome, per serial	With the order
Hydrostatic test certificate	100% of food-line units, recorded against serial	Food-grade orders
Prior-contents declaration	Named last product, generating site, signature	Anything we collected
Wash programme record	Bay, programme, temperature, chemistry, cycle time	Reconditioned & contract work
Rinse verification	Final-rinse pH and conductivity	Reconditioned & contract work
Component specification	Valve, gasket, lid materials with compliance references	Food-grade orders
Photograph set	The actual units on the rack before loading	Every order
Weight ticket	Certified-scale gross weight and count	Collections and cleanouts
Diversion certificate	Unit counts, weights by stream, destination routes, dates	End-of-life batches
Certificate of insurance	GL, auto, cargo, workers' comp; additional insured	Before a crew arrives
Reconditioner marking detail	Code, date, design type	Re-marked units
Lease schedule	Count, grade, dates, weekly rate, return condition, replacement charge	Leases

Why industrial buyers should default to Grade B

Every container in this photograph is watertight, leak tested and perfectly suited to fertiliser, surfactants, glycols, coolants, de-icer and the broad middle of chemical blending. The marks are prior-product staining, which is a price difference rather than a performance one.

The decisions that actually matter here are material of construction, elastomer selection, and marking status if a regulated liquid is going in. Bottle clarity is third at best, and buying Grade A for industrial service is the most common overspend in the sector.

Industrial IBC totes with staining and discolouration from prior chemical service — **Staining is cosmetic. Chemistry is not.**For industrial liquids the haze that keeps a unit out of Grade A is irrelevant. Spend the saving on the right valve and the right elastomer instead.

Totes for chemical & industrial use

Quote industrial stock or a buy-back

Three decisions, in priority order

1. Material of construction

2. Elastomers

3. Marking and periodic test status

Density: the quiet one

Your empties are worth money

Industrial products in IBC service

Chemical & industrial FAQ

Related pages

Stainless IBCs

Sell your empties

UN marking decoder

Industrial chemistry, coatings, oils and sanitation, in full

The four decisions after the product name

Why industrial buyers should default to Grade B