Snyder Industries 245 Gallon 304 Stainless Steel Supertainer with Side Drain

The duty is turnover: plants that wash a tote and use it again

A steel tote is bought by an operation that reuses the vessel, and that is the whole economic argument. The buyers look like this: a batch or specialty chemical plant running short campaigns and changing product in the same container; a food, beverage, flavour or nutraceutical plant moving intermediates between rooms and washing between batches; a pharmaceutical or personal care line where the vessel is cleaned to a written procedure and the record matters; a plating, coating or ink operation dosing from a tote at a machine; a contract packer or blender taking in one product and shipping out another; a brewery, distillery or winery moving liquid between tanks and trucks. In every one of those the same cycle repeats: fill, move, dose or transfer, empty, wash, inspect, fill again, and the cost per turn falls the longer the vessel survives that cycle. Steel is what you pay for and hot, aggressive wash-out is what you get for it, which is why the washout station rather than the tote is usually the real project; the geometry, the hot water loop and the effluent capture that make tote reuse work in practice are worked through in the mobile tote washout station design guide, and it is worth reading before the purchase order rather than after the first campaign. The shape supports the same argument. At 35.25 inches tall this vessel is under three feet, which puts the 22 inch manway at waist height for cleaning and inspection, puts the ball valve at a height a drum or a pail sits under, and keeps the loaded centre of gravity low for a vessel that gets moved. The base is 42 inches by 48 inches, close to pallet-scale handling, which is why it travels on forks and jacks rather than by hand. Underneath, level and continuous still matters: put 2,043 pounds of water on a cracked deck board or a bench with a bowed top and that point carries it. Where the vessel stands on concrete, the concrete pad sizing framework is the right reference for getting a slab flat and continuous, and the framework applies whatever the vessel is made of. Before you settle on 245 gallons, run it against your batch size and turn frequency in the tank sizing calculator, and take the working reserve and the headspace a warming liquid needs from the tank sizing guide.

One steel tote, two polyethylene ones

The two neighbours on this sheet are a different product in the same job, and the sheet is explicit about it: it names them HDPE stackable tote tanks where this one is named 304 stainless steel. Nothing on this page calls those two steel and nothing calls this one plastic, because the difference is the point of the comparison. On dimensions, this vessel is the low one: 35.25 inches tall against 48 inches for the 220 gallon SII-6630023B97204 and 56 inches for the 275 gallon SII-6620030B97203, so it goes under a bench, under a low ceiling and under a mixer that the taller two do not clear. On weight it is the heavy one, 384 pounds empty against 243.1 and 269.5 pounds, which is the honest cost of steel and shows up in every lift, every pallet jack and every freight quote. On volume it sits between the two. The sheet names the other two stackable and does not name this one stackable, so this page makes no stacking claim for it in either direction; if stacking matters to your storage plan, ask us and we will get Snyder's own documentation before you buy rather than guess from a name. The choice between steel and the polyethylene pair comes down to what the vessel has to survive: a product that is washed out hot and often, a product whose residue must be verifiably gone, and a vessel expected to last through years of turns argue for steel, while lower first cost and lower handling weight argue the other way. Tell us the product, the wash cycle and the number of turns a year and we will tell you which of the three the manufacturer's documentation supports.

Still deciding between these? Freight to your ZIP often settles it; the wider tanks ship differently. Or call 866-418-1777 and we will walk the table with you.

The side drain: a ball valve low, an access port high

• The drain path: this vessel is named for its side drain and that is where the liquid leaves, through a 2 inch 316 stainless steel ball valve as the sheet lists it. A quarter-turn ball valve is the right fitting for a tote that gets emptied and washed repeatedly, because it opens fully, it closes positively and there is nothing in the bore to hold residue. Fit a cap or a blank on the outboard side between uses, and keep the valve clear of the edge of the pallet so nothing can be set against the handle.
• Pumping off it: a 2 inch port at the side of a vessel under three feet tall gives very little head, so a pump has to sit below the valve or be self-priming, with a short run falling into the suction. Set it that way and a transfer or dosing pump will hold prime through a batch; set it level with the valve and it will pull air at the end of every transfer. Where the liquid is dosed rather than transferred, a diaphragm or peristaltic pump fed from this valve is happier than a centrifugal one.
• Getting it empty: on a low vessel with a side drain the last of the liquid sits in the floor rather than at the valve, so tilt it. A wedge under the far edge, or a pallet with a shim, turns a residue into a recovered charge, and on a tote that has to be washed between products it turns a long wash into a short one.
• The inlet: a 2 inch access port, as the sheet lists it, which is where a fill line or a pumped transfer lands so the manway can stay closed during a fill.
• Access: a 22 inch vented manway. On a vessel 35.25 inches tall that opening is at waist height, which is what makes hands-on cleaning, spray ball insertion and visual inspection practical rather than theoretical. Keep the vent clear whenever anything is drawing from the valve.
• The sheet publishes no maximum operating temperature, no specific gravity rating and no maximum contents figure, so this page asserts none of the three. Tell us the product, the temperature it arrives at and the temperature it is washed at, and we will check all of it against Snyder's documentation instead of implying a limit the sheet does not carry.

Two disciplines belong with a reusable vessel. The first is records: write the product, the date and the wash on a tag that travels with the tote, because the value of a steel container is entirely in being able to prove what was in it and what took it out. The second is handling. At 384 pounds empty this is a machine lift, not a two-person lift, and full it is 2,043 pounds of water on a 42 by 48 inch footprint, so it moves on forks or a jack with the valve facing away from traffic. Never lift it by the manway and never by the valve. Look at the valve, the port and the manway gasket every time it comes back from a wash; on a tote in real service the gasket is the part that wears out and the part nobody has on the shelf.

Batch plants, wash-out cycles and process fluids that earn a steel vessel

The work that justifies a steel tote is the work where the vessel is an asset rather than packaging: intermediates and specialty batches in a chemical plant; flavours, extracts, concentrates and process liquids in a food or beverage plant; personal care and nutraceutical intermediates moved between rooms; inks, coatings and plating solutions dosed at a machine; blended product held by a contract packer between fill runs; liquid moved between tanks and trucks in a brewery, distillery or winery; a mobile transfer vessel on a service truck for a process that has to be topped up on site. The pattern in all of them is turnover, and the reason to choose this vessel over a plastic one is that it is expected to be washed hot, dosed from, inspected and filled again, many times. Two limits stated plainly. There is no containment here: this is a single-shell vessel, the sheet publishes no containment volume or percentage, and where site rules require secondary containment the answer is a contained installation rather than this tote. And the sheet publishes no temperature limit at all, so this page will not imply one, however obvious a range might seem for a steel vessel; we will get Snyder's position in writing before you commit a hot process to it.

Shipping at 384 pounds, and the origins this sheet gives

The sheet gives the freight class as LTL and publishes no NMFC code for this item, so none is printed here. It shipments at 42 inches by 48 inches by 37 inches, which is taller than the 35.25 inch body, and it weighs 384 pounds; both the tank height and the shipping height are printed as the sheet gives them. On origin the sheet says two different things: the plant list reads Marked Tree, Arkansas, Merced, California and Lincoln, Nebraska, while the ship-from field reads Michigan. Both are printed as given, neither is explained, and no delivery origin is promised on this page. The freight cost estimator prices the lane to your ZIP, and the listed price is before freight. At 384 pounds on a footprint close to pallet scale this is a forklift or pallet jack item at both ends, so tell us at order whether the delivery address has a dock, a machine or neither; a steel vessel at a door with no dock is not a two-person carry and should not be attempted as one. Inspect the ball valve, the access port and the manway gasket before the driver leaves, and check the base and the corners for transit damage, which shows on steel as a dent rather than a scuff. Then put clean water in it once, tilt it, drain it through the valve, and confirm it empties the way your process needs it to before the first real charge goes anywhere near it. Write the outlet fitting size and material on the site plan; the replacement is ordered by those two words.