No need for separate spill-control pallets or trays—comply with EPA regulations for storing hazardous liquids with just one tank. These tanks have two walls, so if the primary compartment ruptures, the secondary one will contain the leak. It can hold 110% of the primary tank's volume and will also protect it from damage in case of impact.

Made of polyethylene, these tanks can store a broader range of chemicals than steel double-wall tanks. The plastic contains UV inhibitors so they can be used outside.

These tanks have a flat space on top where you can mount a metering pump. Because these tanks meet NSF/ANSI 61 for drinking water, you can meter chemicals stored in them into your drinking water system.

For technical drawings and 3-D models, click on a part number.

These tanks are UV resistant for long-term outdoor service.

For technical drawings and 3-D models, click on a part number.

For technical drawings and 3-D models, click on a part number.

Also known as an intermediate bulk container (IBC), these tanks are designed to safely ship liquids. They're tested to comply with United Nations regulations for packaging and shipping hazardous material over land, sea, or air. These regulations aim to prevent hazardous spills caused by accidents or rough package handling. Unlike round drums, these tanks can be tightly packed side-by-side to maximize your floor space. They’re protected by a rigid tubular steel cage. They can be stacked two high when tank is full and four high when empty.

Note: It is the responsibility of the shipper to follow regulatory guidelines for properly packaging and labeling all hazardous materials and ensure the appropriate method for shipping.

For technical drawings and 3-D models, click on a part number.

Protect shipments of hazardous material during transit. A UV-resistant coating shields these tanks from sun damage, preventing leaks through weakened walls. They’re also protected by a rigid steel cage. These tanks comply with United Nations regulations for packaging and shipping hazardous material over land, sea, or air.

These tanks are also known as intermediate bulk containers (IBCs). They store five times as much material as a 55 gal. drum. Unlike round drums, these tanks can be tightly packed side-by-side to maximize your floor space. For added capacity, stack them two high when full or four high when empty.

Note: It is the responsibility of the shipper to follow regulatory guidelines for properly packaging and labeling all hazardous materials and ensure the appropriate method for shipping.

For technical drawings and 3-D models, click on a part number.

Also known as Type I safety cans, these have a single opening for both filling and pouring. Safety cans are a safer choice than fuel cans for storing flammable liquids. They have a spring-loaded, self-closing lid; pressure-relief cap; and a flame arrester.

Powder-coated steel cans are for petroleum-based liquids. Color-coding typically indicates usage: red for gasoline, yellow for diesel, blue for kerosene, and green for other liquids.

Stainless steel cans are corrosion resistant and often used with liquids such as acetone, ether, toluene, and xylene. Style E has a steel rim at the base for added support.

Polyethylene plastic cans won't rust, dent, or pit and are for chemicals and corrosives.

Also known as Type II safety cans, these have two openings—one for filling, one for pouring. Safety cans are a safer choice than fuel cans for storing flammable liquids. They have a spring-loaded, self-closing lid; pressure-relief cap; flame arrester; and a vacuum-release valve for controlled pouring.

Color-coding typically indicates usage: red for gasoline, yellow for diesel, blue for kerosene, and green for other liquids.

Style B have a steel roll bar that protects the spout, handle, and trigger during transport.

Style C have a rotating spout that flips down for pouring and up for storage.

Tip cans down for controlled dispensing, then swing them back to their upright position. These cans have a pressure-relief cap with built-in vacuum-release valve for controlled pouring.

Powder-coated steel can is for petroleum-based liquids.

Polyethylene plastic can is for chemicals and corrosives.

A self-closing faucet provides controlled, one-handed dispensing of flammable liquids. These safety cans also have a flame arrester and a self-closing pressure-relief cap.

Powder-coated steel cans are for petroleum-based liquids.

Polyethylene plastic cans are for chemicals and corrosives.

Stainless steel cans are corrosion resistant and often used with liquids such as acetone, ether, toluene, and xylene.

Carry and store petroleum-based liquids in these sturdy cans. Color-coding indicates usage: red for gasoline, yellow for diesel, and blue for kerosene. The spout automatically closes to prevent spills. Push the button to pour.

Easily fill these cans through the detachable wide-mouth funnel, then remove the threaded plug to empty. A flame arrester protects against outside ignition.

Store leftover hazardous liquids until they can be properly discarded. Made of plastic to resist harsh acids and corrosives, this safety disposal can has a self-closing cap to prevent spills and a trigger handle to empty contents with one hand.

Store leftover hazardous liquids until they can be properly discarded. The spring-loaded, self-closing cap on these cans automatically vents to relieve excess vapor pressure, and a flame arrester protects against outside ignition.

Plastic cans are for aggressive chemicals and corrosives.

316 stainless steel cans are for liquids such as acetone, alcohol, ether, toluene, and xylene.

Galvanized steel cans are for petroleum-based liquids.

Style C have a filter that strains out dirt and water, a valve to switch between filling and draining, and a flame arrester to protect against outside ignition. Rotate the hand pump to dispense fuel. The pump hose has a grounding strap.

Quickly set up a line to dispense chemicals—these nozzles come with a hose and fittings that thread onto your drum or intermediate bulk container (IBC). The nozzles are made of either polypropylene or aluminum and the hose is PVC to resist corroding from citric acid, ethanol, and other chemicals. However, the nozzles are not designed for pressurized systems and should be used in applications where liquid can flow by gravity. Use the trigger to adjust how much they dispense at a time. The nozzles swivel to make directing the flow easier. Hook the included bracket onto the top of a drum or tank to hang the hose when not in use.

Polypropylene nozzles are lighter in weight than aluminum nozzles and resist corroding from harsher chemicals, such as phosphoric acid.

Aluminum nozzles resist wear and tear better than polypropylene nozzles.