Attach a compressed air source to pressurize liquids for dispensing and spraying. Tanks have a dip tube that draws liquid from the bottom of the tank. All tanks meet the ASME rating for pressure vessels.

304 stainless steel tanks have good corrosion resistance.

316 stainless steel tanks have excellent corrosion resistance.

Tanks that cannot be sold to the listed areas are restricted due to safety regulations.

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Store and dispense liquids in food, pharmaceutical, and beverage plants—these tanks attach to a compressed air source for use in sanitary environments. A dip tube draws liquid from the bottom of these tanks for dispensing and spraying. They’re made of 316L stainless steel for excellent corrosion resistance, and have an electropolished finish that prevents product buildup and bacterial growth. Connect them to valves, hose, and caps with quick-clamp sanitary tube fittings, which are easier to sanitize than threaded fittings. Tanks comply with ASME BPVC.VIII safety standards for pressure vessels.

Safety regulations restrict sales to the listed jurisdictions/areas.

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

A built-in faucet allows easy dispensing.

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316 stainless steel is more corrosion resistant than 304 stainless steel.

Batch cans with drain have a drain centered on the bottom of the can.

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These metal batch cans meet NSF/ANSI 2 standards for food-processing equipment.

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A built-in faucet allows easy dispensing.

These drums are corrosion resistant and are UN-compliant for shipping.

In addition to being corrosion resistant, these drums have smooth, welded seams to prevent food and chemicals from collecting in crevices.

Closed-head drums have a lid that’s permanently sealed, so the only way to access the contents inside is through the two lid openings. They’re often used to hold wine and other liquids because they’re less likely to leak or spill than open-head drums. All are UN compliant for shipping.

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All drums are UN-compliant for shipping.

The inside of these drums is epoxy coated to resist rust. Drums are UN-compliant for shipping.

Use these drums for secondary containment or for temporarily storing and transporting leaking containers. All drums are UN-compliant for shipping.

These tubs are crack and dent resistant.

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Also known as vacuum degassing chambers, these remove trapped air from mixtures such as paint and mold resins. The fittings on the hose contain a gasket that allows you to connect the hose to flared fittings.

Aluminum containers are lightweight, corrosion resistant, and good for general use.

Containers with a side-mount gauge allow you to see the material inside of them when looking from the top.

Acrylic lids are more durable than glass lids. They’re commonly used to eliminate air bubbles in hard setting materials, such as silicone and polyurethane.

Replacement lids do not include hardware or seal.

Replacement manifold assemblies include a manifold, vacuum gauge, washer, O-ring, and hex nut.

These tanks have drain ports on the bottom to remove condensation. All other ports can be used as inlets or outlets in any configuration.

Tanks with mounting plate have a platform where you can secure motors, pumps, and other components.

Steel tanks are primed or powder coated for exterior corrosion resistance. Epoxy-lined steel tanks also resist interior corrosion that can result from moisture in your compressed air.

Stainless steel tanks are more corrosion resistant than steel tanks.

Safety regulations restrict sales to the listed jurisdictions/areas.

Note: Per ASME code, all tanks are water tested. Those made without a corrosion-resistant coating or material will have rust on the interior.

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

Able to withstand pressures up to 600 psi, these tanks store compressed air for use in high-pressure applications. They’re made of steel that's primed to resist exterior corrosion. Tanks have drain ports on the bottom to remove condensation. All other ports can be used as inlets or outlets in any configuration. Safety regulations restrict sales to the listed jurisdictions/areas.

Note: Per ASME code, all tanks are water tested and will have rust on the interior.

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

Tanks have drain ports on the bottom to remove condensation. All other ports can be used as inlets or outlets in any configuration.

They cannot be sold to New Jersey or Canada due to safety and pressure vessel regulations.

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

These dispensers have a reservoir for recirculating coolant. They provide a constant flow of coolant, so they dissipate heat more efficiently than mist and droplet dispensers, making them suitable for cooling long machine cycles. Coolant strainers prevent debris from getting into the recirculated coolant.

Maximum flow rate and shut-off height are for water-soluble oil. Shut-off height is the maximum height to which the water-soluble oil can be pumped.

Store fluids for a hydraulic power unit or circulating-oil system. Choose a tank capacity about three times greater than your requirement to allow for heat dissipation. Tanks with only a drain connection require you to drill your own inlet/outlet connection and add pipe suction flanges (sold separately). Flanges seal pipes that pass through the top plate of your tank.

Dual chamber tanks have a divider that allows particles to settle on one side before fluid is returned to your line.

Breather vents prevent excess pressure in tanks and allow a free flow of air.

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