Styles C, S, and T have durable, thick walls.

Styles A and B have a perforated lip for attaching a tag.

These jars are fluorinated to resist the absorption of contents.

Jars with PTFE or polyethylene seals are more chemical resistant than jars with coated paper seals.

Also known as mason jars, these have a tin-plated lid that forms a vacuum seal when heated.

Amber jars are good for light-sensitive contents.

Style G are tin-plated steel and are used to store oils and other solvents that can’t be stored in plastic.

Style C and E are amber, making them good for light-sensitive contents.

Style D have thick walls, so they’re more durable than other bottles.

These bottles are fluorinated to resist absorption of contents.

The open top makes these easier to fill than jugs, while the spout gives more control when pouring.

Styles A and C have a lid and threaded spout cap to reduce spills.

Style F have a lid to reduce spills. They also have a thumb-operated flow-control valve that can be locked in the open position for easy pouring.

These metal batch cans meet NSF/ANSI 2 for sanitary design in food-processing environments.

Beakers that meet NSF/ANSI 2 comply with a sanitary standard for food equipment.

Style A and B beakers meet NSF/ANSI 2 sanitary standards for food equipment.

Beakers that cannot be sold to the regions listed are restricted by local regulatory limits on BPA (Bispenol A) in products that come into contact with food.

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.

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

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.

18-8 stainless steel containers have excellent corrosion resistance and are commonly used in laboratories.

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

Often used in break rooms and cafeterias, these dispensers make it easy to serve beverages to a few people or a crowd.

Styles C and D are for cold beverages. They meet NSF/ANSI standards.

These sprayers are small enough to spray with one hand. Pump the sprayer to pressurize, then squeeze the trigger. They are often used with degreasers, insecticides, disinfectants, cleaning solutions, and herbicides.

Note: The material of the parts can affect a sprayer's compatibility with a chemical or solution. Make sure the tank, seal, nozzle and pump are suitable for your application.

Choose from a variety of containers, lids, and accessories to design a dispenser that will pour or pump contents without allowing contaminants inside. These dispensers are often used with oil and other lubricating fluids. Not for use with fuels or solvents.

Containers and lids are all interchangeable.

Dispense flammable liquids with these FM-approved push-top dispensers. Excess liquid drains back into the dispenser through a mesh flame-arrester plate.