Also known as wash bottles, these dispense liquid at a downward angle.

These bottles are made with an additive that prevents electrostatic discharge from building up on the surface.

Made of FEP plastic, these are our most chemical-resistant squeeze bottles. They are also autoclavable.

These bottles are made with an additive that prevents electrostatic discharge from building up on the surface.

Sets include eight squeeze bottles with nozzle covers and a steel holder.

Squeeze out liquids one drop at a time.

Add a needle with a luer lock connection and squeeze to dispense a single drop or a stream of liquid.

These spray bottles resist harsh chemicals and solvents.

Spray liquids around your food processing plant while reducing the risk of contaminating the food. These spray bottles have metal additives in the spray head and on the label that can be picked up by a metal detector if the bottles—or any piece of the spray head or label—fall into your line.

Spray at any angle—even upside down.

Dispense up to three times more liquid per stroke than other spray bottles.

Access tight spaces with the 36" long tube that extends from these spray bottles.

Pump the handle to pressurize the tank, then squeeze the trigger on the wand to spray. These sprayers are often used for degreasers, insecticides, disinfectants, cleaning solutions, and herbicides.

Wheel these electric-powered sprayers wherever needed to disinfect surfaces and equipment in bathrooms, schools, gyms, and worksites without any manual pumping.

An electrostatic charging ring in these backpack sprayers gives spraying liquids a positive charge, so that disinfectant or insecticide will cling to surfaces for an even coating.

Fill the reservoir, attach the propellant cartridge, and spray.

The nozzle on these foamers injects air to make cleaners and disinfectants foam as you spray them.

Moisten swabs and wipes by pushing down on the top.

Often used in laboratories, these dispensers fit on most lab bottles. Push down on the top to dispense precise amounts of acids, solvents, and other liquids.

A unique valve on these pens and bottles releases a precise amount of liquid without flooding the tip and splattering.

Sterilized so they won’t contaminate your samples or lines, these liquid samplers are often used in food processing, pharmaceutical, and biotech applications.

Cover the vent hole with your finger to control the pouring speed.

Thread a wire tamper-seal tag through the holes in the lid and bottle. If the tag is cut or broken, you'll know the bottle has been opened.

A coating on these bottles make them slip, impact, and shatter resistant.

These bottles withstand vacuum and pressure applications.

Transfer liquid through tubing.

Squeeze the bottle to force liquid through the tube and into the cup, then pour out the measured amount.

Also known as oil analysis bottles, these are cleaned to have fewer than 10 particles larger than 10 microns per milliliter.

A sealing ring separates when the lid is opened.

Each jar comes individually bagged and sterilized.

Even when turned upside down, these containers keep fluids inside. They include an applicator brush and a plug to seal the container.

A coating on these jars make them slip, impact, and shatter resistant.

These vials are sized to store samples and other small quantities.

These vials are sterilized and then sealed in a package marked with a lot number.

These carboys are fluorinated to prevent contents from being absorbed.

The tapered end is designed to fit in a centrifuge.

Control the flow of contents better than with wide-mouth bottles.

These containers include many layers of packaging to give you the best leak protection for hazardous liquids.

Prevent the absorption of harsh solvents, cleaning agents, and adhesives to safely ship hazardous liquids. There is a security ring on the lid that separates when the jug is opened.

Also known as closed-head pails, these round jugs have a small top opening. They safely ship hazardous liquids.

Safely transport and store oxygen in these tanks.

Safely transport and store propane gas in these tanks.

Butane burns cleaner than propane at similar temperatures. Use it in heating, thawing, and soldering applications.

Use propane in heating, thawing, and soldering applications.

Mount hand sanitizer and wipe dispensers near your facility’s entrance to help people follow good sanitizing practices and limit the spread of illness.

Offering more hand washes than liquid soap, this foam soap produces an instant lather.

Wash away your heaviest grease and grime including tar and oil.

An alternative to paint thinners and solvents, this soap removes urethane- and oil-based paint, varnish, and lacquer.

Sanitize and hydrate your hands at the same time—these moisturizers kill up to 99.99% of germs and bacteria on contact.

Organize bottles, cans, and jugs with these holders.

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

In the plant or in the field, these coolers keep refreshments cold for hours.

Fill these containers with condiments such as salt, pepper, sugar, ketchup, mustard, and salad dressing for easy dispensing.

Provide drinking water wherever it's needed—no plumbing hookup required.

These high-clearance spouts can be attached to a water chiller or other water source for easy bottle filling.

With a built-in eye cup, these eye washes concentrate the flow of solution over the eye.

Rinse chemicals from your eyes, hands, and body when ANSI-compliant decontamination stations aren't immediately available.