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Labels allow identification at a glance.
Also known as wash bottles, these dispense liquid at a downward angle.
These bottles are fluorinated to prevent contents from being absorbed.
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.
Long nozzles allow dispensing in hard-to-reach places.
Choose a needle-tip squeeze bottle for your most precise dispensing applications.
Add a needle with a luer lock connection and squeeze to dispense a single drop or a stream of liquid.
Squeeze out liquids one drop at a time.
Identify contents at a glance with these sets of 25 bottles in five lid colors.
Spray liquids with these fillable bottles—the head twists on and off to make filling easy.
These spray bottles resist harsh chemicals.
Identify contents quickly with labels written in English and Spanish.
Release a fine mist spray similar to an aerosol without propellants or pressure.
Dispense up to three times more liquid per stroke than other spray bottles.
Spray at any angle—even upside down.
No funnel needed to fill these bottles—a wide mouth allows quick refilling without spilling.
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.
Access tight spaces with the 36" long tube that extends from these spray bottles.
To save time and effort when disinfecting bathrooms, worksites, and other large spaces, these sprayers are electric powered, so you don’t need to pump them by hand.
Wheel these electric-powered sprayers wherever needed to disinfect surfaces and equipment in bathrooms, schools, gyms, and worksites without any manual pumping.
These sprayers are small enough to use with one hand.
Spray thin liquids evenly without propellant. Fill the sprayer and pressurize with compressed air.
Carry these sprayers comfortably on your back using the padded shoulder straps.
These sprayers have a more durable construction than our other plastic hand-pump sprayers.
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.
These hand-held sprayers give a positive charge to liquid disinfectant, causing it to wrap around and cling to all surfaces it touches for an even coat.
The nozzle on these foamers injects air to make cleaners and disinfectants foam as you spray them.
Fill the reservoir, attach the propellant cartridge, and spray.
A rechargeable battery keeps these sprayers pressurized, so you don’t have to stop to pump while spraying herbicides, insecticides, disinfectants, cleaners, and other solutions.
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.
Disinfect bathrooms, desks, doors, and other small areas and items with these portable sprayers.
An additive prevents electrostatic discharge from building up on the surface of these dispensers.
Moisten swabs and wipes by pushing down on the top.
Dispense flammable liquids with these FM-approved push-top dispensers.
Turn these bottles upside down and press the flange to dispense.
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.
These bottles have a squeeze-bulb dropper attached to the lid.
Open the faucet for easy dispensing.
Flatten these carboys for convenient storage.
These carboys are fluorinated to prevent contents from being absorbed.
Store, pour, and carry up to 1 gallon.
These jars are fluorinated to resist absorption of contents.
Even when turned upside down, these containers keep fluids inside. They include an applicator brush and a plug to seal the container.
Lid has two openings, one for shaking and one for pouring.
Also known as oil analysis bottles, these are cleaned to have fewer than 10 particles larger than 10 microns per milliliter.
Color-code your storage containers to quickly identify small parts.
A sealing ring separates when the lid is opened.
Each jar comes individually bagged and sterilized.
Squeeze the top of these jars with a single hand to dispense cable ties, screws, nuts, and other small parts.
A coating on these jars make them slip, impact, and shatter resistant.
Silicone rubber seals keep air and moisture out of these glass jars.
Also known as mason jars, these have a tin-plated lid that forms a vacuum seal when heated.
Store a large quantity of liquid in these bottles and use the built-in faucet to dispense.
These PTFE bottles won’t break down when storing most harsh chemicals.
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.
Cover the vent hole with your finger to control the pouring speed.
These bottles are fluorinated to resist absorption of contents.
These bottles are sterilized and then sealed in a package marked with a lot number.
A coating on these bottles make them slip, impact, and shatter resistant.
Often used in chromatography, these bottles have a UV-resistant coating that protects light-sensitive chemicals and makes the bottles slip, impact, and shatter resistant. They withstand vacuum applications.
These bottles withstand vacuum and pressure applications.
Fill these air-and liquid-tight bottles directly from your line to store, test, and ship liquids. Connect to a quick-clamp fitting with the included gasket and clamp.
Squeeze the bottle to force liquid through the tube and into the cup, then pour out the measured amount.
Transfer liquid through tubing.
Vials have a textured wand attached to the lid.
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.
Store samples and other small quantities in these vials.
The tapered end is designed to fit in a centrifuge.
Place small samples in these tubes for testing, mixing, or inspection.
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 jugs are opened.
Also known as closed-head pails, these jugs have a small top opening. Made of HDPE, they resist chemicals and prevent the absorption of harsh solvents, cleaning agents, and adhesives to safely ship hazardous liquids.
Also known as closed-head pails, these round jugs have a small top opening.
Safely pack and ship hazardous liquids. These kits include a jug, packing materials, and instructions for sealing.
These jugs hold their shape as liquid is dispensed. They come with a cardboard box for protection.
Made of plastic, these bottles won’t break as easily as glass bottles if handled roughly. They come with multiple layers of packaging to guard against leaks when shipping hazardous liquids.
The jug inside these containers collapses as it dispenses for uninterrupted flow.
Made of glass, these bottles hold harsh chemicals, such as solvents, without degrading. They include multiple layers of packaging to give you the best leak protection for hazardous liquids.
Control the flow of contents better than with wide-mouth bottles.
Fill more quickly with a wide mouth than a narrow mouth.
Fill these lightweight bottles and use with any brand of water dispenser.
Attach the lid to pegboard and then unscrew the jar to grab small parts.