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These bottles are fluorinated to resist absorption of contents.
These jars are fluorinated to resist absorption of contents.
Also known as oil analysis bottles, these are cleaned to have fewer than 10 particles larger than 10 microns per milliliter.
Lid has two openings, one for shaking and one for pouring.
Each jar comes individually bagged and sterilized.
A sealing ring separates when the lid is opened.
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, pour, and carry up to 1 gallon.
Open the faucet for easy dispensing.
These carboys are fluorinated to prevent contents from being absorbed.
Place small samples in these tubes for testing, mixing, or inspection.
The tapered end is designed to fit in a centrifuge.
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.
Squeeze out liquids one drop at a time.
Identify contents at a glance with these sets of 25 bottles in five lid colors.
Choose a needle-tip squeeze bottle for your most precise dispensing applications.
Spray liquids with these fillable bottles—the head twists on and off to make filling easy.
Identify contents quickly with labels written in English and Spanish.
These spray bottles resist harsh chemicals.
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.
Spill-free fills, no funnel needed—these bottles have a mouth that’s larger than those on standard spray bottles.
Access tight spaces with the 36" long tube that extends from these spray bottles.
Fill these bottles through a port on the side.
The nozzle on these spray bottles mixes air into soap, cleaners, or other sudsy liquids to create a foam spray.
Make long spraying jobs easier on your arm. These sprayers clip to your belt or harness, so you’re not stuck holding a heavy bottle—just the lightweight spray head.
Spray up to four times more liquid per stroke than standard spray bottles.
Small and lightweight enough to hold with one hand or wear in a holster. These sprayers have a plastic tank that resists chemicals.
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 sprayers have a more durable construction than our other plastic hand-pump sprayers.
Carry these sprayers comfortably on your back using the padded shoulder straps.
Small enough to spray with one hand, these foamers aerate cleaners to create a foam that breaks down dirt and grime.
The nozzle on these foamers injects air to make cleaners and disinfectants foam as you spray them.
For large cleaning jobs, these backpack foamers stay pressurized with a rechargeable battery, so you don't have to stop to pump or plug them in.
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.
Toss these samplers after you collect and transfer liquid samples—they’re disposable to reduce the risk of cross contamination.
Fill more quickly with a wide mouth than a narrow mouth.
Control the flow of contents better than with wide-mouth bottles.
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.
These jugs hold their shape as liquid is dispensed. They come with a cardboard box for protection.
The jug inside these containers collapses as it dispenses for uninterrupted flow.
Flip the lid to grab a wipe. These dispensers are often used in food-processing and pharmaceutical plants because they contain metal and chemical additives, so if any part of them falls into your line by accident, it’ll set off metal detectors and show up on X-rays.