Labels allow identification at a glance.

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.

Long nozzles allow dispensing in hard-to-reach places.

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

Choose a needle-tip squeeze bottle for your most precise dispensing applications.

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.

Fill air-atomizing sprayers with these pitchers. The nozzle is designed to fit into the sprayer opening and has a removable brass filter to strain out foreign particles.

These spray bottles hold up against harsh chemicals and solvents.

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.

Identify contents quickly with labels written in English and Spanish.

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.

Moisten swabs and wipes by pushing down on the top.

An additive prevents electrostatic discharge from building up on the surface of these dispensers.

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.

These carboys are fluorinated to prevent contents from being absorbed.