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.

Lid has two openings, one for shaking and one for pouring.

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.

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.

These PTFE bottles won’t break down when storing most harsh chemicals.

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.

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.

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

Vials have a textured wand attached to the lid.

The tapered end is designed to fit in a centrifuge.

Also known as volumetric flasks, these have a wide base and long neck for fast mixing.

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

These samplers are cleaned and bagged in a Class 7 clean room. Each bag is marked with a lot number. Use these samplers to extract thick liquids, such as oil, with a maximum viscosity of 100 cP.

Often used to collect environmental water samples, these samplers are cleaned and packaged in accordance with EPA protocol B.

Choose a telescoping handle and a snap-on bottle or beaker to collect samples from large tanks and vats.

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

Labels allow identification at a glance.

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

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.

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

Squeeze out liquids one drop at a time.