Excellent strength and durability allow this tubing to handle high-pressure air and water applications.

Polycarbonate tubing won’t degrade when exposed to the damaging effects of ultraviolet light. It should be used at temperatures above freezing. Tubing is clear, so you can easily monitor flow. It is rigid and does not bend.

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Multiple colors allow you to color-code your line for easy identification. Tubing is flexible, so it bends easily around objects.

PVC plastic tubing is more economical than polyurethane rubber tubing.

Polyurethane rubber tubing can handle higher pressures than PVC plastic tubing and can also be used in vacuum applications. It is ether based, so it performs better in humid environments than ester-based polyurethane.

Opaque tubing doesn’t allow you to see what’s flowing through the line. Clear tubing allows you to easily monitor flow. Clear tubing with a stripe gives you greater visibility into your line than colored clear tubing.

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A braid reinforcement gives this tubing excellent strength in high-pressure applications.

EVA plastic tubing is the least flexible, but it has excellent crack resistance. Tubing is semi-clear, so it gives you a limited view of what’s flowing through the line.

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Run multiple tubing lines together without the hassle of cable ties or tape. This tubing comes joined for a clean, organized look. It's flexible enough to easily bend around objects without kinking. No matter how you twist, bend, or stretch this tubing, it returns to its original shape. Made of ether-based polyurethane, it has excellent resistance to tearing and abrasion and stays strong and durable, even in humid environments.

Single color tubing can't be separated. Multicolor tubing can be peeled apart for applications that require fewer tubes.

Clear tubing allows you to monitor flow through the line. Opaque tubing does not let you see inside the line.

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A polyester braid is embedded into the walls of this PVC tubing, giving it the strength to withstand higher pressures than other soft tubing for air and water. Tubing is flexible to easily bend around objects.

Clear tubing allows you to easily monitor flow.

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To identify lines at a glance, use different colored tubing as a color code. Tubing is clear, with either a colored tint or a colored stripe, so you can see what’s flowing through the line. Made of PVC, it is the industry standard for air and water applications. Tubing is flexible to easily bend around objects.

Tubing that is FDA compliant and meets NSF/ANSI 51 is safe for contact with food and beverages.

Striped tubing offers better visibility than clear tubing that is completely colored.

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This tubing won’t degrade when exposed to the damaging effects of ultraviolet light. It is opaque, so you can’t see what’s flowing through the line.

PVC plastic tubing is the most economical option.

EPDM rubber tubing is the most flexible option. It has better durability than PVC tubing to stand up to harsh outdoor environments. It has excellent resistance to ozone as well as UV light.

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More resilient than latex rubber, this silicone rubber tubing can stand up to high-temperature applications. Commonly used with metering (peristaltic) pumps and robotics, it can handle continuous bending and flexing and maintains its flexibility over time.

Opaque tubing doesn’t allow you to see what’s flowing through the line. Semi-clear tubing gives you a limited view inside the line.

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Protect sensitive equipment with this tubing—it is specially formulated to reduce the buildup of static electricity.

Silicone rubber tubing has carbon embedded into the walls to divert static quickly. It can handle a wider temperature range than PVC tubing, and is more flexible, so it bends easily around objects. It is opaque, so you can’t see what’s flowing through the line.

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Thick, gum rubber walls give this tubing excellent abrasion resistance. It is opaque, so you can’t see what’s flowing through the line. Tubing is flexible to easily bend around objects.

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Lightweight, spongy walls provide more thermal insulation than standard silicone rubber tubing, so they won’t produce condensation when cold air or fluid runs through the tubing. It’s flexible to easily bend around objects. Tubing is opaque, so you can’t see what’s flowing through the line.

Silicone rubber tubing is harder and more durable than foam tubing. It also has a tighter bend radius. Silicone foam tubing is lighter and softer than rubber tubing. Closed cells keep it from absorbing water, air, and gases.

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Designed for high-purity processes, this tubing is made without plasticizers like DEHP that can contaminate the fluid passing through it. It meets USP Class VI specifications for material testing; it is not for use in medical applications. Tubing is clear or semi-clear, so you can monitor flow. It’s also flexible and easily bends around objects.

TPE plastic tubing is extremely flexible. It’s often used as an alternative to silicone tubing for high-purity bioprocessing, pharmaceutical, laboratory, and peristaltic pump applications.

Tubing with braid reinforcement has extra strength to handle higher pressures than nonreinforced tubing.

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