These flanges are for low-pressure applications in noncorrosive environments.

The galvanized finish on these Class 150 flanges provides fair corrosion resistance.

Also known as Class 300 flanges, these medium-pressure flanges have a galvanized finish for fair corrosion resistance.

Also known as Code 61 SAE hydraulic flanges.

Bolt two flanges of the same size together with a gasket to create an access point in a pipe line.

Forged for extra strength, these heavy duty unthreaded flanges can withstand high-pressure applications.

Also known as Class 150 flanges, these corrosion-resistant flanges are designed for low-pressure pipe applications.

Also known as ANSI flanges.

Also known as Code 61 SAE hydraulic flanges, these let you create an access point in a high-pressure hydraulic line.

Press these fittings onto stainless steel pipe using a crimping tool for a permanent, leak-tight connection that's faster than threading or welding and doesn't require heat.

Also known as Class 125 flanges, these are for use in low-pressure applications. Flanges are aluminum, which is lightweight with good corrosion resistance.

Also known as Class 150 flanges, these brass flanges are designed for low-pressure applications.

Bolt two same-size flanges together with a gasket to create an access point within a line. They are also known as Class 150 flanges. They have thick, strong walls to handle heavy duty industrial plumbing and water supply applications, such as water processing, waste water treatment, and irrigation.

Use these polypropylene flanges in outdoor environments—they resist the damaging effects of ultraviolet light. They have the chemical resistance to stand up to acids, solvents, and other harsh substances. Bolt two same-size flanges together with a gasket to create an access point within a line. Flanges are also known as Class 150 flanges.

Flanges have excellent corrosion resistance to handle a wide range of acids and other highly-corrosive chemicals. Use in metal surface treating applications, plating solution lines, and other chemical process applications. They are reinforced with fiberglass layers for better strength and durability than any of our other pipe flanges for chemicals. Bolt two same-size flanges together with a gasket to create an access point within a line.

The grooved ends on these flanges connect to pipe with a clamp, so you can access your chemical process line for routine maintenance. Flanges have excellent chemical resistance to withstand a variety of salt solutions, acids, and other harsh substances. They are also known as Victaulic flanges.

Crimp these fittings to copper tubing with a crimping tool for a leak-tight connection that doesn’t require heat or soldering. They are comparable to Viega ProPress fittings.

Create access points in ultra-high-vacuum lines or chambers by bolting two same-size flanges together with a copper gasket between them. The flanges’ sharp edges dig into the copper gasket and form an extremely tight seal, which means they handle higher vacuum pressures than other high-vacuum fittings with rubber gaskets.

Also known as KF, QF, and NW fittings, these fittings are for high-vacuum applications, such as vacuum coating and heat treating, leak testing, and analyzing gases.

Couplings are metal, which has better durability than plastic cam-and-groove hose couplings. They consist of a plug and a socket that connect and disconnect quickly. Use them if you need frequent access to a line. To connect, insert the plug into the socket and push the levers down.

Ball bearings operate with less friction than other bearings, so you can run them at higher speeds.

Use these bearings in corrosive environments and under water.

Use these bearings for light loads and small shafts. The closed backing blocks out dust and other contaminants.

Synthetic grease enables these bearings to operate in temperatures up to 400° F—nearly double the maximum temperature of standard mounted ball bearings with two-bolt flange.

Use these nylon or acetal bearings for light loads. The closed backing blocks out dust and other contaminants.

Made of acetal with a PTFE filling, these light duty bearings handle speeds twice as fast as standard acetal bearings can.

Capable of handling temperatures from -400° to 750° F, these graphalloy bearings have the widest temperature range of any of our mounted bearings.

Ball bearings operate with less friction than other bearings, so they can run at higher speeds.

Use these bearings in corrosive environments and under water.

These bearings are rated IP69K as able to withstand washdown environments such as food, pharmaceutical, and chemical plants. Their fluoropolymer-coated housing is as corrosion resistant as 304 steel and safe for contact with food.

Synthetic grease enables these bearings to operate in temperatures up to 400° F—nearly double the maximum temperature of standard mounted ball bearings.

These nylon bearings swivel inside their housing to compensate for over 20° of shaft misalignment.

Made of acetal blended with PTFE, these bearings handle speeds twice as fast as standard sleeve bearings.

Use these UHMW bearings in wet, corrosive environments.

With a flexible layer of neoprene sandwiched between an oil-embedded bronze bearing and rigid steel shell, these bearings reduce wear and machinery noise.

A bolt in each corner makes for a secure, even hold.

Synthetic grease enables these bearings to operate in temperatures up to 400° F—nearly double the maximum temperature of standard mounted ball bearings with four-bolt flange.

Use these bearings in corrosive environments and under water.

Create a custom mounted bearing by adding your own bearing to these flanged housings.

Mount bearings quickly by using these precision housings, which don’t require any machining.

Mount these bearings on a support rail shaft for applications requiring maximum rigidity.

Use the adjustment screw in the housing to tighten or loosen the snugness (also known as preload) of the bearing to your shaft.

Virtually maintenance free, these bearings have slippery, chemical-resistant liners that don't require added lubrication.

A ceramic coating makes high speeds as well as rapid acceleration and deceleration possible.

A ceramic coating makes high speeds as well as rapid acceleration and deceleration possible.

Designed to handle heavy loads, these bearings have higher load capacities than comparable standard mounted linear ball bearings for Support Rail Shafts.

A ceramic coating makes high speeds as well as rapid acceleration and deceleration possible.

Choose ball bearings for debris-free environments and when speed is a necessity. They operate with less friction than sleeve bearings, so you can run them at higher speeds.