Doors stay closed with the pressure of rollers against the strike plate.

Latch in several different directions—these latches either have spring-loaded balls or a ball-shaped strike plate.

These latches are adjustable; push the ball in and rotate it to adjust force as well as compensate for misalignment.

An electrical switch allows these latches to power a light or other signal to indicate whether a door is open or closed.

A catch grabs and holds the strike plate, so doors stay shut when you push them closed.

Magnetic force holds doors closed.

These latches withstand temperatures up to 480° or 570° F.

Open and close these magnetic latches with a push—there's no need for a handle. Often used on audio and visual cabinets, magnetic force keeps your doors closed.

Mount these padlockable latches horizontally to the face of doors on refrigerators, ovens, and industrial enclosures with the strike plate mounted on the frame.

Keep doors on refrigerators and industrial enclosures closed.

Their spring-loaded design withstands vibration, rattling, and shaking better than other face-mount push-to-close latches for a more secure hold.

Also known as paddle latches, these are often used on electrical panels, cabinets, and lockers. Quickly push them closed to secure doors.

For use on on sliding doors—including those on T-slotted framing systems—these locks have a two-piece design that locks when pushed closed. An edge-pull handle makes these locks easy to open and fits where traditional handles don’t.

Attach these locks vertically to the side edge of doors on refrigerators and industrial enclosures with the strike plate mounted behind them on the frame.

Push doors closed and a return spring automatically snaps these locks together to secure them tightly in place. Pull them open with the included two-way key, which is also known as a double-bit key.

A safety catch prevents accidental opening.

To prevent accidental opening, these latches have a safety catch.

Easily snap these latches into cutouts without tools or other hardware.

Designed with compression springs to withstand vibration better than standard draw latches, these offer a more secure hold.

Mount these latches on a corner to draw perpendicular surfaces together.

The latch arm is coated with vinyl so it won't scratch surfaces.

A safety catch prevents accidental opening.

These latches have a safety catch to prevent accidental opening.

Each latch comes with a variety of strike plates for different mounting options.

Draw lightweight surfaces together with these latches.

With a spring-loaded handle, these hold tighter than other turn-to-open draw latches and compensate for slight misalignment.

These latches snap in place to eliminate rattling and hold access doors, screens, windows, and panels.

For use on gasketed doors, these latches use downward compression to pull surfaces together. They have a safety catch to prevent accidental opening.

Add a padlock to secure these latches, which reach around corners to pull two surfaces together.

Secure surfaces together with these padlockable latches; built-in springs withstand vibration better than other latches.

Adjust the latching distance to compensate for gasketing and misalignment.

Each latch comes with a variety of strike plates for different mounting options.

Secure cases, toolboxes, and other containers—these locks reach around outside corners to draw two surfaces together.

Open several draw locks with the same key.

Also known as compression cam latches, these reach full compression when you lift the handle, turn it a quarter-turn, and then push it down for a secure hold. Fold the paddle handle into the recess to keep it out of the way when not in use.

Also known as compression cam latches, turn the handle a quarter-turn to latch, then another quarter-turn to draw the cam firmly against the door or drawer surface.

Also known as adjustable compression cam latches, these adjust to compensate for door or drawer misalignment.

Also known as compression cam latches, these reach full compression when you lift the handle, turn it a quarter-turn, and then push it down for a tight hold. They’re often used for securing cabinet doors and file drawers.

To help maintain a sealed enclosure's IP65 and NEMA 4 rating, these locks have a gasket that prevents water from getting past the lock during low-pressure washdowns. Press the button to pop the handle out; push the handle shut for a secure hold. Since they lock with a hex key, these locks are great if you want to secure an enclosure with a simple keying system.

Help maintain your sealed enclosure’s IP65 and NEMA 4 ratings—these locks have a gasket that prevents water from getting past the lock during low-pressure washdowns. Press the button to pop the handle out; push the handle shut for a secure hold. These locks close with a slotted screwdriver, so they’re ideal for keeping a simple keying system.

Secure these locks with a Phillips screwdriver to keep a simple keying system around your facility. When you close them, a lever raises to tightly press your door or drawer shut with an attached screw.

For a secure hold, lift the handle, turn it a quarter-turn to close, and then push it down into the recess to create compression and minimize rattling from vibration. Also known as compression cam locks, these locks create a tighter hold than traditional cam locks, making them useful for doors that have a seal.

The face of these locks has a red indicator that is visible when unlocked and hidden when locked. Also known as compression cam locks, they create a tighter hold than standard cam locks in high-vibration environments. These locks open with a slotted screwdriver, so they’re great for a facility where you don’t want a complicated keying system.

Also known as compression cam locks, these locks create a tighter hold than a traditional cam lock, making them useful for doors that have a seal. All open with a slotted screwdriver.

Spot when these locks are open with just a glance—a red indicator shows they're unlocked. Also known as compression cam locks, their cam seals more tightly against a door or drawer than a standard cam to reduce rattling from vibration.

Also known as compression cam locks, turn the head a quarter-turn to latch, then another quarter-turn to draw the cam firmly against the door or drawer surface.

Designed for food-processing and hygienic applications, these locks are FDA compliant for direct contact with food. Also known as compression cam locks, these locks create a tighter hold than a traditional cam lock, making them useful for doors that have a seal.

Also known as adjustable compression cam locks, these adjust to compensate for door or drawer misalignment.

Also known as compression cam locks, these locks create a tighter hold than a traditional cam lock, making them useful for doors that have a seal. All open with a square key, so they're more secure than locks that open with a hex or slotted driver.

Quickly spot if these locks are open—a red indicator appears on the lock face or a spring-loaded cover pops up when they’re unlocked. Also known as compression cam locks, these locks create a tighter hold than a traditional cam lock, making them useful for doors that have a seal.

Ideal for high-vibration environments, these locks create a tighter hold than standard cam locks.

Also known as compression cam locks, turn the handle a quarter-turn to latch, then another quarter-turn to draw the cam firmly against the door or drawer surface.

It’s harder to snag straps and other items on these wing-handle latches than on T- or L-handle latches. Also known as compression cam latches, these create a tighter hold than a traditional cam latch, making them useful for doors that have a seal.

A paddle handle activates the top and bottom spring-loaded latching points to secure large cabinet doors.

Weld these clamps to the side of an object or drill your own holes in the mounting plate and bolt into place.

Mount these clamps below a surface.

Suitable for production applications, these clamps have double the service life of other air-powered toggle clamps.