A long, flexible shackle means you can weave these locks through tight areas and around valves and other bulky tools. Use them like a cable lockout. They’re bright red with a danger label to make it clear that equipment is locked out to prevent unauthorized use for safety. This helps you comply with OSHA 29 CFR 1910.147 procedures. Because the cable is flexible, it also makes your lock body easier to adjust once secured. You can tuck the body out of the way and fit it into tight spaces, such as a circuit breaker cabinet. However, the shackle is thinner than a standard padlock shackle, so it’s easier to cut.

The lock body and coating on the cable are plastic, so they won’t scratch nearby surfaces. The lock body also resists corrosion. Choose these locks if you need locks that each open with a different key. All locks have random key numbers.

Alert others to locked-out equipment—these padlocks come in a variety of colors that will stand out from a typical padlock. Assign a color to individuals or jobs, such as blue for plumbing or red for electrical. A long, flexible shackle simplifies your lockout process by replacing the need for a separate cable and padlock. Weave the shackle through multiple hasps or lockouts. To make sure you’ve secured equipment properly, you can’t take the key out until the shackle is locked. They help comply with OSHA 29 CFR 1910.147 standards for safe lockouts. Choose these padlocks if you need locks that each open with a different key. All locks have random key numbers.

The shackle is braided stainless steel with a plastic coating, which gives it an extra layer of corrosion resistance and prevents it from scratching nearby surfaces. While the flexible shackle allows it to bend into tight spaces and around small parts, it’s thinner than a standard padlock shackle, so it is easier to cut.

Eye-catching colors and a danger label on these padlocks alert others to locked-out machines. Snake the flexible shackle through cramped spaces or multiple lockouts—no extra cables or padlocks needed. The shackle is flexible enough that you can tuck the lock body into tight areas, such as a circuit breaker cabinet. To follow lockout identification practices, assign different colors to individuals or functions. For example, use blue for plumbing and red for electrical. They help you comply with OSHA 29 CFR 1910.147 safety procedures.

They resist corrosion and prevent scuffs and scrapes on nearby surfaces because the body is plastic and the shackle is coated in nylon. The shackle coating also reduces its conductivity, so they're a good choice for locking out electrical equipment. However, since the shackle is thinner than a traditional padlock, it's easier to cut.

To make sure you’ve secured equipment properly, you can’t take the key out until the shackle is locked. Choose these padlocks if you need locks that each open with a different key.

Weave the shackle on these padlocks through lockouts on outdoor valves, electrical panels, or other equipment during repairs without the hassle of extra cables or padlocks. To alert others to the maintenance, they have a warning label and come in a variety of striking colors. Assign colors to individuals or functions to follow lockout identification practices. For example, use blue for plumbing and red for electrical. These padlocks help you comply with OSHA 29 CFR 1910.147 standards for safe lockouts. To make sure equipment remains secure, these padlocks retain the key in the cylinder until the shackle is locked. Because the shackle is flexible, you can also tuck the body out of the way or fit it into tight spaces. However, the shackle is thinner than a standard padlock shackle, so it’s easier to cut. Each padlock opens with a different key and all have random key numbers.

The aluminum body and stainless steel shackle resist corrosion from rain and snow. A plastic cover over the body and a plastic coating on the braided shackle add another layer of protection from the elements and prevent scuffs on nearby surfaces.

Weave the flexible shackle through cramped spaces to secure multiple points with a single lock. These padlocks are a good choice for equipment that is awkward to lock, such as corner hasps and small tools. The shackle is flexible enough that you can tuck the lock body into tight areas, such as a circuit breaker cabinet. The more pins a lock has, the harder it is to force open. These padlocks have a pin-tumbler key locking mechanism that is difficult to pick. However, the shackle is thinner than a standard shackle, so it is easier to cut. Choose these locks if you need several locks that open with the same key.

Steel-body locks are stronger than aluminum-body locks. Aluminum-body locks resist corrosion and weather better than steel-body locks.

Braided steel shackles are stronger than braided stainless steel shackles. Braided stainless steel shackles are the most corrosion resistant.

Padlocks with a bumper prevent the lock body from rattling and scratching nearby surfaces.

Color-code your lockout system with these flexible padlocks. Assigning a color to tasks or departments helps prevent equipment from being used during maintenance or repair. This helps you comply with OSHA 29 CFR 1910.147 procedures. The flexible braided steel shackle weaves through tight areas and around small tools and equipment to prevent theft and unauthorized use. It also easily secures multiple hasps or lockout devices without a separate cable or multiple padlocks. The flexibility of the shackle also makes the lock body easier to adjust once secured. You can tuck the body out of the way or fit it into tight spaces like a circuit breaker cabinet. The shackle is coated in polyurethane to resist corrosion and to prevent scratching nearby surfaces. However, it is thinner than a standard padlock shackle, so it’s easier to cut.

These locks are key retaining, so you can’t remove the key from the lock until the shackle has been relocked. This safety feature reduces risk in lockout applications. Choose these locks if you need several locks that open with the same key.

A danger label and distinct colors make these flexible-shackle locks useful for lockout identification practices. Assign a color to tasks or departments and use these locks to prevent equipment from being used during maintenance or repair. This helps you comply with OSHA 29 CFR 1910.147 procedures. The steel shackle is braided and flexible, so you can secure it around small tools and equipment to prevent theft and unauthorized use. They also easily secure multiple hasps or lockout devices without a separate cable or multiple padlocks. Because the shackle is flexible, it’s easier to tuck the lock body out of the way and fit it into tight spaces, such as a circuit breaker cabinet. However, the shackle is thinner than a standard padlock shackle, so it’s easier to cut.

The lock body is plastic, so it resists corrosion and won’t scratch nearby surfaces. A nylon coating on the shackle also prevents scuffs and scrapes. These locks are key retaining, so you can’t remove the key from the lock until the shackle is closed. This reduces risk in lockout applications because your lock must be properly secured before you walk away with the key. Choose these locks if you need several locks that open with the same key.