Screw links stand up to multi-directional forces better than carabiners and allow ample room for multiple pieces of gear to be attached. Ideal harness attachment in ascending systems or for joining anchor straps. Delta shape: developed after the ever-increasing development of webbing-fitted systems; perfect for webbing uphold onto its lower flat part. Made in France by Maillon Rapide.
Note: Links are stamped with a Working Load Limit (WLL) that is about 1/5 of its rated breaking strength.
Screw links stand up to multi-directional forces better than carabiners and allow ample room for multiple pieces of gear to be attached. Ideal harness attachment in ascending systems or for joining anchor straps.
Note: Links are stamped with a Working Load Limit (WLL) that is about 1/5 of its rated breaking strength.
Screw links stand up to multi-directional forces better than carabiners and allow ample room for multiple pieces of gear to be attached. Ideal harness attachment in ascending systems or for joining anchor straps.
Note: Links are stamped with a Working Load Limit (WLL) that is about 1/5 of its rated breaking strength.
The Bm’D lightweight asymmetrical carabiner is made of aluminum. It has a D shape particularly suited for connection to diverse equipment such as descenders or positioning lanyards. Its fluid interior design and Keylock system facilitate handling. The Bm’D carabiner has the TRIACT-LOCK automatic locking system. The sleeve is reinforced for greater front and lateral gate strength. Bm’D may be used with a CAPTIV positioning bar to favor loading of the carabiner along the major axis, to limit the risk of it flipping and to keep it integrated with the device.
Large size locking carabiners developed by SMC especially for the needs of the fire and rescue communities. Available in several different metal finishes, as well as in both NFPA (Class G) and non-NFPA versions. Black zinc coated models are ideal for tactical operations and stainless steel model is best for corrosive environments. Large gate opening fits easily over litter rails. All models have stainless gates and locking sleeves for greater strength and reliability.
SMC Lite Steel locking carabiners are for those situations where the high strength and durability of SMC Steel Carabiners is desired but the size and weight is not. Increasingly popular among cave and mountain rescuers for providing most of the benefits without the weight and bulk typically associated with steel biners.
Rescuers working in the most demanding circumstances will appreciate our ProSeries Aluminum Carabiners, the first aluminum carabiners to meet NFPA strength requirements for General Use. Combining high performance with minimum weight, these carabiners significantly reduce the weight of a rescuer’s gear while maintaining the highest possible margin of safety. The patented key-lock design eliminates snagging when removing the carabiner from your harness, and a redesigned gate provides a full 1.1 inch (28 mm) opening on the standard size version and a 2.1 inch (53 mm) opening on the XL version. Gate choices include the traditional Screw-Lock, our easy-to-open-with-one-hand Auto-Lock, our innovative Manual-Lock, and an ANSI-certified (Z359.12) gate SKU #300273. All of the XL carabiners have a removable keeper pin.
Extends Rescuer’s Reach
Superclip Rescue is designed for remotely holding auto-lock carabiners in the open position. Great for confined space rescue situations. Holds most Autolocking 3 Stage Carabiners.
Pole kits include Superclip Rescue Tool, 3-Section Pole, and Supersafe 3-stage ANSI carabiner w/ sling. 4-12′ Kit collapses to easily fit into most standard compartments. Weight, Clip: 1.6oz.
VULCAN is a high-strength steel carabiner designed for use in difficult environments. The large-capacity asymmetrical shape is ideal for setting multiple anchors. The VULCAN carabiner is available in two locking systems: automatic TRIACT-LOCK system or manual SCREW-LOCK system. VULCAN TRIACT-LOCK is available in European or international versions. VULCAN can be connected to the CAPTIV bar to favor positioning of the carabiner along the major axis, to limit the risk of it flipping and to keep it integrated with the device.