100 black clamps in sachet

Détails :

This cable tie is made of high quality polyamide 6.6 (PA6.6), giving it excellent mechanical hold and high reliability over the long term. It is self-extinguishing (class UL94 V2) and supports normal use temperatures (from -35 °C to +85 °C). Not halogenated, it does not emit corrosive fumes in the event of fire. The black version has a carbon pigment that gives it a reinforced UV resistance: it remains stable and durable outdoors. Polyamide also provides good resistance to shocks, abrasion and many chemicals, which is essential in industrial and railway environments.

The ergonomic design of the collar improves the ease of installation. It has rounded edges and a profiled end, making it easy to insert manually or using a tool. An inside crack guarantees a safe locking around the beam without slipping. The inner groove buckle reinforces the hold while simplifying the clamping action. Thanks to these features, several cables or tubings can be quickly assembled and fixed in one gesture, thus reducing installation time on site.

The black colour stabilized UV differentiates this model from the natural version: the black collar is recommended for installations outside or in areas exposed to the sun, while the natural version (white or cream) is rather used indoors. The absence of UV stabilizer on the natural version makes it less suitable for weather. For example, the black collar is chosen for civil engineering, outdoor construction or rail sectors, and the natural version for electrical cabinets and protected environments.

Perfect for many applications, this collar ensures the organization and maintenance of cable bundles in electrical installations and networks. It is popular with electricians, telecom technicians and industrial installers. It is used in distribution cabinets, brewing bays, control panels, as well as in building, tertiary or railway construction. Its robustness and flexibility make it essential to ensure clean and secure wiring in virtually every application area.