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(8 product groups)
Manages the routing of fibre, eliminating issues like; crushing, kinking and micro-bending. Ideal for blown fibre applications over short distance and curb side FTTH/FTTB applications. Made from Polypropylene (PP) or Polybutylene Terephthalate (PBT). Black and White colour options. UL94 V0 rated.
Optical fibre components enable small multiple fibre cables with aramid to be mechanically and securely terminated. The manifold is stackable and provides breakout for up to 4 wires. A development kit is also available that contains all adapters (OFM-4-05-19BLK). Made from UL94 V2 rated Black Nylon.
Optical Fibre Bend Limiting Tubing provides the best protection for fibres, preventing difficulties like crushing, kinking, and micro bending while delivering a complete, self-managing solution for fibre routing.
The tubing design allows for precise bending control of optical fibres while minimizing signal loss, particularly in applications where cables or threads may be repeatedly bent or flexed, making it durable and flexible.
It gives a range of input adapters to cover OFBLT, fibre bundles, cable and patch cords. Used in applications such as manufacturing, and medical equipment.
These Fibre Cut-out Adapters are intended to accept a variety of fibre connectors, providing for easy integration and compatibility within the network infrastructure. It specifically converts an SC connector port hole cut-out to an ST connector port hole cut-out.
They ensure steady and accurate alignment between the connectors, producing optimal signal transmission and minimal signal loss.
Commonly mounted in fibre optic patch panels, wall plates, or enclosures, providing a centralized - and organized location for connecting fibre cables. Suitable for a wide range of applications, including telecommunications, data centres, and enterprise networks.
Made from Black Thermoplastic Elastomers (TPE), Fibre Optic Connector Boots provide strain relief for Micron Fibres and additional protection to the fibre, while routing through a hole. The 900 Micron Transition Boot limits the bend of the fibre, preventing signal loss.
Optic Fibre Bend Limiting Clips are made from Natural and Black Nylon. Designed to provide protection against breaks and kinks in any fibre routing applications. UL94 V0 and UL94 V2 rated options available.
Series Code :SROFTHSP
Self-drilling and self-piercing screws are a type of fastener that combines drilling and fastening operations in a single action, removing the requirement for pre-drilling. They have a pointed head that allows the screw to self-tap into a panel. This reduces the amount of time and physical work necessary for fixing.
Easily driven into the surface with a power drill or screwdriver and provides a strong and secure hold. Ideal for use in applications where a high degree of strength and stability is required, such as in metalworking or construction.
Our range of Standoffs, which are commonly referred to as Hex Spacers or Standoff Pillars, are quick and easy to install thanks to their screw-in design. Our standoffs are available in both a non-undercut and undercut version. Non-undercut spacers offer greater stability, but require a washer for installation. Whereas undercut spacers are much quicker to install, and allow spacers to be stacked and do not require the use of a washer - making them a econonical solution. Our spacer range is also available in self-tapping types for mating with non-threaded fittings.
Our standoff spacers offering includes undercut male to female standoff made from either, nickel-plated brass, zinc-plated steel, aluminium or stainless steel, which are self-tapping. Female to female hex spacers made from brass, stainless steel, nickel-plated brass or zinc-plated steel. A self-tapping male to female hexagonal spacer made from nickel-plated hardened steel that's brass coloured. We also offer a round natural Nylon 6/6 push spacer.
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