Saddle style screw-mounted cable tie bases, available in black and white for outdoor and indoor use respectively. The clamps are manufactured from nylon 6.6 (also known as Nylon 66) that is classified to UL 94V-2, making them ideal for use where fire resistance is critical. Cable tie mounts have been designed specifically to be used with cables and wires to secure, identify and tidy cables.

This range of base for cable or zip ties includes:
233-663 - Black 10 mm x 15mm, 4.8mm Max. Cable Tie Width
233-685 - Black 16 mm x 23mm, 8mm Max. Cable Tie Width
666-717 - White 10 mm x 15mm, 5mm Max. Cable Tie Width
666-739 - White 16 mm x 23mm, 9mm Max. Cable Tie Width

RS PRO have a wide selection of cable ties accessories such as cable mounts, cable glands, markers and clips to suit all your requirements. All these products are RS approved meaning that they are great value for money and high quality you can rely on.

• Saddle design offers excellent stability
• Simple cable mounting - screw mounting and not adhesive
• Available in black and white colours in a range of sizes
• Self-extinguishing UL 94 V-2

Cable tie mounts can be used in various industries and environments and are used for:
Cable management and organisation

FAQs

What is the importance of cable management?
Using the right products to organise and protect cables can improve performance and extend life span, as well as reducing maintenance time and repair costs. A key benefit of bundling and organising cables correctly is the improvement to health and safety in work environments.

What is Nylon 6.6?
Nylon 66 is also known as Polyamide 66 or PA 66 and is a semi-crystalline engineering plastic. This plastic is both hard and rigid with good abrasive and wear resistance along with low frictional properties. It also has good thermal dimensional stability which is the degree to which a material maintains its original dimensions when subjected to changes in temperature and humidity. This nylon type is frequently used when high mechanical strength, rigidity, good stability under heat and/or chemical resistance are required.