Ladder cable tie FISCHER BN 4.8 x 430 mm Nylon Transparent 100 pcs

FISCHER BN 4.8 x 430 is a ladder-style cable tie made from nylon in a transparent finish. With a length of 430 mm and a width of 4.8 mm, this pack of 100 cable ties is designed to secure and organize cables, hoses and wiring runs in a variety of installations. The ladder design provides multiple locking positions along the length of the tie, enabling flexible bundling and reliable retention for indoor and outdoor routing where a durable, flexible solution is required.

Advantages

The nylon construction offers good tensile strength and resistance to abrasion, while the transparent color allows discreet use where appearance matters. The ladder-style slots permit adjustable securing points and help distribute pressure evenly across bundles. Supplied as a pack of 100, these ties are convenient for larger projects and ongoing cable management needs.

Suitable for

• Organizing electrical cables in distribution panels and control cabinets
• Bundling hoses and wiring in industrial installations
• Outdoor cable routing where UV exposure is limited or protected
• Temporary or permanent fastening in building services and maintenance tasks

Key specifications

• Material: Nylon
• Color: Transparent
• Length: 430 mm
• Width: 4.8 mm
• Design: Ladder-style with multiple locking positions
• Quantity: 100 pieces per pack

How to use

Insert the free end of the cable tie through the head and route it around the bundle or along the object to be secured. Select an appropriate ladder slot to achieve the desired tightness and pull the tail until the tie engages. Trim any excess tail if necessary. For best results, position ties at regular intervals along long bundles and avoid overtightening to prevent damage to cables or hoses.

Recommendations

Use these ties where a combination of flexibility and reliable fixation is required. Check compatibility of nylon with any chemicals or high-temperature environments present in the installation. For UV-exposed outdoor installations, consider protective routing or selecting UV-stabilized variants if long-term sunlight exposure is expected.