GETFORT GF-OS-RJ45-50 Grey RJ45 Connector Boots, 50-Pack, Strain Relief for Ethernet Cables

Network technicians and DIY enthusiasts alike know the frustration of a broken RJ45 clip or a cable that pulls loose from the connector. These grey rubber boots from GETFORT slide over your RJ45 plugs before crimping, adding a flexible strain relief that protects the clip and keeps your Ethernet connections secure in patch panels, wall outlets, and switches. Each pack includes 50 boots, enough for a full office wiring project or a generous supply for on-site repairs.

Key specifications

• Pack of 50 grey rubber boots for RJ45 (8P8C) modular plugs
• Flexible, tear-resistant rubber/PVC construction
• Protects connector clip from snagging and breaking
• Provides strain relief for standard Ethernet cables (Cat5e, Cat6, Cat6a)
• Slip-on design for installation before crimping
• Inner cable entry diameter: approx. 6.5 mm
• Single boot dimensions: approx. 27 x 12 x 15 mm (L x W x H)
• RoHS compliant

Why choose it

These boots are a simple, cost-effective way to extend the life of your patch cables. The snagless design prevents the locking tab from catching on other cables or equipment, reducing accidental disconnects and damage. The flexible material absorbs bending stress at the cable-to-connector junction, a common failure point. With 50 pieces, you'll have plenty for current and future cabling tasks.

Ideal use cases

• Structured cabling installations in offices and data centers
• Home network upgrades and DIY Ethernet cable assembly
• Protecting cables in high-traffic areas or behind desks
• Adding strain relief to custom-length patch cables
• Organizing and color-coding network connections

Good to know

These boots are designed to fit standard RJ45 connectors and cables. For best results, slide the boot onto the cable before crimping the connector. The grey color blends with most networking equipment and helps maintain a neat, professional appearance. The boots are RoHS compliant and made from durable, flexible material that withstands repeated bending.