0.98x0.98 Epoxy Applied Cable Tie Mount Nylon 6.6 EMS-A-C0 (Pack of 100)

Product Information

Specification

About:

The "0.98x0.98 Epoxy Applied Cable Tie Mount Nylon 6.6 EMS-A-C0 (Pack of 100)" is a product that includes a set of 100 cable tie mounts made from Nylon 6.6, a type of polyamide known for its high mechanical strength and resistance to heat and chemicals. These dimensions likely represent the height and length of the mounts in inches, suggesting a relatively small size suitable for managing individual cables or small bundles. The "Epoxy Applied" aspect indicates that these mounts are designed to be affixed to surfaces using an epoxy adhesive for a strong and permanent bond.

Also Known As:

• Nylon 6.6 Tie Mounts
• Epoxy Base Wire Tie Mounts
• Nylon Adhesive Cable Tie Bases
• Adhesive-Backed Cable Tie Anchors
• Cable Management Anchors

Common Applications:

• Epoxy Applied Mounts to Secure Wire/Cable to Most Surfaces.

Standards Met:

• RoHS Compliant

Construction:

• Material: Made from Nylon 6.6, which provides strength and resistance to environmental factors.
• Design: Flat rectangular base with an entry slot for cable ties to secure wires and cables.
• Epoxy Compatibility: Specially designed to be used with an epoxy adhesive for secure mounting on various surfaces.

Features:

• Ease of Installation: While requiring a little more work to mix and apply epoxy, these mounts offer a robust solution that is often necessary in many industrial applications.
• Quantity: Sold in packs of 100, providing enough quantity for large projects or multiple small installations.
• Size: Compact dimensions (0.98x0.98 inches) allow for use in tight spaces and are suitable for small to medium-sized cable management needs.
• High Durability: Nylon 6.6 offers excellent durability, withstanding tough environmental conditions, including high temperatures.
• Secure Attachment: When used with the appropriate epoxy, these mounts provide a very secure attachment that is more reliable than traditional self-adhesive bases in challenging environments.

Specification: