Loop without Cover

Upgrade your sailing setup with Single Braid Dyneema® Loops, designed for sailors who demand strength, versatility, and weight efficiency. Constructed from high-modulus Dyneema fibers, these loops offer a strength-to-weight ratio comparable to steel without the bulk or corrosion risks. Perfect for lightweight rigging applications. Single braid Dyneema® loops excel as block attachments, in vang systems and many other sailboat applications where flexibility and strength are essential.

Why choose Dyneema® Loops?

• Exceptional strength: Dyneema® loops provide break strengths higher compared to steel wire, offering reliable performance under high-load conditions.
• Ultra-lightweight: Reduce weight to enhance stability and handling, a key benefit in racing and high-performance setups.
• UV & Abrasion resistant: Built to withstand the all weather conditions of marine environments, Dyneema® fibers resist degradation and maintain integrity over time.
• Flexible & Easy to splice: Ideal for dynamic applications, these loops are easy to customize and install, making them a sailor's go-to for rigging solutions.
• Corrosion-free: Safe and smooth to handle, these loops eliminate the risks of sharp edges and corrosion, making them well-suited to marine use.

Dyneema® Loops custom made to order

We offer custom-made Dyneema® loops tailored to your needs, if you have specific requirements. Whether you need a different diameter, length, or break strength, just provide your specifications, and we will craft the loops to match your exact rigging needs. Please send an inquiry with details (and pictures) via email to [email protected].

Applications:

• Loops for a quieter, lighter alternative to metal shackles
• Halyard loops for secure sail attachments
• Block soft attachments for smooth, friction-free performance in load-bearing systems
• Emergency rigging solutions, providing strength and reliability on the go

Want to know more about Dyneema® Loops?

For more information on making, maintaining and using Dyneema loops. Then have a look our blog about Loops. Here we explain everything in full detail.