Sheet rope | Polyester HT

Lazy-Jack Rope | Polyester

High-tenacity 16 plait polyester hollow braid with coating®, for lazy-jack. Excellent abrasion resistance, easy to splice, does not fray when rubbed against the sail. Supplied to desired length (e.g.: x quantity = x meter). Adjustable blocker Material: HT polyester

Quick release snap shackle | M T-Drop®

T-drop® is a snap shackle that can be opened under load, Extremely lightweight, easy to use, with pin-safe. Quick release shackle under load. Option  :  Textile Block®   Textile Block Available as a termination on estrope:  E T-Drop . Materials: Dyneema® / UHMWPE / Polymers

Dyneema® custom Lazy-Jack

Dyneema ®  Lazy-Jack customised,ready to fix.  This product is available custom-made Custom Materials : Dyneema® / UHMWPE / Polymer

Bolt-Down Fairlead FA® and FP®|Nodus FactoryFiloir de pont multiple Nodus Factory | FA® et FP®

A "single or multiple" fairlead with very low friction for improved performance, less friction and longer rope life for less wear. Specifically designed to be screwed or glued to the deck.  Available in 2 materials, Aluminium 7075 T6 and P-Tech C30.

Violin pulley | BF-D® Block-Friction

Nodusfactory's Block-Friction® FrD duralumin anodized pulley is a top-of-the-range product offering numerous advantages in terms of performance, durability and ease of use. Exceptional strength-to-weight ratio (10 times lighter than a pulley), designed for high static loads. Block-Friction® pulleys can be used for 3:1 or 4:1 downhaul or mainsail hoists, as well as for cunningham adjusters or sheet point hoists on larger boats. Our violin pulleys are perfect for applications requiring low rope movement (speed) and low angle (the greater the deflection, the greater the friction).

Adjustable Shackle | T-Nodus®

The T-Nodus textile shackle is a variable-length, adjustable textile connector. Materials : Polyester / Polyamide

Halyard rope | Dyneema® and Polyester

Dynalite halyard : an economical high-performance halyard Dyneema® inside: High-performance core of Dyneema® SK 78 fibers for minimum strength and elongation. Gleinstein™ crossover range

Velcro® strap | Twist-Lock®

The Twist-Lock Velcro® system is a reusable quick fastener that allows you to secure your textile connectors ( Loop /  shackle / carabiner ).  Sold in packs of 5 pieces .  Material: Velcro®

Dyneema rope with snap shackle | T-close®

The T-close carabiner snap-shackle on ready-to-use strop is easy to use, quick to open and very lightweight. The soft loop can be hooked directly into the clew or tack This product can be custom ordered. Also available as carabiner:  M T-Close Materials : Dyneema® / UHMWPE / Polymer

Snap shackle in Dyneema® | M T-Close®

The Dyneema M T-Close C® textile carabiner by Nodusfactory is a lightweight, versatile connector specially designed for halyards and sheets with an eye terminal. Functionality: Textile connector for connecting two elements, such as halyards, sheets, sails, mainsail boards, hoists, etc. on boats. Specially adapted to halyards and sheets thanks to its eye termination with Dyneema® sheath for enhanced protection against abrasion.

Snap shackle in Dyneema® for spinnaker | M T-Sail®

The M T-sail® Dyneema textile carabiner by Nodusfactory: A lightweight, versatile connector for spinnaker and gennaker halyards and sheets with eye termination. Nodusfactory's M T-sail® carabiner is an innovative solution for sailmakers looking for a reliable, lightweight, easy-to-use connector for their spinnakers and gennakers. Made from Dyneema®, an extremely resistant textile fiber, this carabiner offers a multitude of advantages for sailors Lightweight and compact: The M T-sail® is much lighter than traditional metal carabiners, reducing the overall weight of the installation. Its compact size makes it easy to store and handle.

Halyard rope | Dyneema® core and HT Polyester cover

Halyard with Dyneema® DSK 78 core and Polyester HT sheath, a multi-purpose technical rope, ideal for manoeuvres where low stretch and/or high load capacity are important. Extremely low elongation, <1% to 3% depending on tension. Supplied in the length required (e.g. x quantity = x metre). STROPS Material : Dyneema® SK-78 and Polyester HT

Stick-on textile padeye Dyneema® assembled | Pad-SXc®

Pad-SX®: The revolutionary textile bridle designed by Nodusfactory, a glue-on padeye for your anchoring and mooring points developed to meet the specific needs of sailors. Uses Multi-purpose "Textile dyneema" articulated bridle to suspend or hang all your equipment in or on your boat: Bannettes Mattress covers Storage pockets Light maneuvering transmissions And much more besides Option : Nodus Loc® glue - 1 tube (12ml) for 4 to 6 pads Materials: PA / Polyester / bioplastic polyamide (recyclable) Nodus Loc

Block friction ring| Ring-Nub®

Ring-Nub® is an open spherical low-friction ring that withstands very high loads and is available for strings from 3 mm to 12 mm maximum. Ring-Nub offers a unique combination of advantages in terms of performance, durability and ease of use. It's an excellent choice for applications where friction must be minimized and strength maximized. See examples of NUB® low-friction ring applications with textile connectors (textile shackle, loop, erse, lock and hook) in the category PLUG & SAIL .

Open friction ring |Hook®-Tech

Versatility: The Hook® open friction ring is a versatile solution for a wide range of applications. It can be used for sheet control, sail trimming, hoist creation and much more. Ease of use: The Hook® open friction ring is easy to use and install, requiring no special tools. It requires no special tools. Performance and durability: The Hook® open friction ring is built to last. It is made from high-quality materials that are UV, water and weather resistant.

Friction ring | P-Tech®

Fr P-Tech® , Nodus Factory™ rings are self-lubricating, very light and reliable.   They can be used in many applications with any type of non-abrasive rope: Static use : low friction speed, P-Tech (Low friction) Dynamic use : high friction speed, P-Tech C (High friction)   Find out more about load forces as a function of deflection angle HERE Materials: Polymer