Jimmy Green/Barton Low Friction Rings
JGM04187-B60449
Produced to order, subject to splicing lead times
Spliced and finished in-house by the Jimmy Green Rigging Team
An endless Dyneema loop seized to a low friction ring
Simple cow hitch attachment
Select by the internal diameter of the ring
Internal Ø | Maximum Barton Recommended Rope Ø |
---|---|
6mm | 3mm |
9mm | 4mm |
12mm | 6mm |
16mm | 10mm |
22mm | 12mm |
28mm | 16mm |
Barton Maximum Rope Ø = the maximum diameter line that Barton recommends using through the ring
More Information
Jimmy Green/Barton Low Friction Rings come complete with a spliced Marlow Excel D12 100% Dyneema SK78 endless loop stitched and whipped into position around the ring.
Jimmy Green low friction rings with Dyneema loop are spliced and whipped in-house by the Jimmy Green Rigging Team.
The Dyneema loops are produced to order and therefore subject to splicing order lead times.
There are 6 sizes of Low Friction Ring, each with a Jimmy Green designated Dyneema diameter and loop length.
If you wish to specify a different diameter or loop length, please get in touch via email and we can quote accordingly.
Barton lightweight high-load eyes are suitable for a variety of uses on board:
- Lazy Jacks
- Barber haulers
- Backstay cascades
- Mast base tidies
- Stanchion lead eyes
- Emergency blocks
- Toe rail blocks
- In fact anywhere that a line needs re-routing under static load
JGM/Barton | Length | D12 Ø used to form loop | Internal Hole Ø | Barton Maximum Rope Ø | External Ø | |
---|---|---|---|---|---|---|
JGM04187-B60449 | 95mm | 2.5mm | 6mm | 3mm | 12mm | |
JGM04188-B60450 | 135mm | 3mm | 9mm | 4mm | 18mm | |
JGM04189-B60451 | 165mm | 5mm | 12mm | 6mm | 26mm | |
JGM04190-B60452 | 245mm | 6mm | 16mm | 10mm | 38mm | |
JGM04191-B60453 | 280mm | 7mm | 22mm | 12mm | 52mm | |
JGM04192-B60454 | 400mm | 9mm | 28mm | 16mm | 65mm |
Length = approximate inside length overall when stretched out straight
Internal Hole Ø = the internal diameter of the ring
Barton Maximum Rope Ø = the maximum diameter line that Barton recommends using through the ring
N.B. External Ø is actually the outside width dimension across the ring