Description
Strong Rope - Polyester Cover / UHMWPE Core - Double Braid (Green)
Engineered for maximum strength and durability, this high-performance rope features a double braid design with a robust polyester outer cover and an ultra-strong UHMWPE core. It is ideal for demanding marine environments, particularly racing yacht halyards, sheets, and control lines, where low stretch and high breaking strain are essential. The green colour finish ensures high visibility and UV protection.
## Features##
Features
- High breaking strain
- Designed for high load, low stretch applications
- Ideal for use in racing yachts as halyard, sheets, control lines
- Polyester outer casing with a UHMWPE core
- Easy to splice
- Extremely low stretch
- Good abrasion resistance
- Excellent UV resistance
## Features##
## Specifications##
Specifications
| Part No. | Description | Length | Dia. | Br/St | Colour |
|---|---|---|---|---|---|
| 34800G | Rope UHMWPE / polyester double braid green 2mm x 100m reel | 100m | 2mm | 284kg | Green |
| 34805G | Rope UHMWPE / polyester double braid green 3mm x 100m reel | 100m | 3mm | 418kg | Green |
| 34810G | Rope UHMWPE / polyester double braid green 4mm x 100m reel | 100m | 4mm | 555kg | Green |
| 34815G | Rope UHMWPE / polyester double braid green 5mm x 100m reel | 100m | 5mm | 785kg | Green |
| 34820G | Rope UHMWPE / polyester double braid green 6mm x 100m reel | 100m | 6mm | 1154kg | Green |
| 34825G | Rope UHMWPE / polyester double braid green 8mm x 100m reel | 100m | 8mm | 2499kg | Green |
| 34830G | Rope UHMWPE / polyester double braid green cover 10mm x 100m reel | 100m | 10mm | 3986kg | Green |
| 34835G | Rope UHMWPE / polyester double braid green cover 12mm x 100m reel | 100m | 12mm | 5086kg | Green |
| 34840G | Rope UHMWPE / polyester double braid green cover 14mm x 100m reel | 100m | 14mm | 6143kg | Green |
| 34845G | Rope UHMWPE / polyester double braid green cover 16mm x 100m reel | 100m | 16mm | 7179kg | Green |
Note:
- Calculated Breaking Strain is a percentage of the total yarn tensile strength. The tensile strength in the combined totals may be 25% higher than stated.
- Termination, splicing, shock loads and other variables can affect the overall strength.
## Specifications##
