Internal slug slide to suit internal round sail track. Made from Nylon 66. The extra shoulder bears on the ouside of the track, reducing friction and twisting.
Available in 3 diameters.
| Part Number | Size | Length (L) | Diameter (D) | Web Thickness (T) |
|---|---|---|---|---|
| BBI-A016 | Small | 27mm | 7.5mm | 3mm |
| BBI-A017 | Medium | 27mm | 8.9mm | 3mm |
| BBI-A018 | Large | 27mm | 12mm | 3mm |
Internal slide to suit Selden internal semi circular sail track. Made from Nylon 66. The extra shoulder reduces friction and twisting White Nylon Lightweight Low Friction Part...
Internal slide to suit internal flat sail track. Made from Nylon 66. Available in 3 widths. White Nylon Lightweight Low Friction Part Number Size Length (L) Width (W) Web...
Internal slug slide to suit internal round sail track. Made from Nylon 66, moulded to a Stainless Steel bail for extra strength. Available in 4 diameters. Black Nylon Body 316 Stainless...
Internal slug slide to suit internal round sail track. Made from Nylon 66, moulded to a Stainless Steel bail for extra strength. Available in 3 diameters. Black Nylon Body 316 Stainless...
Internal slide to suit Selden internal flat sail track. Made from Nylon 66. The extra shoulder reduces friction and twisting Available in 2 lengths. White Nylon Lightweight Low...
Internal slug slide to suit internal round sail track. Made from high strength glass reinforced Nylon, with PTFE impregnation for self lubrication. The extra shoulder bears on the ouside of the...
Internal slug slide to suit internal semi circular sail track. Made from high strength glass reinforced Nylon, with PTFE impregnation for self lubrication. The extra shoulder bears on the ouside...
Internal slug slide to suit internal round sail track. Diecast from Aluminium alloy, with a Teflon coating for low friction and long life. Available in two sizes Die-Cast Aluminium PTFE...
Internal slug slide to suit internal round sail track. Cast from Stainless Steel, with a Teflon coating for low friction and long life. High strength makes it suitable for high stress areas of...
