Portfolio

Series 4

2019-06-07T13:54:26+00:00

SERIES 4 The Series 04 Through Fixed section is a heavy duty version of our Series 03 and is mostly used on Pilot Boats, Workboats and other coastal, and offshore crafts. This section has concealed fixings. The concealed fixings profile stands 5mm proud of the superstructure, hiding the fastenings [...]

Series 3

2019-06-07T13:53:37+00:00

SERIES 3 The Series 03 is a lightweight, attractive yet more advanced through‐fixed section, suitable for inland waterways and inshore seagoing vessels. Fixings are concealed behind a screw cover strip which stands 5mm proud of the superstructure. Available with either mitred or radius corners(min radius 76mm). This section accepts [...]

Series 2

2019-06-07T13:52:48+00:00

SERIES 2 Our Series 02 Through fixed section is a slightly larger and heavier version of our Series 01. It remains lightweight and elegant and is suitable for Estuary and Coastal offshore vessels. This frame section is solidly constructed from aluminium. The fixings are visible on the surface of [...]

Series 1

2022-08-12T07:17:34+00:00

SERIES 1 The Series 1 Through Fixed section is a lightweight extrusion, suitable for inland waterways and estuary cruisers. This section is simple, elegant and gives a stylish appearance. Solidly constructed from aluminium. It has visible fixings, so the head of the fastening is visible on the surface of [...]

Series 28

2019-08-20T14:46:59+00:00

SERIES 28 Our Series 28 door is Watertight and suitable for all heavy duty applications. It has a stylish appearance, yet it is strong and reliable. This door is constructed from robust aluminium frame sections.  The door is fitted with heavy duty cast handles to ensure there is a [...]

Series 10

2019-09-27T16:22:59+00:00

SERIES 10 (Clamp - in with visible or concealed fixings) The Series 10 is the most lightweight and smallest clamp‐in section on offer. Recommended for inland, coastal craft and other applications. As a clamp‐in section, there are no external fastening holes, therefore a common source of leaks has been [...]

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