50, HIGH STREET (See details for further address information)

No 50 High Street is a house that has been converted into three dwellings. It dates from the mid-18th century, with alterations and an addition made in the 19th century. The building is constructed of red brick, which is now covered with cement render and pebble dash, and has a 20th-century cement-tile roof. It is two storeys high and has an L-shaped plan.

On the first floor facing High Street, there are two windows, while the left return facing Wharf Street features three first-floor windows. A later wing, which forms No 28 Wharf Street, fills the rear-right angle of the building. The entrance to No 50 High Street has a narrow six-panel door with a plain overlight, set within a ribbed doorcase that has a dentilled cornice. This is flanked by canted bay windows containing sashes with configurations of 2, 4, and 2 panes, all beneath dentilled cornices.

The first floor features a cement-rendered band and projecting sills to the four-pane sashes, which are set in flush wooden architraves. The eaves have plastered coving, and there is a rendered end stack on the right side. The left end of the roof is hipped, with two similar stacks on the ridge of the rear-left wing.

On the left return, No 50 High Street has a later door to the right of a one-storey bow window, which has a projecting sill and ribbed mullions for the tripartite sashes that contain 8, 16, and 8 panes, all beneath a plain frieze and cornice. The first floor mirrors the front with a window on the left side.

No 2 Wharf Street, located on the left, features a door with a plain overlight in a stone architrave. To the left of this door is a late 19th-century canted bay window, and to the right is an early 19th-century canted bay window with a projecting sill for the sashes that contain 12, 20, and 12 panes beneath a light cornice. The first floor is similar to the front but includes a narrow, blind window in the center. There is a truncated end stack on the left side. This building is included for its group value.