A sleeve interference fastener adapted to be installed in a hole of a structure comprising: a) a sleeve (14, 14', 114) having a head at one end and a tubular portion, the tubular portion having an inner diameter and an outer diameter, wherein the outer diameter of the tubular portion is less than an inner diameter of the hole of the structure; b) a pin member (12, 12', 112) having a pin head (22, 22', 122) at one end, a locking portion (24, 24', 124) at an opposite end, and a shank portion (16, 16', 116) intermediate the pin head (22, 22', 122) and the locking portion (24, 24', 124), i) wherein the shank portion (16, 16', 116), located below the pin head (22, 22', 122), has a diameter greater than the inner diameter of the tubular portion of the sleeve (14, 14', 114), and ii) wherein the pin member (12, 12', 112) has a transition zone (26, 26', 126) between the shank portion (16, 16', 116) and the locking portion (24, 24', 124), and c) a locking member (30, 30', 130) adapted to fit over the locking portion (24, 24', 124) of the pin member (12, 12', 112); wherein the sleeve (14, 14', 114) is adapted to expand radially over the shank portion (16, 16', 116) of the pin member (12, 12', 112) to form an interference fit between the outer diameter of the sleeve (14, 14', 114) and the hole of the structure so as to provide an installed position, wherein a portion of the pin member (12, 12', 112) comprises a low friction coating, wherein, in the installed position, a first interface between the shank portion (16, 16', 116) of the pin member (12, 12', 112) and the inner diameter of the sleeve (14, 14', 114) is substantially free from the low friction coating; and wherein, in the installed position, the transition zone (26, 26', 126) of the pin member (12, 12', 112) and a second interface between the locking portion (24, 24', 124) of the pin member (12, 12', 112) and the locking member (30, 30', 130) are substantially covered with the low friction coating, characterized in that the low friction coating is a low friction dielectric coating including a surface resistivity of about 1 x 10 10 Ω/Sq to about 1 x 10 12 Ω/Sq. a) a sleeve (14, 14', 114) having a head at one end and a tubular portion, the tubular portion having an inner diameter and an outer diameter, wherein the outer diameter of the tubular portion is less than an inner diameter of the hole of the structure; b) a pin member (12, 12', 112) having a pin head (22, 22', 122) at one end, a locking portion (24, 24', 124) at an opposite end, and a shank portion (16, 16', 116) intermediate the pin head (22, 22', 122) and the locking portion (24, 24', 124), i) wherein the shank portion (16, 16', 116), located below the pin head (22, 22', 122), has a diameter greater than the inner diameter of the tubular portion of the sleeve (14, 14', 114), and ii) wherein the pin member (12, 12', 112) has a transition zone (26, 26', 126) between the shank portion (16, 16', 116) and the locking portion (24, 24', 124), and i) wherein the shank portion (16, 16', 116), located below the pin head (22, 22', 122), has a diameter greater than the inner diameter of the tubular portion of the sleeve (14, 14', 114), and ii) wherein the pin member (12, 12', 112) has a transition zone (26, 26', 126) between the shank portion (16, 16', 116) and the locking portion (24, 24', 124), and c) a locking member (30, 30', 130) adapted to fit over the locking portion (24, 24', 124) of the pin member (12, 12', 112);