Downforce: 1/4" (6.3 mm); Material: Chromium-vanadium steel; Material properties: matt chrome plating; Product size (length): 115 mm
Toolcraft 12.5mm (1/2in.) Sockets - Toolcraft 820763, The power transmission from the nuts to the screw head is not via the corners, but via the flanks. This ensures higher power transmission, plus the sensitive edges of the nut remain intact. Toolcraft...
The power transmission from the nuts to the screw head is not via the corners, but via the flanks. This ensures higher power transmission, plus the sensitive edges of the nut remain intact.
Toolcraft 12.5mm (1/2in.) Sockets - Toolcraft 820764, The power transmission from the nuts to the screw head is not via the corners, but via the flanks. This ensures higher power transmission, plus the sensitive edges of the nut remain intact. Toolcraft...
The power transmission from the nuts to the screw head is not via the corners, but via the flanks. This ensures higher power transmission, plus the sensitive edges of the nut remain intact.
Toolcraft 12.5mm (1/2in.) Sockets - Toolcraft 820765, The power transmission from the nuts to the screw head is not via the corners, but via the flanks. This ensures higher power transmission, plus the sensitive edges of the nut remain intact. Toolcraft...
Toolcraft 12.5mm (1/2in.) Sockets - Toolcraft 820766, The power transmission from the nuts to the screw head is not via the corners, but via the flanks. This ensures higher power transmission, plus the sensitive edges of the nut remain intact. Toolcraft...
The power transmission from the nuts to the screw head is not via the corners, but via the flanks. This ensures higher power transmission, plus the sensitive edges of the nut remain intact.
Toolcraft 12.5mm (1/2in.) Sockets - Toolcraft 820767, The power transmission from the nuts to the screw head is not via the corners, but via the flanks. This ensures higher power transmission, plus the sensitive edges of the nut remain intact. Toolcraft...
The power transmission from the nuts to the screw head is not via the corners, but via the flanks. This ensures higher power transmission, plus the sensitive edges of the nut remain intact.