HARFINGTON Torx Bit Socket T10 Solid Star 1/4" Drive 1.46" Length S2 Steel Bit CR-V Socket for Ratchet Wrench, Slide Bar, Extension Rod

HARFINGTON Torx Bit Socket T10 Solid Star 1/4" Drive 1.46" Length S2 Steel Bit CR-V Socket for Ratchet Wrench, Slide Bar, Extension Rod

Size - T10 torx bit, 1/4-inch drive star socket, with a total length of 37mm/1.46" and a bit length of 17mm/0.67". Material - The torx socket bit is made of heat treated quenching of S2 alloy steel, with a hardness of HRC58-60, and a high-strength chromium vanadium steel (CR-V) socket with strong torque. Feature - Designed with a chamfered drive end, our Torx Bit Socket allows for smooth insertion, protecting both the bit and fasteners from edge damage and stripping. Simply attach it to a compatible ratchet or extension and easily tighten or loosen Torx drive fasteners. Application - This Torx Bit Socket fit any 1/4-inch drive ratchet, Slide Bar, or extension. From automotive repairs to household projects, it improves speed in tightening torx drive fasteners. Note - When using the Torx Bit Socket, ensure that it is securely attached to the ratchet or extension. Please purchase the appropriate torque specification for best results and avoid over-tightening.
The torx socket bit is made of heat treated quenching of S2 alloy steel, with a hardness of HRC58-60, and a high-strength chromium vanadium steel (CR-V) socket with strong torque.
Designed with a chamfered drive end, our Torx Bit Socket allows for smooth insertion, protecting both the bit and fasteners from edge damage and stripping. Simply attach it to a compatible ratchet or extension and easily tighten or loosen Torx drive fasteners.
This Torx Bit Socket fit any 1/4-inch drive ratchet, Slide Bar, or extension. From automotive repairs to household projects, it improves speed in tightening torx drive fasteners.
Notice: When using the Torx Bit Socket, ensure that it is securely attached to the ratchet or extension. Please purchase the appropriate torque specification for best results and avoid over-tightening.