Stable Drive System
Easy one-handed operator assembly
Eliminates magnetic bit holders
Eliminates dropped screws in assembly area
Interchangable with 6-lobe driver bits
Ensures screws stick in bit
Superior stability and axial alignment
Replaces traditional 6-lobe designs
Meets industry strength standards for lobular drive system
Driver Sizes:
H15 THRU H50
Screw Sizes:
M3.5 (#6) THRU M10 ( 7 /16 IN)
Transmissions
Trans-Axles
Differentials
Instrument Panels
Suspension Components
Suspension Components
Interior Components
Door Panels & Attachments
Door Frames & Hinges
Seats & Restraint Systems
Accessories & Attachments
Body Components & Attachments
Engine & Drive Train Components
Machine Screws
Thread-Cutting Screws
Thread-Forming Screws
The HexStix® Stable Drive System increases speed and efficiency in one-handed applications of assembled components. The screw recess design has an outstanding ability to hold firmly to the driver bit at the point of assembly - with no magnetic bits or vacuum screw holders required. From maintenance and field use, standard driver bits can be used to remove or replace HexStix screws.
Bit strength is an important parameter in the design of internally driven fasteners. It's the starting point for determining the appropriate fastener diameter, head style, and size and indicates the type of material to be used.
HexStix® Drive System strength performs similarly to six-lobe drive systems currently available. The table below lists the minimum torsional requirement that bits must withstand under standardized testing for each size designated.
HEXSTIX® |
Approximate |
Minimum |
Minimum |
---|---|---|---|
H15 |
#6(M3.5) | 70 | 7.9 |
H20 | #8(M4) | 115 | 13.0 |
H25 |
#10 (MS) |
170 |
19.2 |
H27 |
#12 (MS) |
240 | 27.1 |
H30 |
1/ 4 (M6) |
335 |
37.8 |
H40 |
5/16 (M8) |
575 | 65.0 |
H45 |
3/8 (M8) |
910 | 103 |
H50 |
7 /16 (M10) |
1,400 | 158 |
Phillips recommends NOT exceeding SO% of Minimum Ultimate Driver Bit Torque for optimum bit life. Contact Phillips for the appropriate drive size selection.
Values shown in the tables are to be used as a guide only. They are subject to change without notice. Please refer to the appropriate Phillips drive systems standards for current information.
Screws are securely engaged on bits before application. No matter what orientation or whether the drive tool is operating-the, screws will not drop off. Additionally, unwanted contact with adjacent components during assembly or while operating in blind spots will not affect the effectiveness of the stick-fit. Once the screw is tightened in the application, the bit is easily removed.