Takashima D-13 TORX T7 Screw Set 120° for Associated B7.1 Chassis
Takashima D-13 TORX T7 Screw Set 120° for Associated B7.1 Chassis
Why Torx screws are superior to hexagon socket screws (Allen screws)
1. Superior torque transmission (anti-stripping)
Hex: Has only 6 contact points. The force is concentrated on the sharp corners, which means that under high pressure, the socket can very easily become ‘rounded off’ or stripped.
Torx: Features a circular lobular design that provides a much larger contact area. The force is transmitted via ‘surface contact’ rather than ‘point contact’, meaning significantly higher torques can be transmitted without damaging the screw head.
2. Longer tool life
As the force is distributed more evenly, the drive bit is subjected to significantly less stress. Torx bits are considerably more wear-resistant than hex bits, meaning your tools last longer and still fit precisely even after repeated use.
3. Reduced ‘slippage’ and end load
When using hex or Phillips screws, you often have to press firmly down on the screw to prevent the tool from slipping out.
The vertical side walls of the Torx design ensure that the bit sits securely. As a result, almost no downward pressure is required when turning, which is considerably more ergonomic and efficient for both manual work and automated assembly.
| Mugen Model: | MTC-3 |
|---|---|
| Screw Sets: | Stahl |
| Screws / Hardware: | Stahlschrauben |
| Spare Part Type: | Tuning Drittanbieter |
Takashima D-13 TORX T7 Screw Set 120° for Associated B7.1 Chassis
Takashima D-13 TORX T7 Screw Set 120° for Associated B7.1 Chassis
Why Torx screws are superior to hexagon socket screws (Allen screws)
1. Superior torque transmission (anti-stripping)
Hex: Has only 6 contact points. The force is concentrated on the sharp corners, which means that under high pressure, the socket can very easily become ‘rounded off’ or stripped.
Torx: Features a circular lobular design that provides a much larger contact area. The force is transmitted via ‘surface contact’ rather than ‘point contact’, meaning significantly higher torques can be transmitted without damaging the screw head.
2. Longer tool life
As the force is distributed more evenly, the drive bit is subjected to significantly less stress. Torx bits are considerably more wear-resistant than hex bits, meaning your tools last longer and still fit precisely even after repeated use.
3. Reduced ‘slippage’ and end load
When using hex or Phillips screws, you often have to press firmly down on the screw to prevent the tool from slipping out.
The vertical side walls of the Torx design ensure that the bit sits securely. As a result, almost no downward pressure is required when turning, which is considerably more ergonomic and efficient for both manual work and automated assembly.
| Mugen Model: | MTC-3 |
|---|---|
| Screw Sets: | Stahl |
| Screws / Hardware: | Stahlschrauben |
| Spare Part Type: | Tuning Drittanbieter |
| Mugen Model: | MTC-3 |
|---|---|
| Screw Sets: | Stahl |
| Screws / Hardware: | Stahlschrauben |
| Spare Part Type: | Tuning Drittanbieter |