Solve frame misalignment with Grade 12.9 Torx eccentric screws. ±0.5-2.5mm offset adjustment. Dacromet coated alloy steel. For machinery, conveyors & structural repair. High torque T30-T50 drive. Custom specs.
Engineered for **industrial frame misalignment**, these **Torx Eccentric Screws** feature an **off-axis shank (±0.5-2.5mm offset)** to compensate for drilled hole deviations up to 5mm. Manufactured from **quenched-tempered alloy steel (Grade 12.9)**, they deliver 1,200MPa tensile strength with **Dacromet coating** for corrosion resistance in harsh environments. The **Torx drive (T30-T50)** ensures maximum torque transfer without cam-out.
TECHNICAL SPECIFICATIONS | |
Drive Type | Torx TR (Tamper-Resistant with Pin) |
Eccentric Offset (e) | ±0.5mm, ±1.0mm, ±1.5mm, ±2.0mm, ±2.5mm |
Torx Size | T30 (M8), T40 (M10), T45 (M12), T50 (M16) |
Sizes | M8x20mm to M16x100mm |
Tensile Strength | 1,200 MPa |
Material | Alloy Steel 42CrMo (Grade 12.9) |
Surface Treatment | Dacromet® Coating (1,000hrs Salt Spray) |
Max Plate Thickness | 15mm (per side) |
Customization | Non-standard offsets, lengths, coatings |
Primary Uses & Applications:
- Conveyor frame alignment
- Heavy machinery weldment repair
- Structural steel hole compensation
- Mining equipment assembly
- Railway rolling stock maintenance
How to Use:
1. **Rotate** screw shank to align offset direction with hole deviation.
2. **Insert** through misaligned holes.
3. **Torque** with **TR Torx bit** (e.g., TR40 for M10) at **90-120 Nm** (M10).
4. **Clamp** plates securely without re-drilling.