Brief: Discover Torx Eccentric Screws, the ultimate solution for industrial frame misalignment. Made from Grade 12.9 steel with Dacromet coating, these screws offer ±0.5-2.5mm offset adjustment for precise alignment in machinery, conveyors, and structural repairs. High torque T30-T50 drive ensures maximum performance.
Related Product Features:
Engineered for industrial frame misalignment with ±0.5-2.5mm offset adjustment.
Made from quenched-tempered alloy steel (Grade 12.9) for 1,200MPa tensile strength.
Dacromet coated for superior corrosion resistance in harsh environments.
Features Torx drive (T30-T50) for maximum torque transfer without cam-out.
Available in sizes from M8x20mm to M16x100mm for versatile applications.
Customizable with non-standard offsets, lengths, and coatings.
Ideal for conveyor frame alignment, heavy machinery repair, and structural steel hole compensation.
Easy to use with simple rotation, insertion, and torque steps for quick alignment.
Sorular:
What is the maximum offset adjustment for Torx Eccentric Screws?
Torx Eccentric Screws offer a maximum offset adjustment of ±2.5mm, allowing precise alignment for drilled hole deviations up to 5mm.
What materials are Torx Eccentric Screws made from?
These screws are manufactured from quenched-tempered alloy steel (Grade 12.9), providing 1,200MPa tensile strength and durability for heavy-duty applications.
How do I use Torx Eccentric Screws for misalignment correction?
Simply rotate the screw shank to align the offset direction with the hole deviation, insert through misaligned holes, torque with a TR Torx bit, and clamp plates securely without re-drilling.