Hurry and order now – up to 50% off!
In cart {{totalProductsCount}} item(s)
Your cart is empty
KM GROM KM76 Turnbuckle Eye-Eye M12 125mm
The KM GROM KM76 turnbuckle is a professional-grade hardware component designed for precise tensioning of ropes, cables, and tie rods. Featuring an eye-eye configuration, this M12 threaded device provides a robust solution for securing loads and maintaining structural integrity in various assembly systems. With a body length of 125mm, it offers sufficient adjustment range to accommodate different installation requirements in construction and rigging projects.
This turnbuckle is manufactured from high-quality steel, ensuring exceptional durability and resistance to mechanical stress. The eye-eye design facilitates easy attachment to hooks, shackles, or anchor points, making it a versatile tool for diverse rigging setups. Its precise threading allows for smooth and controlled tension adjustments, which is critical for maintaining the stability of structural supports and cable systems in demanding industrial environments.
This turnbuckle is not intended for overhead lifting applications where specific safety certifications for lifting gear are required. It should also not be used in environments with extreme chemical exposure or high salinity without appropriate protective coatings, as this may compromise the integrity of the steel over time.
To use the KM GROM KM76 turnbuckle, first ensure that the attachment points are secure and capable of handling the intended load. Open the turnbuckle by rotating the body until the threaded ends are fully extended. Attach the eyes to your cables or anchor points using appropriate shackles or hooks. Once connected, rotate the central body of the turnbuckle to draw the threaded ends inward, thereby increasing the tension on the line. Continue adjusting until the desired tension level is achieved.
Always inspect the turnbuckle for signs of wear, deformation, or corrosion before each use. Ensure that the threaded ends are engaged sufficiently within the body to maintain structural safety and prevent accidental disconnection under load.
{{highlightedFeature.featureTitle}}:
{{getProductFeatureValueById(product, highlightedFeature.featureId)}}