Products

Our lifting loops are high-strength structural anchors engineered for secure load transfer in concrete and masonry applications. Manufactured from galvanized or stainless steel, these durable embedded components provide reliable anchoring points for lifting, rigging, and structural connections during construction and throughout a building's lifecycle.

A **cast-in lifting insert** is a high-strength, engineered component designed to provide reliable anchorage points for lifting, handling, and positioning precast concrete elements during construction. Manufactured from robust materials such as hot-dipped galvanized steel or stainless steel, these inserts are permanently embedded into concrete during the casting process, ensuring seamless integration and optimal load transfer.  

For the secure lifting of planar concrete elements via face-mounted installations, the Bolt Anchor presents a specialized solution, particularly advantageous when embedded reinforcement is absent. This anchor system is meticulously engineered to handle lighter load applications, offering a range of threaded connections spanning from Rd 12 to Rd 30. Should project demands necessitate the manipulation of heavier loads, the Allround Anchor short provides a robust alternative, leveraging an identical concrete anchoring methodology to that of the Bolt Anchor. To cater to diverse environmental conditions, the Bolt Anchor is offered in two distinct configurations: a standard variant featuring a zinc-coated socket for general applications, and a premium version equipped with a corrosion-resistant stainless steel socket, specifically designed to provide enhanced durability in aggressive environments. This dual-option approach ensures that the Bolt Anchor can be tailored to meet the specific requirements of a wide array of construction projects, balancing load capacity with environmental resilience."  

A machine bolt, particularly the square head variant paired with a nut, serves as a robust fastening component engineered to deliver long-lasting performance and reliable connections in high-stress environments. Its primary function lies in securely joining structural elements while maintaining alignment and stability under mechanical loads or vibrations. 
These bolts are specifically designed for critical infrastructure applications, such as power line fittings and telecommunication hardware, where failure-resistant connections are essential. The square head design enhances grip during installation, particularly in confined spaces or when using manual tools, while the forged construction ensures superior tensile strength and resistance to deformation. 
Manufactured in compliance with stringent electric utility and communications industry specifications, each bolt undergoes hot-dip galvanization per ASTM A-153 standards, providing exceptional corrosion protection for extended outdoor service life. The forging process optimizes metal grain structure, resulting in enhanced durability compared to cast alternatives. 
Quality assurance is prioritized through batch-specific inspection reports, verifying dimensional accuracy, coating thickness, and load-bearing capacity. This combination of precision engineering, protective finishing, and standardized production makes machine bolts ideal for utility poles, transmission hardware, and other industrial assemblies requiring certified, maintenance-free fastening solutions.

Engineered for robust load-bearing applications, oval eye bolts serve as critical components in securing and stabilizing various hardware elements. Their primary function involves anchoring sleeves, clamps, and insulators within infrastructure systems, particularly in utility and telecommunication installations. The distinguishing elliptical eye design at one terminal ensures a secure interface for ropes, cables, or auxiliary connectors, minimizing slippage through optimized contact geometry.

The secondary clevis (dead-end clevis) serves as a critical component in power transmission infrastructure, featuring an optimized D-shaped profile for enhanced structural performance. Engineered for reliability in electrical distribution networks, this hardware solution ensures secure conductor termination while maintaining system integrity, particularly in transformer installations and low-voltage dead-end applications.
Key functional advantages include robust mechanical support and electrical insulation when paired with pole-mounted spool insulators with cotter pins, effectively managing overhead line stresses. Our design incorporates differentiated engineering approaches: the forged clevis pin demonstrates exceptional shear resistance, while precision-engineered connection straps are optimized for tensile load management across various installation scenarios.