Forging Crane Hook Parts
1.Material:45\35CrMo\40Cr\42CrMo\30Cr2Ni2Mo
2.Machining accuracy:±0.1mm
3.Mold opening cycle:About 45 days
4.Customization: Made-to-order services are available.
5.Advantages:
Full-process inspection
Full-process processing capability
Full-range products
6.Weight/Size: Produce according to the drawings.
7.Craft:Forging
Product Introduction:
The hook assembly serves as a critical component in lifting equipment, specifically designed for gripping and hoisting loads. Crafted via forging technology, it boasts a dense internal structure, enhanced mechanical strength, superior toughness, and exceptional impact resistance—enabling it to withstand heavy loads and frequent operational use. It finds widespread application across the industrial sector, construction field, logistics and warehousing industry, as well as the transportation sector.
Product Advantages:
The hook assembly for crawler cranes is engineered with exceptional load-bearing capacity and impact resistance, excelling in harsh operating environments. It is ideally suited for heavy-duty hoisting tasks and challenging terrains, leveraging high-strength materials, rugged heavy-duty designs, and multiple safety protection mechanisms. These features enable reliable long-term heavy-load operations while offering a flexible working range. In contrast, the hook assembly for truck cranes is defined by its lightweight construction, high mobility, operational flexibility, efficiency, and easy maintenance. Tailored for medium and small-scale hoisting, urban operations, frequent relocations, and multi-scenario applications, it adopts lightweight materials, compact structural designs, and standardized components for enhanced adaptability.
Production Process:
Raw material inspection → Cutting → Forging → Normalizing →Grinding→Rough turning →Quenched and tempered→ MT+UT→ Finished turning→ Milling groove →Drilling → CMM/GMM → Shot peening→Coating →Cleaning packaging
Packaging And Shipping:
Our dedicated team of highly skilled professionals executes systematic, industry-leading quality control protocols for each individual order. Beyond basic oversight, we initiate with meticulous cleaning processes to eliminate any residues or impurities, followed by the application of legible, detailed labeling that includes key product specifications and batch information. Each item is then treated with industrial-grade rust-inhibiting coatings—formulated to withstand varying storage and transit conditions—before advancing to a rigorous multi-point inspection. This inspection encompasses dimensional accuracy, functional performance, and adherence to material standards, with every detail cross-verified against our stringent quality benchmarks. Upon passing all assessments, the products are secured in shock-absorbent, tamper-proof packaging tailored to their specific dimensions, ensuring protection from damage during handling. These packaged items are then stored in our climate-controlled, systematically organized warehouse, where inventory is tracked in real time to maintain optimal readiness for swift, on-demand dispatch—guaranteeing that every shipment arrives in impeccable condition, aligned with our commitment to uncompromising quality.
Company Strength:
Boasting an industry-leading portfolio of cutting-edge inspection and testing infrastructure, the company has invested in world-class equipment to underpin its quality assurance capabilities. This includes high-precision imported spectrometers for elemental analysis, advanced nitrogen-hydrogen-oxygen analyzers for material purity verification, Zeiss metallographic microscopes for microstructural evaluation, and Zeiss coordinate measuring machines (CMMs) renowned for unparalleled dimensional accuracy. Complementing these are M2M ultrasonic phased array flaw detectors—state-of-the-art tools for non-destructive testing (NDT). Our comprehensive testing prowess spans the entire production lifecycle: from validating raw material chemical compositions and mechanical performance parameters to certifying dimensional precision, geometric feature tolerances, and conducting rigorous non-destructive evaluations. This end-to-end testing ecosystem ensures every component meets or exceeds stringent industry standards, reflecting our unwavering commitment to technical excellence and reliability.







