Forging Crane Hook
1.Material:Q355qD\35CrMo\30Cr2Ni2Mo
2.Machining accuracy:±0.1mm
3.Mold opening cycle:About 45 days
4.Customization: We design and manufacture tailor-made products to your exact technical requirements.
5.Advantages:
Our strict process inspection ensures every product meets defect-free standards.
Streamlined one-stop processing delivers efficiency and cost savings.
From standard to custom, our wide product range solves all your needs.
6.Weight/Size:Material usage and end-product weight will be derived from the Client’s provided drawings.
Product Introduction:
The hooks used in crawler cranes and truck cranes are typically forged from a single piece of metal, which gives them high strength and toughness. With dependable quality, they can endure substantial impact and tensile forces, making them suitable for a wide range of lifting tasks. By optimizing the hook's shape and adjusting how the hook is installed with the pulley, the overall load - bearing becomes more rational. This not only extends the service life of the steel wire rope but also reduces the offset when heavy objects are placed.
Product Advantages:
Crane hooks are typically crafted from high-strength steel via forging processes, featuring a one-piece construction free of welding defects. They boast exceptional tensile and bending resistance, capable of bearing loads ranging from tens to thousands of tons. The cross-sectional design of the hook body is mechanically optimized to distribute loads evenly across the entire structure, preventing fractures caused by localized stress concentration. This makes them ideal for heavy-load lifting scenarios involving heavy equipment, steel materials, containers, and similar applications. Additionally, the hook surface undergoes quenching and tempering treatments, allowing it to withstand long-term friction from steel wires and impacts with lifted objects—effectively extending its service life.
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 adheres to a rigorous pre-shipment protocol to ensure product quality and readiness for dispatch:
First, we conduct thorough cleaning of every item to remove dust, debris, or residual contaminants, followed by clear, standardized labeling that includes product specifications, batch numbers, and handling instructions. We then apply professional rust-proofing treatments—such as anti-corrosive coatings, vapor corrosion inhibitors, or protective films—tailored to the product’s material and storage requirements, effectively safeguarding against oxidation during transit and storage. Next, a meticulous visual and functional inspection is carried out by our quality control specialists. This process covers dimensional accuracy, structural integrity, surface condition, and compliance with technical standards, ensuring no defects or inconsistencies escape detection before shipment. Finally, the certified products are carefully packaged using shock-absorbent, moisture-resistant materials to prevent damage during transportation. They are then organized and stored in our climate-controlled warehouse, where inventory is closely managed to maintain optimal condition—guaranteeing that all merchandise is fully prepared for immediate dispatch at the customer’s request.
Company Strength:
The industrial enterprise is firmly committed to the core principles of streamlining all business processes and digitizing every operational procedure—driving efficiency and agility across its entire value chain. Harnessing the power of its high-performance, low-latency "5G factory" network, the company has achieved seamless integration of data from key enterprise systems, including Product Lifecycle Management (PLM), Enterprise Resource Planning (ERP), Manufacturing Execution System (MES), and Equipment Management System. This interconnected digital ecosystem breaks down data silos, enabling end-to-end digital management of critical business workflows: from research and development (R&D) ideation and production scheduling to work progress reporting, process handover, order fulfillment, and full product traceability. By digitizing these core processes, the enterprise has not only significantly boosted product R&D efficiency—accelerating innovation cycles and reducing time-to-market—but also streamlined production operations to shorten lead times. Moreover, the centralized data visibility and optimized workflow coordination have ensured exceptional on-time delivery performance for customers, reinforcing trust and competitiveness in the industrial marketplace.







