EN
RUSurface condition is carefully checked to ensure there are no cracks, folds, or coating defects. For galvanized anchors, coating thickness and uniformity are inspected to guarantee corrosion resistance and consistent product appearance.
1. CE & ISO 9001 Certification
Certified production system ensures consistent quality, traceable processes, and compliance with European standards for lifting anchors in demanding precast applications.
2. 3 Times Safety Factor
Designed with a reliable safety margin, ensuring stable lifting performance under dynamic loads and reducing risk during transportation and installation processes.
3. Save More Money
Optimized production processes and integrated supply chain reduce unit cost, minimize waste, and help customers control long-term procurement budgets effectively.
4. Faster Delivery
Efficient scheduling, stable raw material supply, and coordinated factory production shorten lead times and ensure on-time delivery for large volume orders.
10.0 Ton Lifting Anchors, also known as Lifting Pin Anchors, are designed for safe handling of heavy precast concrete elements. HULK Metal ensures stable supply through coordinated raw material sourcing, precision forging, machining, and strict inspection. With ISO 9001 management and CE certification, every batch meets consistent quality and delivery requirements for demanding construction projects worldwide.
HULK Metal manufactures 10.0 Ton Lifting Anchors with extensive forging and machining experience, ensuring dimensional accuracy and stable mechanical performance. Strict quality control covers raw materials, production, and final inspection. Multiple material and surface options meet different environmental requirements. With standardized processes, flexible production capacity, and reliable testing systems, we ensure each batch meets lifting safety standards and consistent supply expectations for large-scale precast projects.
Name | ||||
Drawings | ||||
Material | 20Mn2 / Q345D / CM490 / Stainless Steel / Customizable | |||
Surface | Raw Black / Electro-galvanized / Hot-dip Galvanized | |||
Safety Factor | ≥ 3 | |||
Certification | ISO9001 / CE | |||
SWL (tons) | CODE | LENGTH(mm) | D(mm) | WEIGHT(kg/pc) |
10.0 | HM-P-075085 | 85 | 24 | 0.566 |
- | HM-P-075095 | 95 | 24 | 0.6 |
- | HM-P-075100 | 100 | 24 | 0.62 |
- | HM-P-075105 | 105 | 24 | 0.635 |
- | HM-P-075120 | 120 | 24 | 0.68 |
- | HM-P-075140 | 140 | 24 | 0.75 |
- | HM-P-075150 | 150 | 24 | 0.79 |
- | HM-P-075160 | 160 | 24 | 0.823 |
- | HM-P-075165 | 165 | 24 | 0.84 |
- | HM-P-075170 | 170 | 24 | 0.858 |
- | HM-P-075200 | 200 | 24 | 0.96 |
- | HM-P-075240 | 240 | 24 | 1.1 |
- | HM-P-075300 | 300 | 24 | 1.31 |
- | HM-P-075340 | 340 | 24 | 1.44 |
- | HM-P-075540 | 540 | 24 | 2.15 |
- | HM-P-075680 | 680 | 24 | 2.6 |
This section provides a complete guide to 10.0 Ton Lifting Anchors, including their structure, working principle, surface treatments, key parameters, applications, manufacturing process, cost calculation, supplier selection, FAQs, and CE certification. Understanding these details is essential for choosing the right anchors, ensuring safe lifting operations, and selecting a reliable manufacturer. Every point is designed to help you make informed decisions and optimize your precast concrete projects efficiently.
10.0 Ton Lifting Anchors, also known as lifting pin anchors, spherical head lifting anchors, or dog bone lifting anchors, are essential components used in precast concrete handling systems. They are designed to be embedded into concrete elements, allowing safe lifting, transportation, and installation using compatible lifting clutches. With a rated load capacity of 10.0 tons, these anchors are widely applied in large structural panels, beams, and heavy precast units.
Before delivery, each production batch undergoes strict destructive testing based on a minimum three times safety factor. This ensures that the anchors can withstand forces significantly higher than their working load, reducing lifting risks on site. Manufactured through controlled forging and precision machining, the anchors maintain consistent geometry, ensuring proper engagement with lifting devices. This reliability is critical for repetitive lifting operations and long-term project efficiency.
The 10.0 Ton Lifting Anchor is integrally forged from high-performance alloy steel bar, ensuring strength and durability. Structurally, it consists of three key parts: head, pin, and tail.
The head features a spherical shape with a flat top surface, precisely forged to ensure smooth engagement with the lifting clutch. Clear markings indicating load capacity and length are stamped during forging for easy identification and traceability. Its geometry ensures secure connection during lifting, reducing the risk of misalignment or slipping, especially in repetitive handling operations on construction sites.
The pin serves as the central connection between the head and the tail, playing a critical role in load transmission. It transfers lifting forces from the head directly to the embedded section within the precast concrete element. Manufactured with strict dimensional control, the pin ensures balanced stress distribution, preventing localized failure and maintaining structural integrity under repeated lifting conditions.
The tail is designed with a conical shape, gradually increasing in diameter from the pin end. This structure enhances anchorage performance by creating higher resistance against pull-out forces. When embedded in concrete, it helps distribute loads more evenly throughout the element, minimizing stress concentration. This design significantly improves lifting safety and ensures stable performance in heavy-duty precast applications.
During installation, the 10.0 Ton Lifting Anchor is securely positioned using a recess former, which holds the anchor in the correct location and orientation on the mold steel plate. This ensures accurate placement relative to the precast element design. Once fixed, concrete is poured into the mold, fully embedding the anchor’s tail and part of the pin. The recess former creates a reserved opening, allowing access to the anchor head after curing. After the concrete has reached sufficient strength, the mold is removed and the recess former is taken off, exposing the anchor head for lifting operations. This controlled installation process ensures proper load transfer and consistent positioning across all precast components.
For lifting operations, the exposed head of the lifting anchor is connected to a compatible lifting clutch, which securely locks onto the spherical head. This connection is designed to prevent accidental release while allowing flexibility in lifting angles. Once attached, the crane applies force through the clutch, transferring the load from the head to the embedded anchor structure inside the concrete. The pin and tail distribute the forces evenly throughout the precast concrete element, ensuring stable and balanced lifting. This system allows heavy components to be safely transported, rotated, and installed on site. The precision fit between the anchor and clutch also improves operational efficiency, reducing setup time and enhancing overall lifting safety.
Electric galvanized lifting anchors are coated with a thin zinc layer through an electroplating process, providing a clean and smooth surface appearance. This treatment offers basic corrosion resistance, making it suitable for indoor storage or short-term outdoor exposure. Compared with other options, electro galvanizing delivers a more uniform and visually appealing finish, which helps with product identification and handling. It is also a more cost-effective solution when corrosion protection requirements are moderate. However, the zinc layer is thinner than hot dip galvanizing, so its durability in harsh or highly humid environments is relatively limited. For projects where lifting anchors are used quickly after delivery or stored in controlled conditions, this option provides a balanced combination of cost efficiency and protection.
Hot dip galvanized lifting anchors are coated by immersing the steel components into molten zinc, forming a thick and durable protective layer. This process creates strong corrosion resistance, making it highly suitable for outdoor applications, coastal environments, and long-term storage conditions. Compared with electro galvanizing, the coating is thicker and more robust, providing extended service life under aggressive environmental exposure. The surface tends to be rougher, and dimensional tolerance must be carefully controlled during production to ensure compatibility with lifting clutches. While the cost is higher, the long-term reliability often offsets initial expenses, especially in infrastructure or large-scale precast projects where durability is critical. This treatment is widely preferred when consistent performance in challenging environments is required.
Raw black lifting anchors are supplied without a zinc coating and are only treated with a light anti-rust oil on the surface. This option preserves the original steel characteristics and avoids any dimensional changes that may occur during coating processes. It is the most economical choice and is often used when anchors are embedded immediately after delivery or when additional surface treatment will be applied later by the customer. However, corrosion resistance is minimal, and the anchors require careful storage and handling to prevent rust formation, especially in humid environments. Compared with galvanized options, raw black anchors demand stricter inventory control but provide greater flexibility for projects with customized finishing requirements or controlled usage timelines.
Selecting the correct parameters ensures safe lifting performance. Length, SWL, and pin diameter directly affect anchorage strength, load distribution, and compatibility with precast concrete element design requirements.
Length determines how deeply the lifting anchor is embedded into the precast concrete element, directly influencing load transfer and pull-out resistance. A longer anchor generally provides stronger anchorage because more surface area interacts with the concrete, improving stability during lifting. However, selecting the correct length is not simply about choosing the longest option. It must match the thickness, geometry, and reinforcement design of the concrete element. If the anchor is too short, it may not achieve sufficient bonding strength; if too long, it can interfere with internal reinforcement or increase unnecessary material cost. In practice, the appropriate length is defined by the project’s structural design engineer, based on lifting points, load direction, and concrete strength. Proper selection ensures both safety and cost efficiency.
SWL, or Safe Working Load, is the most critical parameter of a lifting anchor, defining the maximum load it can safely handle under normal working conditions. For 10.0 Ton Lifting Anchors, this value represents the rated capacity when used correctly with compatible lifting systems and within specified angles. Selecting the correct SWL requires considering not only the weight of the precast element but also dynamic forces, tilt angles, and handling conditions. A higher SWL provides greater safety margin, especially in complex lifting scenarios. In manufacturing, anchors are tested using a safety factor of at least three times the rated load, ensuring reliability under extreme conditions. Choosing the correct SWL is essential to prevent overloading and ensure compliance with lifting safety standards.
The thickness of the pin, typically defined as diameter D, plays a key role in determining the mechanical strength and durability of the lifting anchor. A larger diameter increases the cross-sectional area, allowing the anchor to withstand higher tensile and shear forces during lifting operations. This directly improves resistance to deformation and fatigue, especially in repetitive use scenarios. However, the pin diameter must also match the specifications of the lifting clutch to ensure proper engagement and safe operation. Oversized or undersized pins can lead to poor fit or uneven load distribution. In selection, engineers consider both load requirements and system compatibility. Precision machining and strict tolerance control during production ensure that each anchor maintains consistent performance and reliable connection in real-world applications.
Lifting Pin Anchors are embedded into precast concrete elements at optimized positions, ensuring balanced lifting, improved safety, and efficient handling during transportation, rotation, and final installation processes.
For precast wall panels, lifting pin anchors are typically embedded near the top edge or symmetrically along the panel width to ensure balanced lifting. The exact position depends on the panel size, thickness, and center of gravity. Proper placement allows the panel to remain stable during vertical lifting and rotation from horizontal casting positions. If anchors are positioned too low or unevenly, it can cause tilting or stress concentration, increasing the risk of cracking. Engineers usually design multiple lifting points to distribute the load evenly, especially for large façade panels. Correct anchor positioning improves handling efficiency and reduces adjustment time on site, making installation faster and more controlled.
In precast beams, lifting pin anchors are generally embedded along the top surface at calculated intervals based on beam length and weight distribution. The goal is to maintain balance and minimize bending stress during lifting. Anchors are often positioned slightly inward from the ends rather than directly at the edges to reduce stress concentration. For longer beams, multiple anchors are used to prevent excessive deflection. Proper positioning ensures that the beam remains level when lifted, avoiding torsion or uneven load transfer. Engineers also consider reinforcement layout to ensure anchors do not interfere with structural steel bars, maintaining both lifting safety and structural integrity.
For precast columns, lifting pin anchors are usually embedded near the top section or at designated lifting points designed to support vertical handling. The positioning must align with the column’s center of gravity to ensure stable lifting without excessive swinging. In some cases, anchors are placed on opposite sides to allow controlled rotation from horizontal to vertical orientation. Incorrect placement may lead to imbalance, causing safety risks during hoisting. The design must also consider the column height and weight, as taller columns require more precise positioning. Properly embedded anchors improve lifting control and reduce installation time on construction sites.
In precast slabs, lifting pin anchors are distributed evenly across the surface, usually in symmetrical patterns to ensure uniform load distribution. The number and position of anchors depend on slab dimensions, thickness, and weight. For larger slabs, multiple anchors are required to prevent bending or cracking during lifting. Anchors are typically embedded at calculated distances from the edges to maintain structural balance while avoiding weak zones. Proper positioning ensures the slab remains level during lifting and transportation, reducing the need for manual adjustments. This improves overall efficiency and minimizes the risk of damage during handling and installation.
Precast stairs require more careful lifting anchor placement due to their irregular shape and uneven weight distribution. Lifting pin anchors are typically embedded at structurally strong points, such as the side edges or upper sections, to maintain balance during lifting. The positioning must account for the stair’s center of gravity, which is not uniform like flat elements. In many cases, anchors are placed asymmetrically to compensate for the inclined geometry. Proper placement ensures smooth lifting without rotation or tilting, allowing safe handling from casting to installation. This reduces the risk of edge damage and improves precision during final positioning on site.
Many sourcing issues come from unstable production systems, weak quality control, or cost-cutting shortcuts. These problems often appear attractive at first but lead to delays, safety risks, and hidden costs during project execution.
Unusually low prices often indicate compromises in raw materials, forging processes, or inspection standards. Some suppliers may use lower-grade steel or skip controlled forging steps, resulting in inconsistent mechanical properties and hidden internal defects. While the initial purchase cost seems lower, the risk of failure during lifting operations can lead to serious safety issues and project delays.
An experienced factory avoids this by maintaining stable raw material sourcing, verified material grades, and controlled forging processes. Buyers should request material certificates, production process details, and testing records. Comparing samples is not enough; consistency across batches is critical. Selecting a supplier with standardized production and traceable quality systems ensures long-term reliability rather than short-term savings.
Some suppliers provide high-quality samples to secure orders but fail to maintain the same standard during mass production. This happens when production is outsourced to different factories or when process control is not standardized. As a result, dimensions, surface finish, or mechanical properties may differ from the approved sample, causing compatibility issues on site.
A reliable factory ensures that sample production and mass production follow the same process route, equipment, and quality standards. Buyers should confirm whether the sample is produced under real production conditions. Requesting batch inspection reports, dimensional records, and process documentation helps ensure consistency. Long-term suppliers will have strict internal controls to guarantee that every batch matches the approved specifications.
Delayed delivery is often caused by poor production planning, unstable raw material supply, or lack of coordination between different processing stages. Some suppliers accept more orders than they can handle, leading to scheduling conflicts and missed deadlines. This can disrupt construction timelines and increase overall project costs.
An experienced factory manages production through clear scheduling systems, stable supplier relationships, and coordinated workflows across forging, machining, and finishing processes. Buyers should evaluate whether the supplier has integrated production capabilities and a dedicated logistics team. Clear production timelines, regular progress updates, and buffer planning are key indicators of a reliable partner who can consistently meet delivery commitments.
Failure to meet load capacity requirements is one of the most serious risks, often caused by improper material selection, insufficient forging strength, or lack of proper testing. Some suppliers may skip destructive testing or fail to apply the required safety factor, resulting in products that cannot perform safely under real lifting conditions.
A professional manufacturer conducts strict load testing, including destructive sampling based on at least a three times safety factor. Buyers should verify test reports, certification documents, and testing procedures before placing orders. It is also important to confirm whether testing is performed in-house or outsourced. Consistent testing ensures that every batch meets safety standards and performs reliably during lifting operations.
Without a complete quality inspection process, defects can go unnoticed until the products are already in use. Some suppliers only perform basic visual checks, ignoring critical inspections such as dimensional accuracy, material verification, and mechanical performance testing. This increases the risk of inconsistent quality and unexpected failures.
An experienced factory implements multi-stage inspection, covering raw materials, in-process checks, and final product verification. Buyers should confirm whether the supplier has dedicated inspection equipment and trained quality control personnel. Inspection reports, traceability systems, and clear quality standards are essential. A strong QC system ensures that problems are identified early, reducing risks and ensuring stable product performance.
Lack of CE certification indicates that the product may not meet European safety and performance standards. Some suppliers claim compliance without undergoing proper certification processes, which can create legal and safety risks for projects in regulated markets. Using uncertified products may lead to rejection during project inspection or even liability issues.
A qualified manufacturer obtains CE certification through verified testing and compliance procedures. Buyers should request valid certificates and confirm their authenticity. Certification should be supported by consistent production quality, not just documentation. Working with certified suppliers ensures that products meet recognized standards, reducing compliance risks and improving acceptance in international projects.
Short shipments often occur due to poor counting processes, inadequate packaging control, or lack of final shipment verification. Some suppliers may avoid responsibility once the goods are shipped, leaving buyers to handle shortages and associated delays. This can disrupt project schedules and increase procurement costs.
A responsible factory implements strict quantity verification before shipment, including double-checking packing lists and physical counts. Buyers should confirm whether the supplier provides clear documentation and accountability for delivered quantities. Reliable suppliers will offer solutions such as replenishment or compensation in case of discrepancies. Clear communication and defined responsibility are key to avoiding disputes.
Some suppliers consider their responsibility complete once the goods are delivered, offering little or no support if issues arise. This lack of after-sales service can leave buyers without solutions in case of quality problems, leading to delays and additional costs.
An experienced manufacturer provides clear after-sales support, including handling quality issues, offering replacements, and assisting with technical questions. Buyers should confirm the supplier’s policy on returns, replacements, and technical support before placing orders. A strong after-sales system reflects confidence in product quality and commitment to long-term cooperation, ensuring that any problems are resolved efficiently and professionally.
The manufacturing of 10.0 Ton Lifting Anchors follows a controlled and traceable process, ensuring consistent strength and dimensional accuracy. From process planning to final delivery, each step is coordinated across specialized factories, supported by strict quality inspection and stable supply chain management to meet large-scale project requirements.
The first step is selecting the most suitable manufacturing process based on product design, load requirements, and application conditions. For 10.0 Ton Lifting Anchors, forging is typically preferred because it improves internal grain structure and enhances strength. Engineers analyze drawings, tolerances, and lifting requirements to define the process route. A well-planned process ensures both performance reliability and production efficiency.
High-quality raw materials are essential for lifting safety. Steel bars such as 20Mn2, Q345D, or equivalent grades are sourced from stable suppliers with verified certifications. Before entering production, each batch undergoes inspection, including chemical composition analysis and mechanical property testing. This ensures the material meets required standards and provides a reliable foundation for subsequent forging and machining processes.
Mass production includes several coordinated steps such as cutting steel bars to required lengths, hot forging to form the anchor shape, and subsequent machining if necessary. After shaping, surface treatment is applied according to customer requirements, including electro galvanizing, hot dip galvanizing, or anti-rust oil coating. Each stage is controlled to maintain consistency and dimensional accuracy across large production volumes.
Quality inspection is conducted throughout the entire production process. Dimensional checks ensure compliance with drawings, while mechanical testing verifies load capacity and safety performance. Destructive sampling tests are performed based on required safety factors to confirm strength reliability. This multi-stage inspection system ensures that every batch of lifting anchors meets strict safety and quality standards before shipment.
After passing final inspection, the lifting anchors are packed according to order requirements. Packaging methods are designed to protect products during transportation while allowing easy handling and counting. Clear labeling ensures traceability of each batch. Coordinated logistics planning enables efficient delivery, whether for domestic use or international shipment, helping customers maintain project schedules.
After delivery, professional support continues to ensure customer satisfaction. If any quality issues arise, the factory provides clear solutions such as replacement or technical assistance. Feedback from customers is also used to improve future production. A reliable after-sales system reflects strong confidence in product quality and builds long-term cooperation with clients.
The cost of a 10.0 Ton Lifting Anchor is determined by material, forging dies, labor, machining, surface treatment, packaging, transportation, and value-added services. HULK Metal optimizes each step through an integrated supply chain, ensuring cost efficiency and superior quality.
Material costs are the foundation of anchor quality. HULK Metal sources high-performance alloy steels, including 20Mn2, Q345D, CM490, or stainless steel, from trusted suppliers with stable pricing and verified certifications. By maintaining long-term partnerships and bulk procurement strategies, the factory secures competitive prices without compromising quality. Centralized material inspection ensures each batch meets mechanical and chemical standards, reducing scrap rates and rework. Efficient material management, including inventory planning and allocation to dedicated production lines, minimizes waste and optimizes raw material usage. Customers benefit from both lower costs and reliable product performance due to this integrated sourcing strategy.
Forging dies are essential for shaping lifting anchors accurately. HULK Metal invests in durable, precision-engineered dies that can withstand repeated high-temperature forging, reducing replacement frequency and production downtime. Advanced die design improves material flow during forging, minimizing internal defects and ensuring consistent mechanical properties. By standardizing dies across multiple product sizes and reusing them for repeated production runs, the factory achieves economies of scale. Maintenance routines and accurate die storage further extend lifespan. This approach lowers the overall forging cost per anchor while maintaining high-quality standards and dimensional accuracy for every batch.
Labor costs are optimized through skilled workforce management and process standardization. HULK Metal employs experienced technicians for forging, machining, and finishing processes, reducing errors and production time. Cross-trained teams allow flexible allocation, maximizing productivity during peak orders. Standard operating procedures (SOPs) and training programs improve efficiency, ensuring consistent output quality. Automation in repetitive tasks, such as semi-automated cutting and handling, further reduces labor input. By combining skilled labor with process optimization, HULK Metal lowers the labor component of cost without compromising quality, enabling competitive pricing for customers while maintaining reliable performance.
Machining involves precise shaping of the pin, head, and tail to meet dimensional tolerances. HULK Metal employs advanced CNC and automated machining equipment to maintain accuracy, reduce human error, and maximize material utilization. Batch machining programs allow multiple anchors to be processed simultaneously, increasing efficiency. Integrated process planning reduces unnecessary handling and minimizes downtime between operations. The factory monitors tool wear and replaces cutting tools proactively, avoiding defective parts. By combining automation, skilled supervision, and process standardization, machining costs are minimized while ensuring each anchor meets strict specifications, contributing to reliable performance and overall cost efficiency.
Surface treatment options, including electro-galvanizing, hot-dip galvanizing, or anti-rust oil coating, affect both durability and cost. HULK Metal applies advanced galvanizing equipment that reduces coating defects and waste, ensuring uniform thickness while maintaining corrosion resistance. Batch treatment processes increase efficiency, lowering per-unit costs. In-house surface treatment eliminates reliance on third-party providers, cutting transportation and outsourcing expenses. Process monitoring ensures that coatings meet ISO and CE standards, protecting both the product and the customer’s project timeline. Optimized treatment methods balance cost and performance, allowing clients to receive high-quality lifting anchors with long service life at competitive prices.
Packaging protects lifting anchors during transportation while facilitating handling and inventory management. HULK Metal uses durable wooden crates, pallets, and customized packaging to prevent damage. Packing teams verify quantities, label each batch clearly, and ensure secure strapping to reduce movement during shipment. In-house packaging facilities allow better control of materials and labor, reducing costs and errors. Efficient packing strategies also streamline logistics, making loading and unloading faster. By combining protective packaging with accurate documentation, HULK Metal reduces potential losses and additional costs, contributing to overall cost savings while maintaining product quality for the customer.
Transportation costs depend on distance, weight, and shipping method. HULK Metal leverages its internal logistics team to consolidate shipments, optimize routes, and reduce dependency on external carriers. Coordination with production schedules allows full container loads, minimizing per-unit freight cost. Protective handling ensures anchors are delivered without damage, avoiding re-shipment costs. Strategic partnerships with carriers enable competitive rates and timely delivery. By integrating production and logistics, HULK Metal reduces transportation expenses while maintaining reliability, ensuring that clients receive 10.0 Ton Lifting Anchors efficiently and economically without compromising quality or delivery timelines.
Value-added services include technical support, custom drawing adaptation, batch coordination, and assistance with installation guidance. HULK Metal provides engineering consultation to optimize anchor selection, positioning, and lifting procedures. In-house support teams ensure customers receive timely answers, improving efficiency and reducing errors during installation. By offering integrated services, the factory minimizes potential project delays and extra costs for clients. Centralized support also allows coordination across multiple orders, enhancing both quality and productivity. Investing in these services adds value without significant cost increase, providing clients with more reliable solutions and reducing overall project risk while maintaining competitive pricing.
Selecting the right lifting pin anchor supplier requires evaluating technical expertise, production capacity, quality management, supply chain strength, and after-sales support. HULK Metal’s approach helps customers make informed, reliable choices.
A professional technical team is essential to evaluate designs, optimize lifting anchor selection, and provide installation guidance. Suppliers with experienced engineers can recommend appropriate anchor types, dimensions, and surface treatments based on project requirements. They also assist in adapting customer drawings for production efficiency and safety compliance. Choosing a factory with strong technical support reduces errors, minimizes risks during lifting, and ensures the anchors meet all structural and regulatory standards. Technical competence directly reflects a factory’s reliability and customer-oriented problem-solving ability.
Strong production capacity ensures timely delivery of large orders and flexibility for urgent projects. Suppliers should have integrated factories for forging, machining, surface treatment, and assembly. Modern equipment and optimized workflows increase output efficiency while maintaining consistency. A factory capable of producing high volumes without compromising quality is more reliable and can handle complex project schedules. Evaluating production capacity helps customers avoid delays, minimize downtime, and ensure lifting anchors are available when needed.
A strict quality management system, such as ISO 9001, guarantees each lifting anchor meets safety and performance standards. Reliable suppliers implement multi-stage inspections, destructive load testing, and traceable documentation. This ensures dimensional accuracy, load capacity, and surface integrity. Customers should prioritize factories that maintain rigorous QC processes and certifications. A robust quality system reduces failures, protects project integrity, and builds trust. Suppliers who take quality seriously demonstrate professionalism and commitment to long-term cooperation.
A comprehensive supply chain allows a supplier to control raw material sourcing, forging, machining, surface treatment, packaging, and logistics. This integration reduces costs, shortens lead times, and maintains consistent product quality. Factories with internal supply chains can quickly respond to design changes or urgent orders, ensuring reliability. Customers benefit from centralized management, predictable delivery schedules, and minimized dependency on multiple third-party vendors. Supply chain control is key to both cost-effectiveness and service quality.
A strong service system covers pre-sale consultation, technical support, order coordination, and post-delivery assistance. Experienced suppliers provide guidance on anchor selection, installation, and maintenance, reducing errors on site. They also handle complaints, returns, and replacements efficiently. A comprehensive service system ensures projects progress smoothly and that customers receive continuous support. Factories that prioritize service demonstrate professionalism, strengthen client relationships, and provide additional value beyond manufacturing alone.
Flexible payment and delivery terms make a supplier more accessible to international clients. Options like T/T, L/C, or online payments, along with adaptable delivery schedules, reduce financial and logistical risk. Reliable suppliers accommodate client needs for staggered shipments, partial deliveries, or urgent dispatches. This flexibility reflects operational maturity and a customer-oriented mindset. Evaluating a supplier’s financial and delivery adaptability helps clients select partners who can meet project requirements without delays or complications.
A supplier capable of global shipping ensures lifting anchors can reach any project location efficiently. Experienced factories handle international customs, packaging standards, and transportation modes, reducing damage and delivery delays. Customers should confirm the supplier’s logistics expertise, including container loading, labeling, and tracking. Global shipping support provides convenience, reliability, and peace of mind for large projects, ensuring anchors are delivered safely and on time regardless of the destination.
Quality assurance services include batch verification, inspection certificates, and post-delivery support. Trusted suppliers offer documentation confirming compliance with ISO, CE, and load testing standards. They also address discrepancies, perform replacements, and provide technical guidance if needed. Such services demonstrate confidence in product performance and reduce risks for customers. Evaluating a factory’s quality assurance offerings allows clients to select suppliers who stand behind their products and prioritize safety, reliability, and project success.
A: Our 10.0 Ton Lifting Anchors are CE certified and strictly follow ISO 9001 standards. Each anchor undergoes destructive testing with a 3-times safety factor in the vertical direction to ensure it can carry the rated load safely. We pay attention to material selection, forging, machining, and surface treatment to guarantee consistent quality for every batch. Customers can rely on their strength and durability in precast concrete lifting applications.
A: The price of 10.0 Ton Lifting Anchors depends on multiple factors such as anchor size, surface treatment, and order quantity. Because we are a direct manufacturer, we can provide real-time, accurate quotes. Bigger orders generally benefit from better pricing due to production efficiency. Our factory approach ensures customers receive a fair price while maintaining high quality and reliable delivery schedules.
A: To get the best price, it is important to consider order quantity and product specifications. Larger orders allow us to optimize production and reduce per-unit costs. Choosing the right surface treatment and standard sizes can also lower costs. At HULK Metal, we ensure prices reflect high-quality manufacturing while remaining competitive. Our technical team can advise on options to balance cost and performance effectively.
A: The minimum order quantity (MOQ) depends on factors such as anchor size, surface treatment, and customization requirements. Different specifications require different production setups. You can send us your specific needs, and we will calculate the MOQ for your order. Our goal is to provide flexible solutions while keeping production efficient and cost-effective.
A: Delivery time depends on order quantity and specifications. Generally, standard orders are completed in around 30 days. Larger orders may require up to 45 days, but efficiency increases with production scale. HULK Metal coordinates internal factories, material procurement, and logistics to ensure timely delivery. Clients can rely on predictable schedules for project planning.
A: We currently provide three surface treatment options for 10.0 Ton Lifting Anchors: electro-galvanizing, hot-dip galvanizing, and raw black with anti-rust oil coating. Each finish offers different corrosion protection levels and cost implications. Our factory can advise which option suits your environment and project needs to ensure durability and performance.
A: HULK Metal ships lifting anchors to more than 50 countries across Europe, North America, South America, Africa, Southeast Asia, and other regions. Our logistics team manages international shipping, customs, and packaging, ensuring safe, reliable delivery. Customers worldwide benefit from our experience in global exports and shipping efficiency.
A: We manufacture 10.0 Ton Lifting Anchors according to customer requirements. Length, pin diameter, and other dimensions can be customized to match precast concrete design needs. Our factory can adapt production for both standard and special specifications, ensuring anchors fit your project precisely.
A: We support LC, T/T, and other common payment methods. If your project requires alternative payment or delivery terms, you can propose them, and we will consider them carefully. Our goal is to provide flexible, reliable financial and shipping solutions that suit international clients’ needs.
A: HULK Metal is a direct manufacturer of 10.0 Ton Lifting Anchors with extensive in-house factory resources. We have a complete team handling technical support, procurement, production, quality control, and foreign trade, providing clients with a fully integrated and reliable supply solution.
A: Yes. After the mold is prepared and tested, we can produce a sample for your evaluation. The sample undergoes the same quality checks as mass production. Only after the sample passes your inspection will we begin large-scale production, ensuring confidence in both performance and fit for your project.
A: You can get a quote in a shorter time by providing the following information at once:
1. Code.
2. Surface Treatment.
3. Delivery Terms.
4. Quantity:
5. Your Other Needs.
Our professional technical team has extensive experience in precast concrete lifting solutions. They carefully analyze project requirements, load conditions, and design constraints to develop tailored lifting pin anchor solutions. This ensures every anchor meets performance expectations, safety standards, and project-specific demands before production begins.
HULK Metal leverages an integrated supply chain that includes raw material suppliers, specialized forging and machining factories, surface treatment, packaging, and internal logistics. This integration ensures cost efficiency, reliable scheduling, and consistent quality. Every stage of production is closely monitored to maintain CE compliance.
We maintain strong partnerships with trusted raw material suppliers to source high-performance steel at competitive prices. Every batch undergoes strict quality inspections before production, ensuring mechanical properties, dimensions, and surface standards are met. This upstream control supports consistent CE-certified product performance.
Every 10.0 Ton Lifting Anchor is manufactured following rigorous production processes, including cutting, forging, machining, and surface treatment. Our factories apply precise tolerances, controlled heat treatment, and standardized procedures to guarantee each anchor meets safety and CE certification requirements.
Before leaving the factory, each batch undergoes destructive testing with a 3-times safety factor, dimensional checks, and surface inspection. Our QC team documents and verifies every anchor to ensure compliance with CE and ISO 9001 standards. Customers receive reliable, traceable, and high-quality lifting anchors.
Anchors are carefully packaged to prevent damage during transport. HULK Metal’s internal logistics team ensures accurate quantities, secure handling, and timely delivery. Optimized packaging and shipment planning maintain product integrity while supporting international CE-compliant supply, giving clients confidence upon arrival.
After receiving your anchors, you can inspect both quality and quantity. Any products with defects or discrepancies are eligible for returns, exchanges, or restocking services. HULK Metal provides responsive technical support, ensuring your lifting anchors continue to meet CE standards throughout their service life.
Quality control is critical to ensure every 10.0 Ton Lifting Anchor performs safely and consistently. HULK Metal applies multi-stage inspection from raw materials to final shipment, covering dimensions, surface condition, mechanical properties, and quantity verification. Each step is traceable and aligned with ISO 9001 and CE requirements. This systematic approach reduces defects, ensures stable batch quality, and guarantees that every anchor meets lifting safety standards and customer expectations.
Surface condition is carefully checked to ensure there are no cracks, folds, or coating defects. For galvanized anchors, coating thickness and uniformity are inspected to guarantee corrosion resistance and consistent product appearance.
Each lifting anchor is measured using calibrated tools to verify length, pin diameter, and head geometry. Strict tolerance control ensures compatibility with lifting clutches and prevents installation or lifting issues during real applications.
Raw materials are tested for chemical composition and mechanical properties before production. Only qualified steel is used, ensuring consistent performance and preventing defects caused by substandard materials.
Mechanical testing verifies tensile strength and load capacity. Destructive testing is performed based on required safety factors to confirm that anchors can safely withstand forces beyond their rated working load.
Each order is carefully counted and verified against packing lists. Double-check procedures ensure accurate quantities, reducing the risk of shortages and helping customers avoid delays in project schedules.
Before delivery, a final inspection is conducted to confirm product quality, packaging condition, and documentation accuracy. This step ensures that all products meet order requirements and are ready for safe transportation.
Additional inspections can be arranged based on customer requirements, including third-party testing or specific performance checks. This flexibility ensures that all project-specific standards and expectations are fully satisfied.
HULK Metal operates a coordinated factory system covering forging, cutting, surface treatment, and quality control. Each workshop is connected through standardized processes and strict management, ensuring stable production and consistent quality. By integrating multiple production stages internally, we reduce delays, improve efficiency, and maintain full control over every detail. This factory structure allows us to deliver CE certified 10.0 Ton Lifting Anchors with reliable performance and dependable lead times.
Choosing HULK Metal means working with a manufacturer that combines technical expertise, integrated production, and reliable service. From raw material sourcing to final delivery, every step is controlled to ensure quality, efficiency, and cost advantages. Customers benefit from stable supply, faster lead times, and consistent product performance. This integrated approach helps reduce risks, simplify procurement, and improve overall project efficiency when sourcing 10.0 Ton Lifting Anchors.
In addition to 10.0 Ton Lifting Anchors, HULK Metal supplies a full range of precast concrete accessories such as lifting clutches, spread anchors, lifting inserts, recess formers, lifting hooks, and precast magnets. These products are designed to work together within a complete lifting and fixing system. By sourcing related components from one manufacturer, customers can ensure compatibility, reduce procurement complexity, and achieve more reliable performance across different precast concrete projects.
This page presents a complete overview of 10.0-ton lifting anchors, including structure, working principle, surface treatment, key parameters, applications, manufacturing process, and cost factors.
HULK Metal’s 7.5-ton lifting anchors are designed for high safety and consistent performance in precast concrete lifting. Manufactured with premium alloy steel and tested with a three-times safety factor, they ensure durability and reliability.
HULK Metal manufactures CE-certified 5.0-ton lifting anchors with ISO 9001 management, ensuring high safety, durability, and precise dimensions. From forging to surface treatment and rigorous quality inspection, every anchor meets strict standards.
HULK Metal’s 4.0 Ton Lifting Anchors combine superior strength, precision manufacturing, and CE certification to ensure safe handling of precast concrete elements. With integrated production from forging to surface treatment, strict ISO 9001 quality control, and comprehensive technical support, clients benefit from faster delivery, cost efficiency, and reliable performance.
This page presents a complete overview of 2.5 ton lifting anchors, including structure, working principles, applications, and key parameters. It also explains production processes, quality control methods, and cost factors.
HULK Metal’s 1.3-ton lifting anchors provide safe, reliable, and CE-certified lifting solutions for precast concrete projects. Manufactured with high-performance alloy steel, precise forging, and strict quality control, these anchors ensure optimal load-bearing capacity and durability.
HULK Metal offers high-quality foot anchors designed for secure lifting of precast concrete elements. Our CE and ISO 9001 certified lifting pin anchors ensure a threefold safety factor, shorter production cycles, and prompt delivery.
HULK Metal has supplied tens of millions of Lifting Pin Anchors ranging from 1.3 tons to 32 tons to hundreds of buyers around the world. We have a full range of products and a complete supply chain to provide you with quality services. We provide quality assurance services. Please feel free to inquire.
HULK Metal manufactures lifting pin (dog bone) anchors with higher standards to meet demanding precast concrete lifting needs. We offer complete OEM solutions, from design and production to surface treatment and delivery, ensuring each anchor provides excellent strength, corrosion resistance, and compatibility with various lifting systems.
HULK Metal stands out as a leading manufacturer of lifting eye anchors, specializing in precast concrete lifting eye anchors that meet stringent CE certification with a 3 times safety factor.
Durable precast concrete double head lifting pin anchors from HULK Metal ensure secure lifting, higher safety factors, and corrosion resistance, meeting CE and ISO 9001 standards for demanding construction applications worldwide.
Durable, CE-certified spherical head lifting anchors from HULK Metal offer reliable load capacity and corrosion resistance, ensuring safe, efficient lifting for precast concrete projects with fast delivery and quality assurance.
Lifting Pins for Precast Concrete supplied by HULK Metal are CE certified. We can supply Lifting Pins that can pass the tensile test of 3 times the safety factor and strictly implement the IS0 9001 standard to provide high-quality services.
Short Wavy Tail Anchor is a compact, high-strength lifting solution for precast concrete elements. Its wavy rebar tail ensures even load distribution, prevents concrete cracking, and connects securely with threaded sockets or lifting inserts for safe, efficient operations.
Wavy tail anchor is made of high-performance steel pipe and rebar extrusion after bending. Its SWL range is between 0.5 and 8.0 tons. There are two thread standards, M and RD.
HULK Metal is a well-known supplier in China, providing high-quality and cost-effective Precast Lifting Thread Insert. With a complete supply chain and a professional team, we have provided flat end insert, solid rod insert, Tubular insert and others to global customers. We provide complete QA services. Looking Forward Your Inquiry.
HULK Metal is one of the high-quality Flat End Lifting Insert suppliers in China. In order to provide better services and products, we have integrated a complete supply chain. We strictly implement ISO 9001 management, and after years of development, we can now supply a full range of CE certified Flat End Lifting Insert.
Solid Rod Lifting Inserts supplied by HULK Metal have passed the CE certification. They can pass the tensile test with 3 times the safety factor. We strictly implement ISO 9001 standards to manage the entire supply chain to ensure that we can provide you with better Solid Rod Lifting Inserts and services.
Solid rod lifting and fixing sockets embed into precast concrete for secure threaded connections. Crafted from sturdy steel rods, one end features tapping for attachments, while the other includes a hole for rebar passage, enhancing structural integrity.
The combi lifting socket combines a lifting pin anchor and threaded socket, providing a strong, secure connection for lifting and handling precast concrete elements in construction and infrastructure projects.
HULK Metal's Flat End Fixing Socket with Cross Pin integrates a robust cross bar to improve load stability. Manufactured to CE and ISO 9001 standards, it ensures exceptional strength, corrosion resistance, and reliability for various precast concrete lifting applications.
Fixing sockets with bent ends, also known as fixing inserts with bent ends, is essential for anchoring in precast concrete. These sockets provide robust points for fixing elements, featuring a bent design that enhances grip and stability.
Tubular Lifting Insert supplied by HULK Metal has passed CE certification. Tubular Lifting Insert can pass the 3 times safety factor tensile test, and each batch of goods has a comprehensive test report.
HULK Metal can provide you with RD and M standard 12-45 thread, SWL 0.5 to 8.0tons of Long Wavy Lifting Insert. Its international general standard is CE, which needs to pass the 3 times safety factor tensile force test.
HULK Metal manufactures durable solid rod fixing sockets with cross pins and inserts with cross bars for precast concrete. CE and ISO 9001 certified, with high safety factors and quick delivery for bulk orders.
HULK Metal offers premium flat end lifting sockets designed for safe and efficient handling of precast concrete elements. Manufactured from high-strength alloy steel and certified to CE and ISO 9001 standards, these lifting inserts provide exceptional load capacity and corrosion resistance.
HULK Metal's tubular lifting sockets, made from high-grade steel or stainless steel, provide secure threaded connections in precast concrete. CE certified and precision manufactured, they ensure reliable lifting performance, excellent durability, and meet strict safety requirements for diverse construction applications.
The Long Wavy Lifting Socket combines a threaded steel pipe with a wavy-tail rebar to achieve deeper stress transfer in precast concrete. Designed for heavy-duty lifting, it meets CE and ISO 9001 standards and ensures a 4 times safety factor.
Q345/20#/Stainless steel/Others
Galvanized/Black
8~52
≥3
Flat plate lifting sockets embed into precast concrete for secure lifting points. The design includes a threaded end for clutch attachment and a broad base for load distribution, available in galvanized finishes for added durability.
Flat end fixing sockets, also known as flat end fixing inserts, anchor securely into precast concrete for fixing. Made from sturdy steel, they feature a flat end for easy installation and a threaded interior for bolts.
Plate spread anchors from HULK Metal feature a welded steel plate and head design, embedded in concrete for edge lifting. Available in various sizes with galvanized options, they support loads up to 10 tons safely.
Unilateral erection anchors serve as specialized lifting inserts for precast concrete, designed for one-sided loading during element erection. They integrate with ring clutches and recess formers, providing stable anchor points that enhance safety and reduce panel stress in construction applications.
HULK Metal supplies flat foot anchors crafted from premium alloys for secure lifting in precast concrete projects worldwide.
HULK Metal stands as a reliable erection anchor supplier in China, delivering high-standard products for precast concrete lifting. Our anchors ensure secure handling with superior strength and corrosion resistance, backed by comprehensive production support for bulk orders.
HULK Metal supplies CE and ISO9001 certified spread anchors with reliable safety factors, faster delivery, and professional support. Choose our spread anchors for superior quality and complete precast lifting solutions.
HULK Metal delivers high-quality two-hole anchors, designed for secure lifting of precast concrete elements. Certified with CE and ISO 9001, our anchors ensure safety, durability, and efficiency.
This page presents comprehensive information about precast concrete lifting clutches, including types, structure, materials, production processes, surface treatment options, applications, quality control standards, supplier selection guidance, and factory capabilities.
Ring Clutch supplied by HULK Metal is CE certified and can pass the tensile test with a safety factor of 5. We have integrated a complete supply chain and formed a complete team to provide better products and services.
HULK Metal's Precast Concrete Lifting Lugs, also known as Lifting Clutches or Lifting Eyes, are precision-engineered for heavy-duty lifting. Manufactured with high-strength materials, they ensure safety, durability, and efficiency in precast concrete lifting applications worldwide.
High-quality dog bone lifting eye with CE and ISO9001 certification. Strong, safe, and durable for precast concrete lifting. Shorter production cycle and faster delivery from trusted Chinese supplier HULK Metal.
HULK Metal supplies CE and ISO 9001 certified lifting clutch for pin anchor with 5 times safety factors, shorter production cycles, and complete after-sales support for global precast concrete projects.
Dog Bone Lifting Eye With Chain supplied by HULK Metal can pass the 5 times safety factor test and has been CE certified. We can provide 1.3 to 20 tons load groups.
Ring Clutch supplied by HULK Metal is CE certified and can pass the tensile test with a safety factor of 5. We have integrated a complete supply chain and formed a complete team to provide better products and services.
Precast Concrete Lifting Eyes supplied by HULK Metal has passed CE and ISO 9001 Certified and can passed 5 times safety factor testing. HULK Metal is an experienced manufacturer in China. Looking forward your inquire.
Q345/35CrMo/Others
Galvanized/Black/Powder-coat
1.3~32.0
≥5
Precision Casting
HULK Metal has a well-established supply chain to provide you with a full range of Clevis Slip Hooks, such as G43, G70, G80, CE marked, with latch or none, electro-galvanized, hot-dip galvanized or powder coated.
We have provided customers in more than 100 countries and regions around the world with Clevis Grab Hooks with strength standards such as G43 70 80 that can pass 2 to 4 Times Safety Factor detection.
HULK Metal is an experienced eye grab hooks supplier in China. We have integrated a complete supply chain and formed a professional team to provide better products and services. We can provide eye grab hooks with various specifications and surface treatments.
HULK Metal is an experienced supplier in China, providing Eye Slip Hooks in various materials, strengths, certifications, surface treatments and sizes. We have established a complete supply chain to ensure that raw materials, production and delivery are under control to provide higher quality and low-cost lifting hooks.
Anchor Recess is an essential component for positioning lifting anchors accurately in precast concrete elements. HULK Metal supplies Anchor Recess in multiple materials and configurations to match different lifting systems and production methods.
HULK Metal provides high-quality Rubber Recess Former for precast concrete lifting systems. They are used with Pin Anchor Recess Former and Spread Anchor Recess Former, ensuring precise recess shaping, shorter production cycles, and faster delivery.
HULK Metal supplies durable lifting pin anchor recess former for precast concrete elements, offering sizes from 1.3 to 32 tons with CE and ISO 9001 certification. Get shorter cycles and comprehensive support for bulk orders.
HULK Metal can provide a variety of precast magnetic formers. With higher quality and a more affordable price, it is your best choice.
The Spread Anchor Rubber Recess Former is made of durable rubber with a reinforced rear metal plate. It is designed for fixing spread anchors in precast concrete, ensuring accurate positioning, easy demolding, and reliable lifting performance.
As one of the excellent magnetic recess former suppliers in China, HULK Metal has advanced factories and perfect supply chain to provide you with high-quality products and services.
HULK Metal can provide CE-certified magnets for precast lifting and fixing inserts or sockets. Our factory has advanced machining equipment, laser cutting machines, and assembly lines, which can more efficiently complete CE-certified precast lifting fixing insert socket magnet with a higher pass rate.
HULK Metal's Electrical Box Fixed Magnets feature a durable rubber body combined with strong NdFeB magnets, ensuring reliable fixation of electrical boxes in precast concrete. These magnets are customizable in shape, size, and finish, providing flexibility for bulk orders.
Our Shuttering Magnets for Formwork are designed for precast concrete production, offering reusable and stable fixing solutions. They support different mold sizes and deliver better cost-efficiency for large-scale construction projects.
Our Embedded Corrugated Pipe Fixed Magnet combines premium steel housing with powerful magnets to ensure strong fixation during precast concrete production. It reduces installation time, improves efficiency, and provides consistent performance across different applications, helping customers achieve safer and more reliable concrete elements.
Steel Embed Plates are essential components used to create strong, reliable connection points within precast concrete structures. As an experienced manufacturer in China, HULK Metal supplies Concrete Embed Plates with stable quality, flexible customization, and consistent production capacity.
Cast In Channel T Bolts from HULK Metal are precision-forged using high-performance alloy steel or stainless steel. Surface treatments, including electro-galvanizing or hot-dip galvanizing, enhance rust resistance, making them reliable for precast concrete connections in construction and infrastructure projects.
HALFEN Anchor Channels from HULK Metal offer superior quality, CE and ISO certified standards, and five times safety factor. Our fast production and delivery, combined with professional after-sales support, make bulk purchasing simple and reliable.
Name Wire Loop Box Precast Concrete Accessories
Molds Full Range Moulds
Materials Wire Rope / Steel Plate / Customized
SL(mm)±10 60 / 80 / 100 / 120 /140
Our Cast in Channel offers superior strength, certified safety, and flexible application for precast construction. Manufactured with advanced processes, it guarantees durability, easier installation, and faster delivery. HULK Metal supports bulk buyers with full technical service and reliable after-sales support.
Our concrete screw bolts are designed for reliable installation without expansion anchors. Galvanized concrete screws provide superior corrosion resistance, making them ideal for indoor and outdoor use. HULK Metal offers diverse sizes, surface treatments, and customized solutions to match your needs.
Q345/20#/Stainless steel/Others
Galvanized
0.8~25.0
6~32
≥3
HULK Metal lifting loops are made from alloy or carbon steel, precision-threaded, and electro-galvanized for corrosion resistance. Designed for use with lifting sockets, they ensure safe, reliable handling of precast concrete components with a ≥4 safety factor.
As a top metalworking service provider, we want to let every customer experience a sense of security in purchasing, sales, etc., and better realize their value through continuously defining new standards for products and services.
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