CE & ISO 9001 Certification
Manufactured under strict ISO 9001 quality systems, CE certified anchors ensure consistent compliance, traceability, and safer performance in demanding precast lifting environments.
3 Times Safety Factor
Designed and tested with a three-times safety factor, ensuring higher load reliability, reduced lifting risks, and better on-site handling confidence.
Save More Money
Optimized production processes, stable raw material sourcing, and efficient factory scheduling help reduce overall procurement and long-term operational costs.
Faster Delivery
Integrated supply chain, in-house logistics coordination, and planned production cycles enable shorter lead times and more predictable delivery schedules.
The 1.3 Ton Double Head Precast Concrete Lifting Anchors are designed for secure and efficient handling of precast elements. Manufactured through stable forging and precision machining processes, each batch meets strict quality requirements. With integrated raw material sourcing, advanced factories, and full inspection procedures, HULK Metal ensures consistent supply, reliable performance, and faster delivery for large-scale precast projects.
With years of forging and machining experience, HULK Metal ensures each lifting anchor meets strict dimensional and mechanical requirements. From raw material selection to final inspection, every step follows ISO 9001 standards. Advanced factories, precision tooling, and full-process quality control enable consistent production, flexible customization, and stable supply, helping clients receive reliable products with predictable performance across every order.
Name | 1.3 Ton Double Head Precast Concrete Lifting Anchors | |||
Drawings |  | |||
Material | 20Mn2 / Q345D / CM490 / Stainless Steel / Customizable | |||
Surface Treatment | Raw Black / Electro-galvanized / Hot-dip Galvanized | |||
Safety Factory | ≥ 3 | |||
Certification | ISO9001 / CE | |||
SWL (tons) | CODE | LENGTH(mm) | D(mm) | WEIGHT(kg/pc) |
1.3 | HM-D-013055 | 55 | 10 | 0.063 |
HM-D-013065 | 65 | 10 | 0.068 | |
HM-D-013085 | 85 | 10 | 0.08 | |
HM-D-013120 | 120 | 10 | 0.1 | |
HM-D-013240 | 240 | 10 | 0.172 | |
This section brings together the full understanding of 1.3 Ton Double Head Precast Concrete Lifting Anchors, from definition, structure, manufacturing process, cost, applications, to supplier selection and quality assurance. It explains how each factor affects safety, performance, and procurement decisions. For buyers, this knowledge is essential to avoid costly mistakes and choose the right supplier. Careful reading will help you better evaluate products, compare factories, and make more reliable purchasing decisions.
The 1.3 Ton Double Head Precast Concrete Lifting Anchors, also known as precast concrete lifting anchors or spherical head lifting anchors, are designed for safe handling of precast concrete elements during lifting, transport, and installation. With a rated load of 1.3 tons, they provide reliable performance in standard lifting operations across factories and construction sites.
Before delivery, each production batch undergoes destructive sampling tests using a three-times safety factor, ensuring the anchor can withstand loads far beyond its rated capacity. This testing method provides a more reliable guarantee compared to basic inspection. Manufactured through integrated forging processes, these anchors combine strength, dimensional accuracy, and durability, making them suitable for consistent use in demanding precast applications.
Forged from high-performance alloy steel, the anchor is a one-piece structure. Functionally, it includes head, pin, and tail, each designed to ensure safe load transfer and stable embedding performance.
The head of the 1.3 Ton Double Head Precast Concrete Lifting Anchors features a hemispherical shape with a flat top surface. This design ensures precise engagement with the lifting clutch while maintaining a stable connection during lifting operations. On the top surface, key specifications such as load capacity and length are clearly forged, allowing quick identification on-site without additional markings.
A critical design detail is the forged ring located beneath the head. This ring has the same thickness as the head and serves as a barrier to prevent concrete from flowing into the connection area during casting. The spacing between the head and the ring is carefully controlled, providing enough clearance for the lifting clutch to engage smoothly. This ensures faster installation and removal while reducing the risk of improper connection.
Compared to simpler designs, this integrated forging structure improves strength consistency and minimizes weak points, making it more suitable for repeated use in large-scale precast production.
The pin connects the head to the conical tail and plays a critical role in transferring loads during lifting. When force is applied through the lifting clutch, the pin ensures that the load is transmitted efficiently from the head to the embedded section within the concrete.
Its diameter and strength are carefully designed to match the rated load, preventing deformation or stress concentration. A well-manufactured pin improves overall stability and ensures consistent performance under repeated lifting operations.
The tail has a conical shape that gradually increases in diameter from the pin toward the end. This design enhances anchorage within the concrete, creating greater resistance against pull-out forces.
By distributing the load more evenly throughout the surrounding concrete, the tail reduces stress concentration and improves overall lifting safety. This structure is especially important when handling heavy precast elements, where secure embedding directly affects lifting reliability.
The installation process begins by fixing the anchor in the correct position using a dedicated recess former. The recess former ensures accurate placement and maintains the required orientation during concrete pouring. Once positioned, the anchor is secured to the formwork or reinforcement, preventing movement during casting.
Concrete is then poured into the mold, fully embedding the anchor except for the head section, which remains accessible due to the recess former design. After the concrete has cured and reached sufficient strength, the recess former is removed, exposing the anchor head.
This method ensures precise positioning and consistent installation quality across different precast elements. Compared to manual placement methods, it reduces errors and improves overall production efficiency in precast factories.
During lifting operations, the head of the anchor is connected to a compatible lifting clutch. The clutch locks securely onto the spherical head, forming a reliable connection that can safely transfer loads. A crane or lifting system is then used to lift and move the precast concrete element.
The load is transferred from the lifting clutch to the head, through the pin, and finally distributed into the concrete via the tail. This continuous load path ensures stability throughout the lifting process.
Proper alignment and correct clutch selection are essential for safe operation. When used correctly, this system enables fast, repeatable lifting with minimal manual handling, improving both safety and efficiency on-site.
This anchor requires a dedicated recess former to ensure proper installation and optimal lifting performance.
Electric galvanized lifting anchors provide a smooth and uniform zinc coating, offering moderate corrosion resistance while maintaining precise dimensions. This surface treatment is suitable for indoor storage or controlled environments where exposure to moisture is limited.
Compared to hot dip galvanizing, electro-galvanizing produces a thinner coating, which helps maintain tighter tolerances, especially for components requiring precise fitting with lifting clutches. It also gives a cleaner appearance, making inspection easier.
However, its corrosion resistance is lower in harsh environments. For projects involving outdoor storage or long transportation cycles, additional protection measures may be required. This option is often chosen when cost control and dimensional accuracy are priorities.
Hot dip galvanized anchors are coated with a thicker zinc layer, providing stronger protection against corrosion. This makes them more suitable for outdoor construction sites, marine environments, or projects with long storage periods.
The coating forms a durable barrier that protects the steel from rust, even under challenging conditions. This improves the lifespan of the anchor and reduces the risk of surface degradation affecting performance.
Compared to electro-galvanizing, the coating is thicker and slightly rougher, which may affect dimensional precision. However, for most precast applications, the improved durability outweighs this limitation, especially in demanding environments.
Raw black lifting anchors are supplied without galvanizing, with only a light anti-rust oil applied to the surface. This option retains the original steel properties and avoids any dimensional variation caused by coating thickness.
It is typically used in controlled factory environments where anchors are embedded shortly after production. This reduces the need for long-term corrosion protection.
Compared to galvanized options, raw black anchors are more cost-effective and suitable for projects with fast turnover. However, they require proper storage and handling to prevent rust before use. For long transportation or outdoor storage, additional protection is recommended.
Selecting the correct parameters ensures safe lifting performance. Length, SWL, and pin diameter must match design requirements, embedding depth, and load conditions for reliable and efficient precast handling.
The length of the lifting anchor determines how deeply it is embedded into the precast concrete element. A proper embedding depth ensures sufficient anchorage and prevents pull-out during lifting operations.
Choosing the correct length depends on the thickness and structure of the concrete element, as well as the expected load conditions. Design engineers usually calculate the required depth based on safety standards and project specifications.
Using a shorter length than required may reduce holding strength, while excessive length may increase material cost without significant benefits. Therefore, selecting the right length is essential for balancing safety, efficiency, and cost.
SWL is the most critical parameter for lifting anchors, representing the maximum load that can be safely handled under normal working conditions. For this product, the rated load is 1.3 tons, but it is tested at three times that value to ensure safety.
When selecting lifting anchors, the SWL must match or exceed the actual lifting requirements, including additional forces such as dynamic loads or angle factors. Engineers often consider safety margins to prevent overload situations.
Choosing the correct SWL ensures not only safety but also compliance with project standards. Using anchors with insufficient capacity can lead to serious risks, while over-specification may increase costs unnecessarily.
The diameter of the pin directly affects the strength and load transfer capability of the anchor. A properly designed pin ensures that forces applied at the head are transmitted efficiently to the embedded section without deformation.
Selecting the correct pin thickness depends on the load requirements and overall anchor design. A thicker pin generally provides higher strength, but it must be balanced with the overall structure to maintain compatibility with lifting clutches.
Incorrect pin dimensions may lead to stress concentration or reduced performance. Therefore, it is essential to follow standard specifications or consult design engineers when selecting this parameter.
Precast concrete lifting anchors are widely used in various structural elements, enabling safe handling, transportation, and installation while improving efficiency in both factory production and on-site construction processes.
In precast wall panels, lifting anchors are typically embedded near the top edge or symmetrically positioned along the panel surface. This placement ensures balanced lifting and prevents tilting during handling.
Proper positioning is essential because wall panels are usually large and thin, making them sensitive to uneven stress distribution. By embedding anchors in calculated positions, the load is evenly transferred, reducing the risk of cracking.
This application improves installation efficiency, allowing panels to be lifted directly from molds and placed into position with minimal manual adjustment.
For precast beams, lifting anchors are commonly installed along the top surface, aligned with the center of gravity. This ensures stable lifting and prevents rotation during transportation.
Beams often carry significant weight, so correct anchor placement is critical for maintaining structural integrity during handling. Engineers typically specify multiple anchors to distribute the load evenly.
This method allows beams to be moved safely from the factory to the construction site, reducing handling risks and improving workflow efficiency.
In precast slabs, anchors are usually embedded at evenly spaced positions across the surface. This allows the slab to be lifted horizontally without bending or deformation.
Because slabs are wide and relatively thin, improper lifting can cause cracking or structural damage. Using multiple anchors ensures that the load is distributed evenly across the entire slab.
This approach enables faster installation and reduces the need for additional support during lifting operations.
For precast columns, lifting anchors are typically positioned near the top section or along the vertical axis. This ensures controlled lifting and easy alignment during installation.
Columns require precise handling to maintain vertical alignment. Proper anchor placement helps guide the lifting process and reduces the need for manual correction.
This improves safety and efficiency, especially in projects where multiple columns need to be installed in sequence.
In precast stair elements, anchors are usually embedded at key structural points such as the top landing or along the side edges. This ensures stable lifting without damaging the stair geometry.
Stairs have irregular shapes, making lifting more complex compared to standard elements. Proper anchor placement ensures that the load is balanced and the structure remains intact during handling.
This application allows stairs to be installed quickly and accurately, reducing labor requirements and improving overall project efficiency.
Many procurement risks come from unclear standards, weak production control, or unreliable suppliers. Understanding these common issues helps buyers avoid hidden costs, delays, and safety risks when sourcing precast concrete lifting anchors from different manufacturers.
Low prices are often achieved by reducing material grade, simplifying forging processes, or skipping critical inspections. Some suppliers may use lower-grade steel instead of specified materials like 20Mn2 or Q345D, which directly affects strength and durability. Others may reduce heat treatment steps, resulting in inconsistent mechanical performance.
From an experienced factory perspective, buyers should request clear material specifications, mechanical test reports, and production process details before confirming orders. Comparing suppliers based on overall value rather than unit price helps avoid long-term losses. Reliable factories maintain stable raw material partnerships and standardized processes, ensuring each batch meets both dimensional and performance requirements without hidden compromises.
This issue often occurs when suppliers lack standardized production control or treat samples and mass production differently. Hand-polished or specially selected samples may look perfect, but actual production items may vary in dimensions, surface quality, or markings.
To avoid this, buyers should confirm whether the sample comes from mass production or is specially prepared. It is also important to define tolerances, surface requirements, and marking standards in drawings or technical agreements.
Experienced factories ensure that samples are produced using the same processes and tooling as bulk production. This guarantees consistency across every shipment, reducing the risk of disputes and ensuring that what is approved is exactly what is delivered.
Delayed delivery is usually caused by poor production planning, unstable raw material supply, or lack of coordination between factories and logistics. Some suppliers accept orders beyond their actual capacity, leading to unexpected delays.
Professional factories manage production schedules based on real capacity and maintain stable relationships with raw material suppliers. Internal coordination between procurement, production, and shipping teams ensures that each stage progresses as planned.
Buyers should evaluate whether the supplier has a structured production system and clear delivery timelines. Reliable partners provide realistic lead times and regular updates, helping clients plan their projects without disruption.
Load capacity issues are often linked to insufficient material strength, poor forging quality, or lack of proper testing. Some suppliers may skip destructive testing or rely only on theoretical calculations instead of actual verification.
To avoid this risk, buyers should confirm whether the supplier performs destructive testing using a three-times safety factor and whether test records are available for each batch.
Experienced factories integrate testing into their quality control process, ensuring that every batch meets required standards. This approach provides a more reliable guarantee compared to suppliers who rely only on basic inspections.
Without a structured inspection system, defects such as dimensional deviations, surface cracks, or incorrect markings can go unnoticed. This is common in factories that rely only on final inspection instead of controlling quality throughout production.
A reliable supplier implements inspection at every stage, including raw material verification, in-process checks, and final testing. This ensures that problems are identified early and corrected before affecting the final product.
Buyers should ask for details about inspection procedures and available testing equipment. A factory with a complete quality system provides better consistency and reduces the risk of receiving defective products.
Lack of CE certification often indicates that the product has not been tested according to recognized safety standards. This increases the risk of non-compliance in international projects and may lead to rejection during project approval.
Buyers should verify certification documents and ensure they correspond to the actual product being purchased. Some suppliers may claim compliance without valid certification.
Experienced factories maintain certified product lines and ensure that production processes align with certification requirements. This not only improves safety but also simplifies project approval and documentation processes for clients.
Short shipments can occur due to poor inventory management, packing errors, or lack of final quantity verification. Some suppliers may avoid responsibility, leaving buyers to handle shortages themselves.
To prevent this, buyers should confirm whether the supplier has a clear counting and packaging process, as well as policies for handling discrepancies.
Reliable factories perform quantity checks during packing and provide detailed packing lists. If any shortage occurs, they take responsibility by arranging replacement shipments or compensation, ensuring that the client’s project is not affected.
Some suppliers consider their responsibility complete once goods are shipped, offering no support for quality issues discovered after delivery. This can create significant risks, especially for critical lifting components.
Buyers should choose suppliers who provide clear after-sales policies, including handling of defective products, technical support, and replacement solutions.
An experienced factory treats after-sales service as part of the overall supply process. By offering support for quality issues and maintaining communication after delivery, they help clients reduce risk and ensure smooth project execution.
Manufacturing reliable lifting anchors requires more than basic processing. From process selection to final delivery, every step is controlled to ensure consistent strength, dimensional accuracy, and stable supply. A structured production system, combined with strict quality inspection and coordinated logistics, allows each batch to meet both safety standards and project timelines.
Selecting the correct manufacturing process is the foundation of product performance. For 1.3 Ton Double Head Precast Concrete Lifting Anchors, integrated forging is preferred because it creates a continuous grain structure, improving strength compared to welded or assembled designs.
Experienced factories evaluate product requirements, load conditions, and material properties before finalizing the process. Tooling design, forming temperature, and deformation ratios are carefully planned to ensure consistent results. This step directly affects durability, safety factor performance, and long-term reliability in lifting operations.
Raw material quality determines the baseline performance of lifting anchors. Reliable factories work with stable steel suppliers and specify materials such as 20Mn2 or equivalent grades to ensure mechanical strength and consistency.
Each batch of incoming material is inspected for chemical composition, mechanical properties, and surface condition. This prevents substandard materials from entering production. Traceability systems are also implemented, allowing each finished product to be linked back to its original material source, ensuring better quality control and accountability.
Mass production begins with cutting steel bars to the required length, followed by precision forging to form the head, pin, and tail as a single integrated structure. Controlled heating and forming processes ensure uniform grain flow and eliminate internal weaknesses.
After forging, anchors may undergo surface treatment such as electro-galvanizing or hot dip galvanizing, depending on customer requirements. Each step is standardized to maintain dimensional accuracy and surface consistency. Compared to small-scale workshops, structured production lines provide higher efficiency and more stable product quality.
Quality inspection is carried out throughout the entire production process, not just at the final stage. Dimensional checks ensure that each anchor meets design specifications, while visual inspection identifies surface defects such as cracks or deformation.
Destructive testing is performed on sampled products using a three-times safety factor to verify load capacity. This approach provides a more reliable assessment of performance compared to basic inspection methods. Consistent inspection ensures that every batch meets safety and performance requirements.
Proper packaging protects lifting anchors during storage and transportation. Products are counted, packed, and labeled according to order requirements, with clear identification for easy handling.
Experienced factories coordinate packaging with logistics planning, ensuring that shipments are organized efficiently. Internal logistics teams manage transportation schedules, helping reduce delays and improve delivery reliability. This structured approach allows clients to receive products in good condition and on time.
After-sales service is an important part of the overall supply process. Reliable factories provide support for any quality issues identified after delivery, including product replacement or technical assistance.
Clear communication channels ensure that problems are addressed quickly, reducing the impact on project timelines. By maintaining responsibility beyond delivery, experienced suppliers help clients minimize risk and build long-term cooperation based on trust and consistent performance.
The cost of 1.3 Ton Double Head Precast Concrete Lifting Anchors is not driven by a single factor. A structured supply chain and controlled production system allow each cost component to be optimized, delivering more stable pricing, better quality, and predictable delivery for large-scale procurement.
(Material + Forging Dies + Labor + Surface Treatment + Packaging + Transportation + Value-Added Services) / Quantity = Unit Cost
Material is the largest portion of the total cost. The choice of steel grade, such as 20Mn2 or Q345D, directly affects both performance and price. Many suppliers reduce costs by using lower-grade materials, which increases risk during lifting operations.
HULK Metal reduces material cost through long-term partnerships with stable raw material suppliers. Bulk procurement planning ensures consistent pricing and avoids fluctuations caused by short-term market changes. In addition, strict incoming inspection prevents defective materials from entering production, reducing waste and rework.
By optimizing material utilization during cutting and forging, scrap rates are minimized. This approach not only lowers cost but also ensures that every anchor maintains consistent mechanical performance, helping clients avoid hidden risks and replacement expenses.
Forging dies are essential for shaping the anchor and ensuring dimensional consistency. Poorly designed dies lead to defects, frequent replacements, and unstable quality. Some factories reduce upfront cost by using low-quality tooling, which increases long-term production expenses.
HULK Metal invests in high-precision die design and durable materials, extending die life and maintaining stable product dimensions across large production runs. Engineering teams optimize die structure based on product specifications, reducing deformation and improving forming efficiency.
Although initial tooling cost may be higher, the extended lifespan and reduced maintenance frequency significantly lower the cost per unit. This approach ensures that clients receive consistent products without frequent variations between batches.
Labor cost depends heavily on production efficiency and process standardization. Manual and unstructured operations increase both cost and the risk of inconsistency.
HULK Metal improves efficiency by integrating semi-automated forging lines and standardized workflows. Skilled technicians oversee key processes, ensuring quality while reducing unnecessary manual intervention. Training systems ensure that each operator follows the same procedures, minimizing errors and rework.
By optimizing production flow and reducing downtime, the factory achieves higher output with the same workforce. This results in a more competitive price while maintaining stable quality, which is more valuable than simply reducing labor cost at the expense of reliability.
Surface treatment affects both product durability and cost. Options such as electro-galvanizing, hot dip galvanizing, or raw black finishing vary in price depending on coating thickness, process complexity, and environmental requirements.
HULK Metal works with specialized surface treatment factories that maintain consistent quality and controlled processes. Centralized coordination ensures that treatment is completed efficiently without delays between production stages.
By selecting the appropriate treatment based on actual application conditions, unnecessary costs can be avoided. For example, indoor projects may not require heavy galvanizing, while outdoor applications benefit from stronger protection. This tailored approach ensures clients pay only for what is needed, without compromising performance.
Packaging is often overlooked but plays a key role in protecting products and ensuring accurate delivery. Poor packaging can lead to damage, rust, or quantity discrepancies, increasing overall costs.
HULK Metal implements standardized packaging procedures, including counting, labeling, and protective measures. Customizable packaging solutions are available based on transportation methods and client requirements.
Efficient packing design reduces material waste and optimizes container space, lowering shipping costs. At the same time, clear identification and organized packaging simplify unloading and inventory management for clients, saving time and reducing handling errors.
Transportation cost is influenced by shipping method, distance, and logistics coordination. Delays or poor planning can significantly increase expenses and affect project timelines.
HULK Metal manages logistics through an internal team that coordinates shipping schedules, container loading, and documentation. By consolidating shipments and optimizing loading plans, transportation efficiency is improved.
Stable cooperation with freight partners ensures reliable delivery timelines and competitive rates. This integrated approach reduces unexpected costs and provides clients with more predictable supply, which is critical for large-scale construction projects.
Value-added services include technical support, drawing optimization, sample production, inspection reports, and after-sales support. While some suppliers treat these as extra costs, they play a key role in reducing overall project risk.
HULK Metal integrates these services into the production process. Engineering support helps optimize product selection and design, reducing unnecessary material usage. Sample validation ensures that mass production meets expectations, avoiding costly adjustments later.
After delivery, support for quality issues and clear communication reduce the impact of any potential problems. These services may not be directly visible in unit pricing, but they significantly improve efficiency, reduce risk, and enhance the overall value of the supply partnership.
Choosing the right supplier requires more than price comparison. Evaluating technical strength, production stability, and service capability helps buyers select partners who can meet long-term project requirements reliably.
A professional technical team is essential for ensuring correct product selection and application. Many issues in lifting systems come from improper design rather than manufacturing defects. Suppliers without engineering support may only follow drawings without verifying feasibility.
From a factory perspective, you should work with a supplier that can review your drawings, suggest improvements, and help optimize anchor selection based on load conditions and installation methods. This reduces risks before production even begins and avoids costly adjustments later in the project.
Production capacity directly affects delivery reliability. Some suppliers accept large orders but rely on limited equipment or outsourced processes, which often leads to delays or inconsistent quality.
A strong factory has dedicated forging lines, stable production planning, and the ability to handle both standard and customized orders. It should also demonstrate consistent output across multiple batches. Choosing such a supplier ensures that your project schedule is not affected by capacity limitations or unexpected production bottlenecks.
A strict quality management system ensures that every product meets defined standards, not just selected samples. Without a structured system, quality depends too much on individual operators, increasing variability.
Reliable factories implement ISO 9001-based management, covering raw material inspection, in-process control, and final testing. You should confirm whether the supplier performs destructive testing and maintains inspection records. This level of control provides more consistent quality and reduces the risk of receiving non-compliant products.
A complete supply chain allows the supplier to control cost, quality, and delivery more effectively. Factories that depend heavily on external partners for materials or processes often face delays and inconsistent quality.
An integrated supplier works closely with raw material providers, forging factories, surface treatment partners, and logistics teams. This coordination ensures smoother production flow and faster response to changes. For buyers, this means more stable pricing, shorter lead times, and fewer supply disruptions.
A comprehensive service system covers every stage from inquiry to after-sales support. Some suppliers focus only on production, leaving clients to handle technical issues or logistics coordination themselves.
A well-structured supplier provides support in drawing confirmation, sample production, order tracking, packaging, and shipping. Clear communication and dedicated service teams help resolve issues quickly. This reduces the workload on the buyer and ensures a smoother procurement process from start to finish.
Flexible payment methods and delivery terms reflect a supplier’s experience in international trade. Limited options may indicate lack of experience or inability to handle complex transactions.
A reliable supplier supports common payment methods and offers different trade terms to match your procurement strategy. This flexibility allows you to manage cash flow and logistics more effectively. It also shows that the supplier understands global business practices and can adapt to different client requirements.
Global shipping capability is critical for international projects. Some suppliers rely on third-party agents without proper coordination, which can result in delays, documentation errors, or unexpected costs.
A supplier with shipping experience can manage export documentation, container loading, and transportation scheduling. Internal logistics coordination ensures that products are delivered on time and in good condition. This reduces uncertainty and helps you maintain control over your project timeline.
Quality assurance does not end with delivery. Some suppliers offer no support once the goods leave the factory, leaving buyers to handle any issues independently.
An experienced factory provides clear policies for handling quality problems, including replacement or technical support. This commitment reduces risk and builds long-term trust. When evaluating suppliers, consider not only how they produce but also how they respond when problems occur, as this reflects their overall reliability.
A: Our 1.3 Ton Double Head Precast Concrete Lifting Anchors are CE certified and produced under ISO 9001 quality management. Each batch is tested with a three-times safety factor in vertical destructive testing. This means the anchors are checked under loads much higher than actual use. From raw material to final inspection, every step is controlled to make sure you receive stable and reliable products for your lifting work.
A: The price depends on several factors, including length, surface treatment, order quantity, and packaging requirements. For example, hot dip galvanizing usually costs more than raw black finish. As a factory with an integrated supply chain, we can calculate costs quickly and give you a clear and reasonable quotation. If you share your drawings or requirements, we can provide a more accurate price.
A: A better price is usually based on stable specifications and larger order quantities. When production can be arranged continuously, efficiency improves and cost per unit decreases. We always keep quality the same while optimizing production and sourcing. If you can confirm long-term demand or place repeat orders, we can plan production better and offer more competitive pricing without reducing product performance.
A: MOQ is not fixed because it depends on size, surface treatment, and whether customization is required. Standard products usually have a lower MOQ, while special specifications may need more quantity due to tooling and setup. You can send us your detailed requirements, and we will check production conditions and give you a clear MOQ that balances cost and flexibility.
A: The delivery time depends on order quantity and production schedule. In most cases, it takes around 30 days. For larger or more complex orders, it may extend slightly, but usually not more than 45 days. With our coordinated production system and stable raw material supply, we can keep delivery time predictable and reduce delays, helping you plan your project more accurately.
A: We provide electro-galvanizing, hot dip galvanizing, and raw black finish. Electro-galvanizing offers a smooth surface and is suitable for indoor use. Hot dip galvanizing provides stronger corrosion protection for outdoor environments. Raw black anchors are coated with anti-rust oil and are often used when anchors are embedded quickly after delivery. We can suggest the most suitable option based on your project conditions.
A: We have supplied lifting anchors to customers in more than 50 countries, including Europe, North America, South America, Africa, and Southeast Asia. Our team is familiar with export requirements, documentation, and shipping arrangements for different regions. This experience helps ensure smooth delivery and reduces the risk of delays or customs issues during transportation.
A: We can produce standard sizes as well as customized specifications based on your drawings or project needs. Length, marking, and surface treatment can all be adjusted. With flexible production capability and stable tooling support, we ensure that customized products maintain the same quality and performance as standard ones.
A: We support common international payment methods such as T/T and L/C. For delivery terms, we can work with FOB, CIF, and other Incoterms based on your preference. If you have special requirements, we can discuss them and find a suitable solution. Our goal is to make the transaction process clear, safe, and convenient for your business.
A: HULK Metal is a manufacturer with integrated factory resources. We combine production, technical support, procurement, quality inspection, and export services into one system. This allows us to control quality more effectively and respond faster to customer needs. Compared to trading companies, we provide more direct support and better control over production and delivery.
A: Yes, samples are available. We can provide standard samples or produce samples based on your drawings. Before mass production, samples help confirm dimensions, surface quality, and performance. This step reduces risk and ensures that the final products match your expectations. Once the sample is approved, we proceed with full production under the same conditions.
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.
Every project has different lifting requirements, installation methods, and safety expectations. Our technical team studies your drawings, application scenarios, and load conditions before production begins. With experience in precast systems, we can suggest more suitable specifications, lengths, and surface treatments. This early-stage support helps avoid design mistakes and ensures the final anchors meet both safety standards and actual site conditions.
A stable supply chain is essential for maintaining both quality and delivery time. We work closely with reliable partners across raw materials, forging, surface treatment, and logistics. Each step is coordinated to avoid delays and inconsistencies. This integrated system allows us to control production progress more effectively, respond quickly to order changes, and provide a more stable supply compared to suppliers who rely on fragmented outsourcing.
Raw material quality directly affects the performance of lifting anchors. We cooperate with trusted steel factories to secure consistent materials at competitive prices without reducing quality. Every batch of material is inspected for chemical composition and mechanical properties before entering production. This strict control ensures that only qualified materials are used, forming a reliable foundation for CE-certified products.
Production is carried out under controlled processes, including cutting, forging, and finishing. Each step follows standardized procedures to ensure consistent dimensions and mechanical performance. Compared to unstructured production, this approach reduces variation between batches. Skilled workers and well-maintained equipment further improve stability, ensuring that every anchor produced meets the required specifications and performs reliably during lifting operations.
Quality inspection is not limited to final checks. We implement inspection throughout the entire production process, including in-process control and final testing. Destructive testing with a three-times safety factor is performed on sampled products to verify load capacity. This method provides a stronger guarantee than basic inspection alone, ensuring that each batch meets CE requirements and performs safely under real working conditions.
Proper packaging and organized delivery are important to maintain product condition and quantity accuracy. Each order is carefully counted, packed, and labeled before shipment. Our logistics coordination ensures that goods are delivered on time and in good condition. By managing packaging and transportation together, we reduce the risk of damage, shortages, or delays during transit.
After delivery, you can check both quality and quantity of the goods. If any products have quality problems, we provide return, exchange, or restocking services. Our team responds quickly to feedback and offers technical support when needed. This approach ensures that any issues are resolved efficiently, helping you maintain project progress and reducing potential risks after receiving the goods.
Quality control is a critical system that ensures every 1.3 Ton Double Head Precast Concrete Lifting Anchors meets strict safety and performance standards. From raw materials to final shipment, each inspection step reduces risks and guarantees consistency. Through dimensional, surface, mechanical, and material checks, combined with final shipment and quantity verification, HULK Metal ensures stable quality, reliable performance, and full compliance with project requirements for every batch delivered.
Surface inspection focuses on identifying defects such as cracks, burrs, rust spots, or uneven coating. A smooth and clean surface is important for both performance and durability. For galvanized products, coating thickness and uniformity are also checked. This step ensures that the anchors not only perform well mechanically but also maintain corrosion resistance and long-term reliability in different working environments.
Dimensional inspection ensures that every lifting anchor matches the required drawings and tolerances. Key measurements such as length, pin diameter, and head structure are carefully checked using precision tools. This process guarantees that the anchor fits correctly with lifting clutches and recess formers. Accurate dimensions are essential to avoid installation issues and ensure safe load transfer during precast concrete lifting operations.
Mechanical property inspection verifies the strength and load-bearing capability of the lifting anchors. Samples are tested under controlled conditions to confirm tensile strength and deformation resistance. Destructive testing using a safety factor is also applied to ensure performance under extreme loads. This process guarantees that each batch can safely handle real lifting conditions without unexpected failure.
Material inspection ensures that only qualified steel materials such as 20Mn2 or Q345D are used in production. Chemical composition and mechanical properties are analyzed before processing begins. This step prevents low-quality materials from entering the production line. By controlling material quality at the source, the final product achieves stable strength, durability, and consistent performance across all batches.
Pre-shipment inspection is the final check before goods leave the factory. It includes product appearance, specification confirmation, packaging condition, and labeling accuracy. This step ensures that all items meet customer requirements and production standards. We correct any issues found at this stage immediately, reducing the risk of delivery errors and ensuring that customers receive exactly what they ordered.
Quantity inspection confirms that the delivered goods match the confirmed order quantity. Each product is carefully counted during packing and verified before shipment. This prevents shortages or over-delivery issues. Accurate quantity control is essential for large-scale projects where missing components can delay construction schedules and increase operational costs.
Custom inspection is performed based on specific customer requirements or project standards. It may include additional testing, special measurement checks, or documentation verification. This flexible inspection ensures that customized lifting anchors fully meet design expectations. By adapting inspection methods to different project needs, HULK Metal ensures higher reliability and customer confidence in every order.
The lifting anchors factory of HULK Metal is built on an integrated production system that combines forging, cutting, surface treatment, and quality control. Each workshop works in coordination to ensure stable output, consistent quality, and efficient delivery. With strict process control and advanced equipment, the factory supports large-scale production of 1.3 Ton Double Head Precast Concrete Lifting Anchors while maintaining reliable performance and meeting international project requirements.
Choosing HULK Metal means working with a fully integrated manufacturer that controls every step from raw material to final delivery. This ensures stable quality, faster response, and cost efficiency. With engineering support, strict production control, and a complete supply chain, buyers can reduce procurement risks and improve project efficiency. Our system is designed to help customers get reliable lifting anchors with better consistency and long-term cooperation value.
This section presents technical articles related to 1.3 Ton Double Head Precast Concrete Lifting Anchors, covering design principles, manufacturing processes, load performance, and installation methods. Each article is developed to help buyers better understand product structure, safety factors, and application conditions in real precast projects. It also provides practical insights for procurement decisions, supplier comparison, and engineering evaluation, helping readers select more suitable lifting solutions for different construction requirements.
Utility Anchor is widely used in precast concrete lifting systems for safe handling, transportation, and installation of concrete components. HULK Metal provides complete lifting anchor solutions with stable quality and fast production support.
The 1.3 Ton Double Head Precast Concrete Lifting Anchors are designed for secure and efficient handling of precast elements. Manufactured through stable forging and precision machining processes, each batch meets strict quality requirements.
32.0 Ton Lifting Eye Anchors are designed for heavy precast concrete lifting applications, providing secure and stable handling performance. HULK Metal combines forging, machining, and strict inspection processes to ensure consistent quality.
HULK Metal’s 20.0 Ton Lifting Eye Anchors are crafted with precision to meet the needs of heavy-duty lifting projects. Our experienced production team, coupled with advanced manufacturing techniques, ensures a consistent supply of high-quality lifting anchors.
10.0 Ton Lifting Eye Anchors are designed for secure lifting of heavy precast concrete components using compatible lifting clutches. HULK Metal combines forging, machining, and strict inspection to ensure consistent performance.
5.0 Ton Lifting Eye Anchors from HULK Metal are engineered for safe and efficient precast concrete lifting applications. Manufactured under ISO 9001 management and CE certification standards, they ensure reliable performance with a safety factor of ≥3.
2.5 Ton Lifting Eye Anchors from HULK Metal are designed for safe and efficient precast concrete lifting applications. Produced under ISO 9001 management with CE certification, they ensure consistent load performance and reliable embedding strength.
1.3 Ton Lifting Eye Anchors are designed for safe and efficient lifting of precast concrete elements. Manufactured with high-strength materials and CE certification, these anchors undergo rigorous testing to ensure durability and reliability.
HULK Metal provides CE-certified 32.0 Ton Lifting Anchors, manufactured with high-strength alloy steel and tested with a 3-times safety factor. This page details their structure, working principle, surface treatments, key parameters, applications, cost calculation, quality control, and supplier advantages.
HULK Metal’s 20.0 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.
15.0 Ton Lifting Anchors are designed for heavy precast concrete elements, offering reliable lifting performance with consistent safety. HULK Metal combines forging, machining, and strict inspection to ensure stable quality.
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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