EN
RUSurface finishes, including electro-galvanized, hot-dip galvanized, or raw black, are carefully examined for uniform coating, smoothness, and absence of defects. This prevents corrosion and ensures aesthetic and functional performance.
CE & ISO 9001 Certification
Certified under ISO 9001 and CE standards, ensuring consistent quality control, traceable production, and compliance with strict European lifting safety requirements.
3 Times Safety Factor
Designed with a minimum three times safety factor, offering more reliable lifting performance and reducing risk during heavy precast concrete handling operations.
Save More Money
Optimized production and integrated supply chain reduce overall costs, helping buyers achieve better pricing without compromising material quality or structural strength.
Faster Delivery
Efficient production scheduling and in-house logistics shorten lead times, ensuring faster delivery compared to typical suppliers with fragmented manufacturing resources.
32.0 Ton Lifting Anchors are designed for heavy-duty precast concrete lifting applications requiring high strength and stability. HULK Metal combines forging expertise, strict raw material control, and coordinated factory production to ensure consistent performance. From drawings to delivery, every order follows a structured process, helping clients secure reliable supply, stable quality, and efficient project execution without unnecessary delays or risks.
With extensive experience in manufacturing Lifting Pin Anchor systems, HULK Metal ensures every 32.0 Ton Lifting Anchors meets strict dimensional and mechanical requirements. From raw material testing to final inspection, each step follows ISO 9001 procedures. Advanced forging, machining, and surface treatment factories work together to deliver stable quality. This level of control allows us to provide consistent products, flexible customization, and dependable supply for demanding precast concrete projects worldwide.
Name | 32.0 Ton Lifting Anchors | |||
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) |
32 | HM-P-320200 | 200 | 50 | 5.66 |
- | HM-P-320250 | 250 | 50 | 6.4 |
- | HM-P-320260 | 260 | 50 | 6.57 |
- | HM-P-320280 | 280 | 50 | 6.87 |
- | HM-P-320320 | 320 | 50 | 7.5 |
- | HM-P-320500 | 500 | 50 | 10.26 |
- | HM-P-320700 | 700 | 50 | 13.35 |
- | HM-P-320870 | 870 | 50 | 15.96 |
- | HM-P-3201000 | 1000 | 50 | 17.97 |
- | HM-P-3201200 | 1200 | 50 | 21.05 |
This section provides a complete guide to 32.0 Ton Lifting Anchors, covering their structure, working principles, surface treatments, key parameters, applications, cost, manufacturing process, supplier selection, FAQs, and why HULK Metal can supply CE-certified anchors. Reading carefully helps buyers understand product safety, performance, and quality control. It is essential for making informed purchasing decisions, optimizing lifting operations, and selecting a reliable supplier for precast concrete projects.
32.0 Ton Lifting Anchors, also known as lifting pin anchors, spherical head lifting anchors, or dog bone lifting anchors, are designed for handling heavy precast concrete elements safely and efficiently. With a rated load capacity of 32.0 tons, they are widely used in large structural components such as beams, wall panels, and foundation elements.
These anchors are typically embedded into concrete during casting and work together with matching lifting clutches to form a secure lifting system. Compared with conventional lifting methods, this system provides more stable load distribution and easier handling on site.
Before delivery, each batch undergoes strict destructive sampling tests based on a three times safety factor, ensuring the anchors can withstand loads significantly higher than their rated capacity. This testing approach makes performance more reliable and reduces lifting risks during real applications.
Manufactured from high performance alloy steel through integral forging, the anchor forms a single solid piece, yet its functional design can be clearly divided into three structural sections.
The head features a spherical shape with a flat top surface, carefully forged to ensure precise engagement with the lifting clutch. Key specifications such as working load limit and length are permanently marked on the top for easy identification during installation and handling. This section is engineered to provide a secure and stable connection point, allowing the lifting clutch to lock firmly without slippage, improving lifting efficiency and operational safety on site.
The pin serves as the central connection between the head and the tail, playing a critical role in transferring loads. During lifting, forces applied at the head are transmitted through the pin directly into the embedded section within the precast concrete elements. Its diameter and strength are carefully designed to handle high tensile stress, ensuring that the load transfer process remains stable and continuous, even under demanding lifting conditions.
The tail is designed in a conical shape, gradually increasing in diameter from the pin toward the end. This geometry creates greater resistance within the concrete, effectively preventing pull-out during lifting operations. By distributing forces more evenly throughout the surrounding concrete, the tail enhances anchorage performance. This design not only improves safety but also reduces localized stress, helping maintain the integrity of the precast concrete elements during repeated handling and installation.
During installation, the 32.0 Ton Lifting Anchors are accurately positioned using a recess former, which is fixed onto the steel mold at the designated location before concrete pouring. This step ensures the anchor remains stable and correctly aligned throughout the casting process. Compared with loose positioning methods, this approach provides more consistent placement accuracy and reduces the risk of deviation.
Once secured, concrete is poured into the mold, fully embedding the anchor. After curing, the recess former is removed, leaving a clean and accessible recess around the anchor head. This recessed design allows quick connection during lifting while protecting the head from contamination or damage. The entire process supports repeatable production, making it more suitable for large-scale precast concrete manufacturing where consistency and efficiency matter.
After the precast concrete elements have reached sufficient strength, the lifting process begins by attaching a compatible lifting clutch to the spherical head of the anchor. The clutch locks securely onto the head, forming a reliable connection that can handle heavy loads during lifting operations. Compared with traditional lifting points, this system offers faster engagement and more controlled handling.
A crane or lifting device is then used to lift and transport the precast concrete elements. The load is transferred from the clutch to the head, through the pin, and into the tail embedded within the concrete, ensuring even stress distribution. This method reduces localized stress concentrations and improves overall lifting stability. It is especially suitable for large and heavy components, where safety, efficiency, and repeatability are critical for project success.
Electric galvanized lifting anchors are coated with a thin zinc layer through an electroplating process, providing a smoother and more uniform surface finish compared with other treatments. This coating offers basic corrosion resistance, making it suitable for indoor storage or controlled environments where exposure to moisture is limited. The cleaner appearance also helps with easier inspection and identification during installation.
However, the zinc layer is thinner than hot dip galvanized coatings, so its corrosion resistance is relatively lower in harsh outdoor conditions. For projects requiring frequent exposure to rain, humidity, or aggressive environments, additional protection or faster turnover is often recommended. This option is generally more cost-effective and works well for projects with shorter storage cycles and faster installation schedules.
Hot dip galvanized lifting anchors are immersed in molten zinc, forming a thicker and more durable protective coating. This process creates a strong metallurgical bond between the zinc and the steel, resulting in better corrosion resistance compared with electroplating. It is especially suitable for outdoor construction sites, marine environments, or projects where anchors may be exposed for extended periods before or during installation.
The thicker coating also provides longer service life and reduces the risk of rust during transportation and storage. However, compared with electric galvanized anchors, the surface is relatively rougher, and dimensional tolerance may vary slightly due to the coating thickness. The cost is typically higher, but it delivers more reliable performance in demanding environments where durability matters more than initial cost savings.
Raw black lifting anchors are supplied without a zinc coating and are only treated with a layer of anti-rust oil on the surface. This option keeps the original steel appearance and avoids any dimensional changes caused by coating processes. It is often preferred in applications where anchors are used immediately after production or embedded quickly into concrete, minimizing exposure to air and moisture.
The main advantage is lower cost and no impact on dimensional precision, making it suitable for controlled factory conditions and fast production cycles. However, compared with galvanized options, corrosion resistance is minimal. If storage time is extended or environmental conditions are humid, the risk of rust increases. Therefore, proper storage and handling are essential when choosing this option.
Key parameters directly affect lifting safety and performance. Selecting suitable specifications requires balancing design requirements, embedding conditions, and lifting loads to ensure reliable and stable operation.
The length of a 32.0 Ton Lifting Anchors determines how deeply it is embedded into the precast concrete elements, directly influencing anchorage strength and load distribution. A longer anchor generally provides stronger pull-out resistance because more material is engaged within the concrete. However, selecting excessive length may increase material cost and complicate installation without significant performance benefits.
The correct length should always match the thickness and structural design of the concrete element. Design engineers typically calculate the required embedment depth based on concrete strength, lifting angles, and load conditions. Compared with arbitrary selection, engineering-based decisions ensure safer lifting and more efficient material usage. For projects with varying element sizes, working with a supplier capable of flexible length customization helps maintain both safety and cost control.
SWL is the core parameter of lifting pin anchor systems, defining the maximum load that the anchor can safely handle during lifting operations. For 32.0 Ton Lifting Anchors, this value represents the rated lifting capacity under standard conditions. Compared with other parameters, SWL has the most direct impact on safety, as underestimating loads or misusing anchors can lead to serious lifting risks.
When selecting the appropriate SWL, engineers must consider not only the weight of the precast concrete elements but also additional factors such as dynamic loads, lifting angles, and potential impact forces during handling. A higher safety margin provides more reliable performance, especially in complex lifting scenarios. Choosing anchors with verified testing and consistent quality control ensures that the actual performance aligns with the specified SWL, reducing uncertainty during operation.
The thickness of the pin, typically indicated as diameter (D), plays a crucial role in determining the anchor’s tensile strength and load transfer capability. A thicker pin can withstand higher stress and provides stronger resistance against deformation or failure during lifting. Compared with thinner designs, it offers more stable performance under heavy loads, especially for large precast components.
However, increasing the pin diameter also affects the overall weight and may require adjustments in mold design or reinforcement layout within the concrete. Therefore, selecting the correct diameter is a balance between strength requirements and practical application conditions. Engineers usually determine the appropriate size based on the required SWL and structural design. Consistent manufacturing precision in pin diameter is essential, as even small deviations can impact performance and compatibility with lifting clutches.
Lifting Pin Anchors are widely used in precast concrete elements, where correct positioning ensures safer lifting, better balance, and more efficient handling during transportation, installation, and on-site operations.
In precast concrete wall panels, lifting pin anchors are typically embedded near the top edge of the panel, with positioning carefully calculated to maintain balance during lifting. Compared with placing anchors too close to the center, top-edge positioning allows the panel to remain upright or slightly inclined, making handling more controlled and reducing rotation risks.
For larger panels, multiple anchors are used symmetrically to distribute the load evenly. This approach minimizes stress concentration and prevents cracking during lifting. Engineers also consider the panel thickness and reinforcement layout when selecting the anchor position, ensuring that the load is transferred efficiently into the structure. Proper placement improves installation efficiency on site, especially when panels need to be aligned quickly with minimal adjustment.
For precast concrete beams, lifting pin anchors are usually embedded along the top surface, positioned at calculated lifting points based on the beam’s length and weight distribution. Compared with random placement, these positions ensure that the beam remains level during lifting, reducing bending stress and avoiding structural damage.
In longer beams, two or more anchors are used to maintain stability. The spacing between anchors is determined by engineering calculations, ensuring the load is shared evenly. This method provides better control during transportation and installation, especially when beams need to be placed accurately onto supports. Proper anchor positioning also reduces the need for additional handling adjustments, improving overall efficiency.
In precast concrete columns, lifting pin anchors are often embedded at the top or slightly below the top section, depending on whether vertical or angled lifting is required. Compared with bottom lifting methods, top positioning provides more stable control and reduces the risk of uncontrolled swinging.
For taller columns, engineers may design multiple lifting points to manage the center of gravity more effectively. This ensures the column remains stable throughout the lifting process. The anchor position must also consider reinforcement congestion and concrete cover requirements, ensuring both structural integrity and lifting safety. Correct placement simplifies installation, especially when columns need precise vertical alignment.
Precast concrete slabs typically use lifting pin anchors embedded on the top surface, distributed evenly across the slab area. Compared with edge-only lifting, this arrangement allows for more balanced lifting and reduces the risk of cracking due to uneven stress.
The number and position of anchors depend on slab size, thickness, and weight. For larger slabs, multiple anchors are arranged symmetrically to ensure uniform load distribution. This configuration improves lifting stability and makes it easier to control the slab during placement. Proper positioning also minimizes deflection, helping maintain structural integrity throughout handling and installation.
In precast concrete stairs, lifting pin anchors are usually embedded on the upper surface of the steps or along the side sections, depending on the lifting method. Compared with placing anchors at random points, these positions allow the stairs to be lifted in a balanced orientation, reducing tilting and simplifying installation.
Engineers often design anchor locations to align with the center of gravity, ensuring smooth lifting and precise placement. For complex stair shapes, multiple anchors may be required to maintain stability. Proper positioning not only improves safety but also reduces installation time, especially in projects where stairs must fit accurately within confined structural spaces.
Many purchasing risks come from unclear standards, weak production control, or intentional shortcuts by unreliable suppliers. Understanding these common issues helps buyers avoid hidden costs, delays, and safety risks that often appear after delivery.
Low pricing often results from using inferior raw materials, reducing forging processes, or skipping essential inspections. Compared with properly manufactured lifting anchors, these products may look similar but perform significantly worse under load. In many cases, suppliers cut costs by using non-standard steel grades or insufficient heat treatment, which directly affects strength and durability.
To avoid this, buyers should request material certificates, production process details, and mechanical test reports before placing orders. An experienced factory will clearly explain how raw materials are sourced and tested, and how each production step is controlled. Choosing a supplier with stable long-term production capability is more reliable than focusing only on initial price advantages.
Some suppliers provide high-quality samples to secure orders but deliver lower-quality products in mass production. This inconsistency usually comes from lack of standardized production control or intentional cost reduction after order confirmation. Compared with sample-based evaluation, mass production requires stricter process management to maintain consistency.
To prevent this issue, buyers should ensure that samples are produced under the same conditions as mass production. Clear technical drawings, specifications, and quality standards should be confirmed in writing. A reliable factory will maintain traceability for each batch, ensuring that delivered products match approved samples. Regular production updates and pre-shipment inspections also help minimize this risk.
Delayed delivery often results from poor production planning, lack of raw material preparation, or outsourcing to uncontrolled factories. Compared with suppliers that manage their own production schedule, those relying heavily on external resources are more likely to miss deadlines. This can disrupt project timelines and increase overall costs.
To avoid delays, buyers should work with factories that have integrated production capabilities and clear scheduling systems. Confirming production timelines, raw material availability, and capacity before placing orders is essential. Experienced suppliers provide realistic delivery commitments and maintain internal logistics coordination, ensuring orders are completed and shipped on time.
Insufficient load capacity is a serious safety issue, often caused by poor material quality, incorrect dimensions, or lack of proper testing. Compared with certified products, these anchors may fail under real lifting conditions, creating significant risks during operation. Some suppliers skip destructive testing to save time and cost, leading to unreliable performance.
Buyers should always require proof of load testing, especially destructive sampling tests based on safety factors. A professional factory will conduct regular tensile testing and maintain detailed records. Ensuring that each batch meets specified load requirements provides greater confidence and reduces operational risks during lifting.
Without a structured inspection process, defects such as dimensional deviations, surface flaws, or material inconsistencies can easily go unnoticed. Compared with factories that follow strict inspection procedures, unstructured operations rely heavily on chance rather than control. This increases the likelihood of receiving inconsistent or defective products.
To avoid this, buyers should confirm that the supplier follows a complete inspection system, including raw material testing, in-process inspection, and final quality checks. A well-managed factory will provide inspection reports and maintain clear quality records. This systematic approach ensures that every batch meets defined standards before shipment.
Lack of CE certification indicates that the product may not meet European safety and compliance requirements. Compared with certified lifting anchors, non-certified products may not have undergone standardized testing or verification. This can create compliance issues and potential legal risks, especially in regulated markets.
Buyers should verify certification authenticity and ensure that it applies to the specific product being purchased. A qualified factory will provide valid CE documentation and demonstrate compliance with relevant standards. Working with certified suppliers ensures that products meet recognized safety requirements and can be used confidently in international projects.
Short shipments often occur due to poor inventory management, packaging errors, or lack of final quantity checks. Some suppliers avoid responsibility after delivery, leaving buyers to handle the loss. Compared with responsible factories, these suppliers lack accountability and proper internal control systems.
To prevent this, buyers should confirm that the supplier performs quantity inspections before shipment and provides clear packing lists. A reliable factory will implement strict counting procedures and take responsibility for any discrepancies. Choosing a supplier that offers clear after-sales support ensures that issues such as shortages are resolved quickly and professionally.
Some suppliers provide little or no support once products are delivered, especially when quality issues arise. This often results from weak after-sales systems or unwillingness to take responsibility. Compared with experienced manufacturers, these suppliers leave buyers exposed to risks without proper solutions.
To avoid this situation, buyers should confirm the supplier’s after-sales policy before ordering. A professional factory will provide clear support for quality-related issues, including replacement or compensation when necessary. Strong after-sales service reflects confidence in product quality and ensures that buyers receive reliable support throughout the entire purchasing process.
The manufacturing of 32.0 Ton Lifting Anchors follows a controlled and traceable process, combining forging expertise, strict material selection, and systematic quality inspection. Each stage is coordinated across specialized factories to ensure consistent strength, dimensional accuracy, and reliable performance for demanding precast concrete lifting applications.
Before production begins, engineers evaluate drawings, load requirements, and application scenarios to define the most suitable manufacturing process. Compared with generic production methods, this step ensures that forging parameters, dimensions, and tolerances are aligned with actual usage conditions. Process planning includes selecting forming techniques, heat treatment requirements, and inspection standards. A well-defined process reduces production errors and ensures that every lifting anchor meets both structural and safety expectations.
High-quality raw materials are the foundation of reliable lifting anchors. Steel grades such as 20Mn2, Q345D, or equivalent alloys are sourced from stable suppliers and verified through strict incoming inspection. Compared with uncontrolled sourcing, this approach ensures consistent chemical composition and mechanical properties. Each batch undergoes testing, including hardness and composition checks, before entering production. This level of control minimizes defects and ensures that the final product achieves the required strength and durability.
Mass production involves several coordinated steps, including cutting, forging, and surface treatment. Steel bars are first cut to precise lengths, then forged under controlled temperature and pressure to form the anchor shape. Compared with machining-only methods, forging provides better internal grain structure and higher strength. After forming, anchors undergo surface treatment such as electro-galvanizing, hot dip galvanizing, or anti-rust oil coating. Each step is managed within specialized factories to ensure efficiency and consistent 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 mechanical testing verifies load capacity and performance. Compared with limited inspection methods, this multi-stage approach reduces the risk of defects reaching customers. Destructive sampling tests based on safety factors are also conducted to confirm reliability. All inspection results are recorded, providing full traceability for every batch produced.
After passing inspection, products are carefully packaged according to order requirements. Compared with basic packaging, customized solutions protect the anchors from damage and corrosion during transportation. Clear labeling ensures easy identification and efficient handling. The internal logistics team coordinates shipment schedules, helping reduce delays and improve delivery reliability. This structured approach ensures that orders arrive in good condition and within the agreed timeframe.
After delivery, continuous support ensures that any quality-related concerns are addressed promptly. Compared with suppliers that offer limited follow-up, a complete after-sales system provides clear communication and practical solutions. In cases of verified quality issues or shortages, appropriate actions such as replacement or compensation are arranged. This level of service reflects confidence in product quality and helps build long-term cooperation with clients handling demanding precast concrete projects.
The cost of a 32.0 Ton Lifting Anchors is determined by summing material, forging dies, labor, machining, surface treatment, packaging, transport, and value-added services, then dividing by order quantity. Each component is optimized through HULK Metal’s integrated supply chain.
Raw materials such as 20Mn2, Q345D, CM490, and stainless steel form the largest portion of production cost. At HULK Metal, close partnerships with stable steel suppliers allow bulk procurement at favorable prices without compromising quality. Rigorous material testing ensures consistency in chemical composition and mechanical properties, reducing waste from rejected batches. By integrating supply chain management, the factory minimizes stock shortages and price fluctuations, maintaining a steady production flow. This approach not only controls material costs but also guarantees that every anchor meets required load capacities and safety standards, enhancing reliability for customers.
Forging dies are specialized tools used in shaping high-strength alloy steel into lifting anchors. HULK Metal reduces die costs by producing them in-house and maintaining long-term usage schedules, allowing repeated applications without frequent replacement. Precision CNC machining ensures dies meet tight tolerances, reducing rework and scrap rates. Compared with outsourcing, in-house die production shortens lead time and lowers operational overhead. Periodic maintenance and careful storage prolong die lifespan, providing stable production efficiency. This systematic management of dies reduces overall manufacturing cost while maintaining consistent anchor dimensions and strength, directly benefiting customers.
Skilled labor is critical in cutting, forging, machining, and assembly. HULK Metal optimizes labor cost through specialized teams and workflow standardization. Operators are trained for efficient multi-step operations, reducing errors and production time. Compared with unorganized labor, this approach improves productivity while maintaining high quality. Task allocation ensures that each process—from cutting steel bars to finishing surface treatment—is performed by experienced personnel, minimizing mistakes. Furthermore, using semi-automated machinery reduces manual effort and lowers fatigue-related defects. Optimized labor management ensures predictable costs while guaranteeing that production meets design specifications and safety standards.
Machining involves precise shaping, threading, and surface finishing to meet tight dimensional tolerances. At HULK Metal, machining costs are minimized through advanced CNC machines and integrated workflow planning. Compared with traditional manual operations, CNC ensures repeatability, accuracy, and reduced material waste. Tool wear is closely monitored, and regular maintenance prevents downtime. By centralizing machining within the factory, the process avoids outsourcing markups and delays. Precision machining guarantees correct pin diameter, head dimensions, and tail geometry, directly influencing load performance. Efficient machining reduces rework and scrap, lowering costs while maintaining the high quality demanded by international standards.
Surface treatment options—electro-galvanized, hot dip galvanized, or raw black—impact both durability and cost. HULK Metal manages these costs through dedicated in-house treatment factories, allowing bulk processing with controlled quality and minimal waste. Process optimization, such as efficient zinc bath utilization and proper oil coating for raw black anchors, reduces material consumption. Internal coordination between production and treatment ensures timely scheduling and avoids idle time. Compared with outsourcing, in-house treatment improves turnaround and cost control while providing consistent corrosion protection. This integration ensures customers receive durable lifting anchors at competitive prices without compromising finish quality or performance.
Proper packaging protects anchors during transport, reducing damage-related losses. HULK Metal optimizes packaging by using durable materials and standardized methods, designed for both domestic and international shipping. Custom crates, anti-rust coatings, and protective layers prevent scratches and corrosion. Internal logistics coordination allows for batch consolidation, reducing transport and material costs. Compared with generic packaging solutions, this approach ensures each anchor reaches the client intact while minimizing overall packaging expenses. Efficient packaging supports on-time delivery and reduces risk, enhancing customer confidence while contributing to lower per-unit cost for high-quality products.
Transportation cost depends on shipment size, distance, and handling requirements. HULK Metal leverages its in-house logistics team to coordinate deliveries, consolidating multiple orders to reduce per-unit transport expense. Compared with third-party handling, internal logistics allow real-time monitoring, faster turnaround, and reduced risk of delays or damage. Optimized routes, bulk shipping, and careful load planning reduce fuel and handling costs. This integrated approach ensures safe and timely delivery while keeping overall shipping expenses under control. By managing logistics internally, the factory provides reliable service and predictable costs to clients worldwide.
Value-added services include technical consultation, custom drawings, load verification, and after-sales support. HULK Metal integrates these services into the production process to reduce external outsourcing costs. Experienced engineers provide design guidance, ensuring anchor specifications match project requirements and preventing costly errors. Documentation such as CE certificates, inspection reports, and packing lists is provided systematically, saving clients administrative effort. After-sales service ensures rapid resolution of any quality issues. By embedding these services in-house, HULK Metal maximizes efficiency, reduces unnecessary markups, and offers competitive pricing while maintaining high-quality support throughout the purchase cycle.
(Material + Forging Dies + Labor + Machining + Surface Treatment + Packaging + Transportation + Value-Added Services) ÷ Quantity = Cost per 32.0 Ton Lifting Anchor.
This formula reflects how HULK Metal leverages its integrated supply chain and in-house production capabilities to deliver superior products, consistent quality, and cost-effective solutions.
Selecting the right supplier requires evaluating technical expertise, production capability, quality control, supply chain integration, and after-sales support. A suitable partner ensures reliable delivery, consistent quality, and efficient project execution.
A professional technical team ensures accurate interpretation of engineering drawings, load requirements, and application conditions. Factories with in-house engineers can provide design recommendations, optimize lifting anchor specifications, and prevent costly mistakes. Compared with suppliers lacking technical support, those with experienced teams offer guidance on material selection, forging processes, surface treatment, and installation methods, ensuring anchors perform safely under rated loads. A competent technical team also supports custom projects and complex precast concrete elements, giving buyers confidence that products meet both structural and safety requirements.
Suppliers with strong production capacity can handle large orders efficiently while maintaining consistency in quality and dimensional accuracy. HULK Metal’s integrated factories allow parallel forging, machining, and surface treatment, reducing lead time and avoiding bottlenecks. Compared with smaller workshops, high-capacity factories can meet tight project schedules and adjust production to accommodate urgent requests. Reliable production capacity ensures that even for high-demand projects, the delivery schedule is predictable and products consistently meet technical specifications, minimizing project delays and maximizing operational efficiency.
A strict quality management system, such as ISO 9001, ensures every lifting anchor undergoes comprehensive inspection. Factories with defined QC procedures conduct raw material checks, in-process inspections, destructive testing, and pre-shipment verification. Compared with suppliers lacking systematic controls, this approach reduces defects and ensures that anchors meet CE standards and load capacity requirements. Detailed records, traceability, and batch testing enable buyers to verify quality at every stage, improving confidence and reducing risk of failure in the field.
A supplier with an integrated supply chain coordinates raw material procurement, forging, machining, surface treatment, packaging, and logistics. This integration reduces dependency on third parties, avoids delays, and enables better cost control. Compared with fragmented suppliers, a comprehensive supply chain allows factories to maintain production continuity, secure materials at competitive prices, and implement quality checks at every stage. Buyers benefit from predictable pricing, timely delivery, and consistent product quality, ensuring smoother project management and reduced procurement risks.
Comprehensive services include technical consultation, customized production, pre-shipment inspection, and after-sales support. Factories offering these services ensure that orders are accurately fulfilled and problems are addressed promptly. Compared with suppliers providing minimal assistance, a full-service system improves buyer confidence, reduces errors, and facilitates project planning. Efficient communication, documentation, and professional handling of inquiries ensure that clients receive not only high-quality anchors but also the guidance needed for proper installation and operational safety.
Flexible payment options and delivery terms accommodate diverse project and financial needs. Factories supporting multiple methods, including T/T, L/C, or negotiated terms, provide convenience and financial security. Compared with rigid suppliers, flexibility allows clients to manage cash flow while ensuring timely order placement. Clear delivery schedules, coordinated shipment planning, and transparent documentation minimize misunderstandings and delays, making the purchasing process smoother and more reliable for international clients managing complex projects.
A supplier capable of global shipping handles customs documentation, packaging standards, and logistics coordination. Compared with domestic-only suppliers, international shipping support ensures timely, safe, and compliant delivery to any project location. Professional shipping management reduces the risk of transit damage or regulatory issues, providing buyers with predictable delivery times and seamless integration into their construction timelines. This capability is essential for overseas clients who rely on precise schedules and high-quality lifting anchors.
Comprehensive quality assurance includes warranties, batch testing, load verification, and after-sales support. Factories offering these services demonstrate confidence in their products and provide buyers with safeguards against defects. Compared with suppliers who offer no assurance, quality guarantee services protect clients from financial loss and project delays. Experienced factories maintain detailed records of inspections and certifications, ensuring traceability. Prompt support in case of any quality concerns reinforces trust and helps maintain long-term supplier-client relationships, providing additional value beyond the product itself.
A: Our 32.0 Ton Lifting Anchors are strictly CE certified and manufactured under ISO 9001 standards. Each anchor undergoes destructive testing with a 3-times safety factor in the vertical direction. This ensures that every product meets required strength, durability, and reliability for safe lifting of precast concrete elements.
A: The price depends on several factors such as the size, surface finish, and order quantity of the 32.0 Ton Lifting Anchors. Since we own our factory and control the entire supply chain, we can provide accurate, real-time quotes. This allows you to understand the cost clearly before placing an order.
A: Prices are based on consistent high quality. Compared with suppliers of similar quality, our price is more competitive. You can also get better prices with larger orders. The more anchors you order, the more efficiently we can manage production, reducing per-unit cost and passing savings to you.
A: The minimum order quantity (MOQ) depends on specifications such as size, surface treatment, and customization. Please send us your detailed requirements, and we will inform you of the exact MOQ. Our goal is to provide flexibility while ensuring efficient production.
A: Delivery time depends on order size and requirements. Typically, it takes about 30 days. Larger orders may slightly extend production time, but generally, delivery will not exceed 45 days. Efficient factory scheduling ensures timely delivery without compromising quality.
A: For 32.0 Ton Lifting Anchors, we provide electro-galvanizing, hot-dip galvanizing, and raw black with anti-rust oil. These options allow clients to choose the most suitable corrosion protection for different environmental and project requirements.
A: We have shipped 32.0 Ton Lifting Anchors to more than 50 countries, including Europe, North America, South America, Africa, and Southeast Asia. Our logistics team ensures safe and timely international delivery for all clients.
A: We produce 32.0 Ton Lifting Anchors in a variety of lengths and dimensions according to your project requirements. Each anchor can be customized in length, pin diameter, and surface finish to meet specific precast concrete lifting needs.
A: We accept LC, T/T, and other standard payment methods. If you have other requirements, please let us know. We will work with you to select terms that are convenient, secure, and flexible for your project.
A: HULK Metal is a manufacturer of 32.0 Ton Lifting Anchors with complete factory resources. Our team provides technical support, procurement, foreign trade, and after-sales services, ensuring reliable production and delivery for every client.
A: Yes, we can provide samples. After mold preparation, we produce a sample and perform testing. Once you confirm it meets your requirements, mass production begins. This ensures that the product fits your project specifications before full-scale order.
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 projects. They carefully analyze your engineering drawings, load requirements, and installation conditions. By fully understanding your needs, they can provide tailored solutions for 32.0 Ton Lifting Anchors, including material selection, pin size, surface treatment, and installation guidance. This ensures that each anchor performs safely, efficiently, and in line with CE standards, reducing risk and supporting smooth project execution.
HULK Metal leverages a fully integrated supply chain, from raw material procurement to logistics. Close cooperation with steel suppliers and forging factories ensures timely, high-quality production while controlling costs. Internal coordination between machining, surface treatment, and packaging reduces delays and errors. This well-organized supply chain guarantees consistent product quality, CE compliance, and on-time delivery for all 32.0 Ton Lifting Anchors, providing clients with reliable, predictable service for large-scale projects.
We work closely with trusted raw material factories to secure high-performance alloy steel, Q345D, CM490, and stainless steel at competitive prices without sacrificing quality. Each batch undergoes rigorous chemical and mechanical testing before production. By controlling material quality from the start, we ensure that every lifting anchor meets strength and safety requirements, reducing defects and supporting CE certification. This approach maximizes reliability and performance while maintaining cost efficiency for clients.
Production follows carefully planned processes including cutting, forging, machining, and surface treatment. High-strength alloy steel is precisely forged into a one-piece lifting anchor. Each step is monitored for tolerance, alignment, and strength. Strict adherence to ISO 9001 production standards ensures uniformity across all anchors. This disciplined manufacturing process guarantees that every 32.0 Ton Lifting Anchor meets CE-certified load and dimensional requirements, delivering safety and reliability for precast concrete lifting operations.
Before shipment, all anchors undergo rigorous quality control including dimensional inspection, tensile testing, and destructive testing with a three-times safety factor. Pre-shipment inspections verify both quantity and compliance with design requirements. This thorough inspection process ensures that every anchor meets CE standards and customer expectations. By catching potential issues early, we provide reliable, safe products and maintain confidence in our lifting anchors’ performance across various precast concrete applications.
HULK Metal applies careful packaging to protect lifting anchors during transit, including anti-rust coatings, padding, and custom crates. Coordinated internal logistics ensure timely loading, transportation, and delivery, whether domestic or international. This method reduces risk of damage and delays, ensuring anchors arrive safely and in perfect condition. Consistent, professional packaging and delivery practices support CE compliance by maintaining anchor integrity throughout the supply chain.
After receiving the anchors, clients can inspect both quality and quantity. Any products with defects or discrepancies are eligible for return, exchange, or restocking. HULK Metal’s after-sales team provides prompt support to resolve issues and advise on correct use or installation. This commitment to post-delivery service guarantees client satisfaction, ensures CE compliance through proper handling, and reinforces trust in HULK Metal as a reliable lifting anchor supplier.
HULK Metal implements a comprehensive quality control system for 32.0 Ton Lifting Anchors to ensure every product meets CE standards and client requirements. From raw material verification to pre-shipment checks, each step is carefully monitored. Detailed inspections of dimensions, surfaces, mechanical properties, and quantities guarantee consistent performance, safety, and reliability. Custom inspection services further ensure that special project needs are met, providing clients with confidence in both quality and compliance.
Surface finishes, including electro-galvanized, hot-dip galvanized, or raw black, are carefully examined for uniform coating, smoothness, and absence of defects. This prevents corrosion and ensures aesthetic and functional performance.
Every lifting anchor is measured for length, pin diameter, and tail geometry to ensure precise conformity with drawings. Accurate dimensions are critical to proper installation and load distribution in precast concrete elements.
Anchors undergo tensile and hardness tests to verify that material strength meets required load specifications. This ensures safe lifting under the 32.0-ton rated capacity and compliance with CE standards.
Raw materials, such as 20Mn2, Q345D, CM490, or stainless steel, are verified for chemical composition and mechanical properties before production. This guarantees long-term durability and consistent performance.
For specialized orders, custom inspections are performed according to client specifications. This includes additional measurements, load testing, or certification documentation to ensure unique project requirements are fully satisfied.
Finished anchors are checked for compliance with design, surface finish, and packaging requirements. Any defects are corrected before shipment, ensuring products meet client expectations and CE certification.
Each order is verified against the production list to confirm correct quantities. This prevents shortages, overages, or shipment errors and maintains project efficiency.
HULK Metal’s lifting anchors factory integrates advanced workshops and specialized production units to ensure high-quality 32.0 Ton Lifting Anchors. From raw material cutting and forging to surface treatment and strict quality inspection, every step is closely monitored. This comprehensive setup allows for consistent performance, CE compliance, and efficient delivery. Clients benefit from reliable products, faster lead times, and the technical support necessary for safe and efficient precast concrete lifting operations
Choosing HULK Metal for 32.0 Ton Lifting Anchors ensures a seamless purchasing experience, combining high-quality products, fast delivery, and cost efficiency. Our fully integrated supply chain, experienced technical team, and strict quality control guarantee reliable anchors that meet CE standards. Clients benefit from reduced risks, lower overall project costs, and optimized timelines. This section highlights the main advantages, helping buyers make confident decisions for precast concrete lifting projects.
This section presents detailed articles about 32.0 Ton Lifting Anchors, covering their structure, working principle, surface treatments, key parameters, applications, cost, manufacturing, and quality control. Readers will gain insights into how HULK Metal ensures CE certification, reliable load performance, and timely delivery. Each article is designed to help engineers, project managers, and buyers understand anchor selection, installation, and maintenance. Careful study of these articles supports safer lifting operations and informed procurement decisions for precast concrete projects.
HULK Metal offers a wide range of precast concrete accessories that complement lifting anchors. These include lifting clutches, lifting inserts, spread anchors, recess formers, lifting hooks, and precast magnets. Each accessory is designed for optimal installation, durability, and safe handling of precast elements. This section showcases images, titles, and descriptions of these products, helping clients select the right combination of accessories for their projects. Understanding these options ensures efficient workflow, better load distribution, and enhanced safety on construction sites.
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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