1.ISO 9001 Certified Hot Die Forging Factory
Production is managed under ISO 9001 standards, with controlled forging, machining, inspection, and traceability to ensure stable quality across every order.
2.Professional Technical Team to Provide Support
Experienced engineers accurately interpret drawings, define forging routes, and optimize machining allowances to improve yield and consistency.
3.Finalize Your Order Faster
Integrated forging and CNC machining factories shorten communication paths, tooling cycles, and production scheduling time.
4.Perfect Quality Assurance Service
Each batch is inspected for material, mechanical properties, dimensions, and surface condition before shipment.
5.Finalize Hot Forging Parts at a Lower Price
Optimized forging design, material utilization, and in-house coordination help control total manufacturing cost without sacrificing performance.
Hot forging shapes heated metal into high strength components with consistent grain flow and excellent fatigue resistance. HULK Metal provides OEM hot forging services based strictly on customer drawings, covering hot die forging, machining, surface treatment, and delivery. Our team supports process selection, tooling development, and quality control, helping buyers secure reliable hot forged parts with stable performance globally efficiently.
This OEM service focuses on custom hot forging parts produced according to drawings. It integrates hot die forging, CNC machining, surface treatment, inspection, packaging, and logistics under ISO 9001 control. Multiple steel and aluminum materials are supported. Applications cover automotive, construction equipment, agriculture, energy, rail, and industrial machinery. Defined testing items, flexible packaging, and long term quality assurance help buyers manage cost, lead time, and risk more effectively worldwide sourcing.
Name | Custom Hot Forging Parts OEM Services |
Manufacturing Methods | Manufacturing According to Drawings |
Raw Materials | Steel, SS (Stainless Steel),Alloy Steel, Aluminum |
Process | Forging. CNC Machining: Turning, milling, polishing, grinding, drilling, and reaming, and so on Packaging, Delivery, After Service. |
Surface Treatment | Galvanized, Passivation, Powder Coating, Shot Blasting, Polishing, Anodizing, etc. |
Application | Automotive & Commercial Vehicles, Construction Machinery & Heavy Equipment, Agricultural Machinery, Oil & Gas / Energy, Railway & Transportation, Industrial Machinery & General Engineering. |
Test Content & Data | 1.Chemical Composition; 2. Mechanical Properties; 3. Inspection of appearance, size, shape, and position tolerance; 4. Surface Quality; |
Packaging | Wooden case / Carton / Bulk / Individually Packaged / Customized |
Service | Freight consulting / Quality inspection / After-sales / Other value-added services. |
Delivery Method | Sea / Air / Land |
Quality Assurance | Life Long |
Hot forging parts are produced through controlled heating, precision forming, machining, inspection, and delivery processes. With experienced technical support, stable hot die forging factories, and an integrated supply chain, consistent quality and performance can be achieved. From material selection and tooling development to surface treatment and global shipping, each step is managed to meet demanding industrial applications while supporting reliable sourcing and long term cooperation.
Hot forging parts are metal components formed by deforming heated raw material under high pressure using forging presses or hammers. During hot forging, the metal is heated above its recrystallization temperature, allowing it to flow more easily and take shape while maintaining structural integrity. This process produces parts with dense internal structure, continuous grain flow, and higher strength compared with casting or machining from solid bar.
Hot forged parts are widely used in applications where load bearing, impact resistance, and fatigue performance matter. Typical examples include shafts, flanges, gear blanks, hubs, connecting components, and structural parts for automotive, construction machinery, agricultural equipment, energy systems, and industrial machinery. With proper tooling and process control, hot forging parts offer stable dimensions, long service life, and reliable performance in demanding working conditions.
Hot forging is a controlled forming process that transforms heated metal into near net shape parts through compressive force. The process usually begins with cutting raw material into billets, followed by heating in gas or induction furnaces to a suitable forging temperature. Once heated, the billet is transferred quickly to forging equipment where deformation takes place. After forging, parts may undergo trimming, heat treatment, CNC machining, surface treatment, inspection, and packaging.
From a process perspective, hot forging can be divided into several categories. Open die forging is suitable for large or simple shapes with low tooling cost and high flexibility. Closed die forging, also known as hot die forging, uses precision molds to achieve better dimensional control and higher consistency, making it ideal for repeated production. Precision hot forging focuses on reducing machining allowance while maintaining tight tolerances. Each method is selected based on part geometry, volume requirements, and cost targets.
A wide range of materials can be hot forged. Carbon steel and alloy steel are the most common due to their strength and toughness. Stainless steel is often chosen for corrosion resistance in harsh environments. Aluminum alloys are used where weight reduction is critical while still requiring good mechanical properties. Proper temperature control and deformation ratio are essential to avoid cracking, grain coarsening, or uneven structure.
Common challenges in hot forging include surface cracks, internal defects, dimensional deviation, and inconsistent mechanical properties. These issues are typically addressed through optimized billet size, accurate temperature control, reasonable forging sequence, and proper die design. Post-forging heat treatment and controlled cooling help improve grain structure and mechanical performance. Consistent inspection of chemical composition, mechanical properties, and dimensional tolerance further reduces risk and improves yield.
When managed by experienced factories with integrated forging and machining resources, hot forging delivers cost effective, high strength parts that meet demanding industrial requirements while supporting stable long term supply.
Hot die forging parts are manufactured through a structured and closely controlled process that combines material preparation, precision tooling, forging, machining, inspection, and delivery. Each step is aligned with the drawing requirements to ensure mechanical strength, dimensional accuracy, and stable quality across repeated production. Proper coordination between engineering, production, and quality teams helps reduce risk and shorten overall lead time.
The first step is to determine the most suitable manufacturing process based on drawings, application requirements, and expected service conditions. Engineers evaluate part geometry, load characteristics, tolerance expectations, and material selection to define whether hot die forging alone is sufficient or if secondary CNC machining is required. Forging direction, draft angles, parting lines, and machining allowance are carefully planned at this stage. By selecting the correct forging route early, material waste is reduced, forming defects are minimized, and overall production cost becomes easier to control while ensuring reliable performance of the hot forged parts.
Mold design is critical for hot die forging parts. Based on the drawings, forging engineers design tooling that supports smooth metal flow, balanced deformation, and consistent grain orientation. The mold is manufactured using wear resistant tool steel to withstand high temperature and pressure. Before mass production, trial forging is carried out to debug the mold, verify filling conditions, check flash control, and confirm dimensional stability. Necessary adjustments are made to ensure repeatability and long tool life, which directly affects part consistency and delivery stability.
Raw material quality directly impacts forging results. Steel, stainless steel, alloy steel, or aluminum materials are sourced from stable suppliers with traceable documentation. Incoming materials are inspected for chemical composition and basic mechanical properties before being released for production. Billet size, surface condition, and internal cleanliness are carefully checked to reduce forging defects such as cracks or inclusions. Controlled material management ensures that every hot die forging part starts with a reliable foundation.
During mass production, billets are heated to the required forging temperature and transferred to forging presses for forming. Strict control of heating time, deformation ratio, and forging sequence helps maintain uniform structure and mechanical performance. After forging, trimming and controlled cooling are applied to stabilize shape and structure. When required, CNC machining processes such as turning, milling, drilling, or grinding are performed to meet final dimensional and tolerance requirements. Coordinated production scheduling supports stable output and consistent delivery.
Quality inspection is conducted throughout the entire manufacturing process. In addition to in-process checks, finished hot die forging parts are inspected for appearance, dimensions, shape accuracy, and position tolerance. Mechanical property testing and surface quality evaluation are carried out according to project requirements. This multi-level inspection approach helps identify issues early, improve pass rates, and ensure that each shipment meets the agreed specifications.
Packaging is selected based on part size, weight, surface condition, and transportation method. Options include wooden cases, cartons, individual packaging, or customized solutions to protect forged parts during handling and transit. Clear labeling and quantity verification are completed before dispatch. Flexible delivery methods by sea, air, or land allow orders to be shipped efficiently according to customer schedules and regional requirements.
After delivery, after-sales service focuses on quality follow-up and long term cooperation. Any issues related to quality or quantity are handled through clear feedback channels, with corrective actions taken promptly. Process data and inspection records support traceability and continuous improvement. This service approach helps customers manage sourcing risk and maintain confidence in long term hot die forging part supply.
Hot forging parts are widely used in industries that demand high strength, durability, and fatigue resistance. Based on real production experience, the following applications show how hot forged parts support stable performance in complex and heavy duty working conditions.
Application Industry | Hot Forging Parts Description |
Automotive & Commercial Vehicles | In automotive and commercial vehicle systems, hot forging parts are mainly used in load bearing and power transmission positions. Typical products include crankshafts, connecting rods, steering knuckles, wheel hubs, axle shafts, yokes, and gear blanks. These parts operate under continuous vibration, torque, and impact. Hot die forging ensures optimized grain flow aligned with force direction, which significantly improves fatigue strength and service life compared with casting. After forging, CNC machining is applied to meet precise tolerance requirements, supporting reliable assembly and long term vehicle performance. |
Construction Machinery & Heavy Equipment | Construction machinery works in harsh environments with high impact and variable loads. Hot forged parts such as pins, shafts, flanges, track components, brackets, and structural connectors are commonly produced for excavators, loaders, and lifting equipment. Hot forging improves internal density and resistance to cracking, which is critical for safety and durability. The process also allows better control of shape consistency during repeated production. Combined with proper heat treatment and machining, these hot forged parts maintain strength and dimensional stability throughout extended operating cycles. |
Agricultural Machinery | Agricultural equipment requires components that can withstand shock loads, continuous operation, and outdoor conditions. Hot forging parts like drive shafts, gear hubs, clevises, link arms, spindles, and PTO components are widely applied in tractors, harvesters, and planting machines. Compared with welded or cast alternatives, hot forged parts offer better toughness and wear resistance. The forging process reduces internal defects, while machining ensures smooth mating surfaces, helping agricultural machinery operate reliably during long working seasons with reduced maintenance risk. |
Oil & Gas / Energy | In oil, gas, and energy industries, safety and reliability are critical. Hot forged parts such as flanges, valve bodies, connector hubs, pressure fittings, and shafts are used in pipelines, drilling equipment, and energy systems. These components must withstand high pressure, temperature variation, and corrosive environments. Hot die forging provides a compact structure and consistent mechanical properties, reducing the risk of leakage or failure. Strict material control, inspection, and surface treatment further support stable performance in demanding energy applications. |
Railway & Industrial Machinery | Railway systems and industrial machinery rely on hot forged parts for long term fatigue resistance and dimensional accuracy. Typical applications include axles, bearing rings, couplers, shafts, mounting brackets, and connecting components. Hot forging improves structural continuity and reduces stress concentration, which is essential for repetitive load cycles. When combined with CNC machining and controlled inspection, these parts achieve reliable fit and performance, supporting smooth operation and extended service intervals in transportation and general engineering equipment. |
Surface treatment improves corrosion resistance, wear performance, appearance, and service life of hot forging parts. Based on application demands and material properties, multiple treatment methods can be combined with forging and machining to achieve stable and application focused results.
Surface Treatment Category | Available Methods & Detailed Description |
Electrochemical Treatments | Electrochemical surface treatments are widely used to enhance corrosion resistance and surface stability of hot forged parts. Common methods include galvanizing, electroplating zinc, electroplating nickel, electroplating chrome, and anodizing for aluminum parts. These processes form a uniform protective layer through controlled electrical reactions. For steel and alloy steel forgings, zinc and nickel coatings help prevent rust during long term outdoor or humid use. For aluminum hot forged parts, anodizing improves surface hardness and oxidation resistance while maintaining dimensional stability. |
Chemical Treatments | Chemical surface treatments rely on controlled chemical reactions without external electric current. Typical processes include passivation, phosphating, black oxide, chemical oxidation, and pickling. Passivation is commonly applied to stainless steel hot forged parts to enhance corrosion resistance by stabilizing the surface layer. Phosphating improves paint adhesion and wear resistance, making it suitable for parts requiring further coating. Black oxide provides basic corrosion protection while maintaining dimensional accuracy, often used for industrial machinery components where appearance consistency is important. |
Electrostatic Coating Treatments | Electrostatic surface treatments mainly refer to powder coating and electrostatic spraying. These processes use electrostatic attraction to evenly apply coating material onto hot forged parts before curing. Powder coating provides strong adhesion, good impact resistance, and uniform thickness, making it suitable for construction machinery, agricultural equipment, and industrial components exposed to outdoor environments. This method offers better coating efficiency and environmental control compared with liquid painting, while allowing flexible color and thickness selection based on application requirements. |
Mechanical Surface Treatments | Mechanical treatments focus on surface conditioning through physical force. Common methods include shot blasting, sand blasting, polishing, and grinding. Shot blasting is often used after forging to remove scale, improve surface cleanliness, and prepare parts for further coating. Polishing and grinding help achieve smoother surfaces and controlled roughness, especially for parts requiring precise mating or visual consistency. These treatments also help reveal surface defects early, supporting better quality control before final delivery. |
Physical Surface Treatments | Physical surface treatments include processes such as heat treatment, thermal spraying, and surface hardening. Heat treatment improves internal structure and mechanical performance, while thermal spraying applies protective layers to enhance wear or corrosion resistance. Surface hardening methods increase local hardness without affecting core toughness, making them suitable for shafts, gears, and load bearing hot forged parts. These treatments are often selected for demanding industrial applications where extended service life and reduced maintenance are critical. |
Selecting the right hot die forging factory directly affects part quality, delivery stability, and long term sourcing risk. The following factors help buyers evaluate whether a supplier can truly support consistent production and technical cooperation.
A professional technical team is essential for successful hot die forging projects. Engineers must be able to correctly interpret drawings, define forging directions, set reasonable draft angles, and control machining allowance. Strong technical support helps prevent common issues such as incomplete filling, cracking, or excessive deformation. A capable team can also propose process optimization solutions when part geometry or application conditions require higher strength, tighter tolerance, or improved cost efficiency, reducing trial risk and communication time.
Strong production capacity ensures that orders can be completed on schedule without sacrificing quality. A reliable hot die forging factory should have stable forging presses, heating equipment, and supporting CNC machining resources. Adequate capacity allows flexible scheduling for different part sizes and order volumes. More importantly, it supports repeated production with consistent output, which is critical for long term supply programs and growing demand without frequent changes in suppliers.
A strict quality management system helps control risk throughout the entire manufacturing process. ISO 9001 implementation is a basic requirement, but effective execution matters more. Quality control should cover raw material inspection, forging process monitoring, machining checks, and final inspection. Testing of chemical composition, mechanical properties, dimensions, and surface condition helps ensure each shipment meets agreed specifications. Consistent documentation and traceability further support stable cooperation.
A comprehensive supply chain improves coordination and overall efficiency. Close cooperation with raw material suppliers ensures stable material quality and delivery. Integrated forging, machining, surface treatment, inspection, packaging, and logistics resources reduce dependency on external parties. This structure lowers communication cost, shortens lead time, and improves problem response speed. Buyers benefit from smoother project execution and fewer unexpected delays during production or shipment.
A complete service system goes beyond manufacturing. It includes technical communication, order tracking, quality feedback, and coordination between departments. Sales, engineering, production, quality, and logistics teams should work together to support customer requirements. Clear communication channels and fast response help resolve issues efficiently. This level of service is especially important for customized hot forged parts where drawings, tolerances, and application conditions vary from project to project.
Flexible payment methods and delivery terms help buyers manage cash flow and project planning. A suitable hot die forging factory should support commonly used international payment options and trade terms. Clear agreement on pricing structure, payment stages, and delivery responsibility reduces commercial risk. This flexibility also reflects the supplier’s experience in working with overseas buyers and handling different sourcing models.
Global shipping capability is critical for international sourcing. The factory should be familiar with sea, air, and land transportation options and related export procedures. Proper packaging design protects hot forged parts during long distance transportation. Experience with global shipping helps reduce customs issues, transit damage, and delivery delays, ensuring parts arrive safely and on time at the destination.
Quality assurance services demonstrate a supplier’s responsibility and confidence in their products. A reliable factory should provide clear quality commitment for each order. In case of quality or quantity issues, structured handling procedures and corrective actions should be available. This approach reduces sourcing risk and supports long term cooperation, allowing buyers to focus on their own production and market development with greater confidence.
Quality is controlled through a complete inspection and management system. A dedicated quality inspection center handles raw material verification, in-process checks, and final inspection. Testing covers chemical composition, mechanical properties, dimensions, tolerances, and surface condition. Each stage is documented to ensure traceability and consistent results across repeated production, reducing risk for long term sourcing programs.
Pricing is based on multiple technical and commercial factors, including material type, part size, tolerance level, surface treatment, and order volume. Because production is organized through our own coordinated factories, quotes are calculated directly from real manufacturing conditions. This allows transparent and timely pricing that reflects actual process cost rather than estimated market averages.
All pricing is built on stable quality standards rather than cost cutting. When technical requirements remain the same, optimized process planning and larger order quantities help reduce unit cost. Higher volumes allow better material utilization, tooling efficiency, and production scheduling, which directly supports more competitive pricing while maintaining consistent performance of hot forged parts.
MOQ depends on part size, material type, structural complexity, and tooling requirements. Some parts require dedicated molds, while others can share existing resources. Once you provide drawings, an evaluation is conducted to define a practical MOQ. Confidentiality is protected through NDA, and feedback is provided with clear technical and commercial explanation.
Delivery time is determined by part complexity, tooling status, and order quantity. For most hot die forging projects, production is completed in about 30 days. Larger and repeat orders often achieve higher efficiency due to stable scheduling. In standard cases, the delivery cycle is controlled within 45 days while maintaining required quality standards.
Multiple surface finishes are available through closely coordinated treatment factories. Options include powder coating, galvanizing, passivation, anodizing, and mechanical finishing. Surface treatment selection depends on material, application environment, and functional requirements. Technical evaluation ensures the chosen finish provides suitable protection, appearance, and durability without affecting dimensional accuracy.
Products have been supplied to clients in more than 50 countries across Europe, North America, South America, Africa, Southeast Asia, and other regions. Experience with international logistics, export documentation, and packaging requirements helps ensure smooth delivery and reliable arrival, regardless of destination or transportation method.
Manufacturable size depends on material, wall thickness, shape complexity, and forging process. Each project is evaluated individually. By reviewing 2D or 3D drawings, engineers assess forging feasibility, equipment suitability, and machining requirements. NDA protection is provided, and a clear capability assessment is shared before project confirmation.
Commonly used international payment methods such as L/C and T/T are supported. Delivery terms can be discussed according to project needs and trade practices. Flexibility in commercial terms helps buyers align sourcing with internal financial and logistics planning, reducing overall transaction risk.
HULK Metal operates with strong factory resources and a complete internal team covering engineering, procurement, production coordination, quality control, and international sales. This structure allows direct technical communication and efficient project execution while providing the stability and support expected from an experienced manufacturing partner.
Yes. After mold design and debugging, a sample is produced under actual production conditions. The sample undergoes inspection and testing before being sent for evaluation. Mass production only begins after sample approval, ensuring the final parts match confirmed quality and performance expectations.
A: You can get a quote in a shorter time by providing the following information at once:
1. 2D and 3D drawings of the Hot Forging. If neither is available, samples can be provided.
2. Quantity.
3. Delivery Terms.
4. Material, surface treatment, tolerance, and weight. If no 3D drawing is available, please provide the following information:
The ability to deliver high quality hot die forging services comes from systematic control, technical depth, and coordinated execution. The following points explain how HULK Metal maintains stable quality and long term reliability.
A deeper understanding of customer requirements is the foundation of quality. The technical team carefully reviews drawings, tolerance demands, application conditions, and expected service life before production starts. With extensive hot die forging experience, engineers identify potential risks early and define suitable forging routes, tooling structures, and machining allowances. This approach ensures the final solution matches real application needs rather than relying on standard assumptions.
A well-developed supply chain allows better control over every production stage. Close coordination between forging, machining, surface treatment, inspection, packaging, and logistics resources reduces dependency on external parties. This structure improves response speed, shortens lead time, and minimizes quality fluctuation caused by fragmented outsourcing. Consistent cooperation across the supply chain supports repeatable quality and stable delivery for long term projects.
By Purchasing Raw Materials and Quality Inspection
Raw material quality directly affects forging performance. Long term cooperation with reliable material factories ensures stable chemical composition and mechanical properties at competitive cost under the same quality level. Incoming materials are inspected before production to verify compliance with requirements. This process reduces the risk of internal defects, improves forging stability, and provides a solid foundation for producing consistent hot forged parts.
Strict production control is applied throughout forging and machining operations. Heating temperature, deformation ratio, forging sequence, and cooling methods are carefully managed to maintain uniform structure and strength. CNC machining processes are monitored to ensure dimensional accuracy and surface consistency. Clear production procedures and in-process checks help maintain repeatability and reduce variation between batches.
Comprehensive quality inspection is conducted before shipment. Finished parts are checked for appearance, dimensions, shape accuracy, and position tolerance. Mechanical properties and surface condition are verified according to project requirements. This multi-level inspection system ensures only qualified hot die forging parts are delivered, supporting long term reliability and reducing downstream risk for customers.
Proper packaging protects parts during handling and transportation. Packaging solutions are selected based on part size, weight, surface finish, and delivery method. Clear labeling and quantity verification help prevent errors. Coordinated delivery planning supports on time shipment while minimizing the risk of damage during transit, especially for international transportation.
After-sales service focuses on customer confidence and long term cooperation. Customers can verify quality and quantity upon receipt. In the event of quality issues, structured return, exchange, and restocking services are available. Feedback is reviewed by technical and quality teams to support corrective actions and continuous improvement, ensuring consistent service quality over time.
Quality control is applied throughout the entire hot forging and machining process to ensure consistency, reliability, and compliance with drawing requirements. From raw material verification to final shipment checks, each inspection stage is conducted under defined procedures. This structured approach reduces risk, improves pass rates, and ensures that every batch of hot forged parts meets agreed technical, dimensional, and quality expectations.
Dimensional inspection verifies that each hot forged part meets drawing requirements and tolerance limits. Measuring tools and fixtures are used to check key dimensions, shapes, and position accuracy. Regular inspection during and after machining helps prevent deviation, supports stable assembly, and ensures consistency across repeated production batches.
Custom inspection is available based on specific project requirements. Additional tests or inspection methods can be applied according to application standards or customer specifications. This flexibility helps address unique technical demands and provides added confidence for critical or specialized hot forging projects.
Material inspection ensures that raw materials meet specified chemical composition and quality standards. Incoming materials are verified before forging begins to reduce the risk of internal defects or performance inconsistency. Proper material control supports stable forging results and long term reliability of finished parts.
Pre-shipment inspection is performed after production and packaging are completed. Parts are rechecked for dimensions, appearance, labeling, and packaging condition. This final verification helps confirm that the shipment matches order requirements and reduces the risk of issues during transportation or at the destination.
Mechanical property inspection confirms that hot forged parts achieve the required strength, toughness, and fatigue performance. Testing is conducted according to specified standards to verify performance consistency. These checks ensure parts can withstand real operating loads and environmental conditions without premature failure.
Surface inspection focuses on appearance, finish quality, and visible defects. Forged and machined surfaces are checked for cracks, scratches, scale residue, and coating consistency. This inspection helps confirm that surface treatment processes have been correctly applied and that parts meet both functional and visual requirements before delivery.
Quantity inspection ensures that delivered quantities match confirmed order details. Parts are counted and cross-checked against packing lists and shipping documents. This process helps prevent shortages or discrepancies and supports smooth receiving and inventory management for customers.
A reliable hot forging factory is built on stable equipment, experienced teams, and coordinated downstream resources. By integrating hot die forging, CNC machining, surface treatment, and quality inspection, consistent quality and delivery can be achieved. This structure supports complex parts, repeat production, and long term cooperation for demanding industrial applications.
Selecting HULK Metal for hot forging services means working with a partner that combines technical depth, coordinated factories, and structured quality control. From OEM support and certification compliance to efficient production and cost control, each advantage is designed to reduce sourcing risk, improve delivery stability, and support long term cooperation for demanding industrial applications.
This section brings together practical articles focused on hot forging and hot die forging production. Topics cover process selection, material behavior at high temperature, tooling design considerations, defect prevention, and cost optimization in repeated production. The content is written from real manufacturing experience and highlights how hot forging parts achieve higher strength, stable grain flow, and reliable performance across automotive, machinery, energy, and industrial applications, supporting more informed sourcing decisions.
In addition to hot forging parts, this section presents commonly Forged Metal parts produced through hot, cold forging. Typical examples include shafts, flanges, brackets, housings, bushings, connectors, and precision structural components. These machined parts are often supplied as standalone products or as secondary operations after forging. The articles help illustrate metal forging capability, tolerance control, and surface finish options for different industrial applications.
Aluminum Die Casting Parts are widely used for structural and functional components requiring strength, accuracy, and clean surfaces.
Sand Casting Parts are widely used for producing durable metal components with complex shapes and stable performance. As an experienced Sand Casting Parts manufacturer, HULK Metal provides Custom Sand Casting Parts and OEM Sand Casting Parts based strictly on customer drawings.
Name Aluminum Die Casting TV Brackets
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
Name Aluminum Die Casting Seat Brackets
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
Name Aluminum Die Casting Pump Covers
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
Name Aluminum Die Casting PC Bracket
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
Name Aluminum Die Casting Motorcycle Accessories
Manufacturing According to Drawings
CNC Machining Turning, Milling, Planing, Drilling, Grinding, Drilling, Boring
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Name Aluminum Die Casting Motor Fan
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
Name Aluminum Die Casting LED Light Heat Sink
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
Name Aluminum Die Casting LED Light Cover
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
A Die Casting Junction Box made from aluminum offers reliable protection, precise structure, and stable performance for electrical systems.
HULK Metal offers premium Aluminum Die Casting Heatsinks through a fully integrated OEM process, including die casting, CNC machining, surface treatment, and quality inspection.
Name Aluminum Die Casting Connectors
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
Name Aluminum Die Casting Bicycle Accessories
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
Steel Casting Parts are widely used for load-bearing and structural components requiring strength, durability, and dimensional stability.
Name Aluminum Die Casting Auto Accessories
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
Name Aluminum Die Casting Accessories
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
Aluminum Alloy 6063 / Customized
Profile Extrusion / Cutting / Deburring / CNC Process / Customized
Air conditioner / Frequency Converter / Communication Base Station / Computer / Electric Equipment / Customized
CE / ISO / RoHS / SGS / Customized
Anodizing / Sand Blasting / Painting / Chormating / Customized
Trademark printing / wooden box / plastic box / foam box / air film / Customized
Die Cast Aluminum Enclosures are widely used to protect electronic and industrial components in demanding environments.
We manufacture bike parts strictly according to customer drawings, covering drivetrain, braking, wheel, and structural components. Our OEM service integrates casting, CNC machining, surface treatment, packaging, and logistics under one managed process.
Name Aluminum Die Casting Washing Machine Bracket
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
HULK Metal provides OEM Precision Die Casting Parts with full technical support, strict quality control, and reliable production.
HULK Metal delivers high-quality OEM casting aluminum brackets made to your exact drawings, using die casting, sand casting, or investment casting.
HULK Metal provides comprehensive Aluminium Die Casting Auto Parts solutions, covering engine, transmission, chassis, and electronic components. We meticulously manage every stage, from mold design, die casting, CNC machining, and surface treatment, to strict quality control, packaging, and delivery.
HULK Metal has provided excellent Agricultural Machinery Casting services to hundreds of customers worldwide.
HULK Metal supplies Automobile Casting Components for global automotive manufacturers and bulk buyers seeking reliable OEM partners in China. With ISO 9001 certified factories and mature casting experience, we produce Automobile Casting Parts strictly according to drawings.
HULK Metal specializes in OEM/ODM casting of Custom Flail Mower Hammer Blades. With an ISO 9001-certified factory, advanced foundry capabilities, and end-to-end quality control, we deliver wear-resistant, dimensionally accurate blades tailored to your machinery.
Aluminum Alloy 6063 / Customized
Profile Extrusion / Cutting / Deburring / CNC Process / Customized
Air conditioner / Frequency Converter / Communication Base Station / Computer / Electric Equipment / Customized
CE / ISO / RoHS / SGS / Customized
Anodizing / Sand Blasting / Painting / Chormating / Customized
Trademark printing / wooden box / plastic box / foam box / air film / Customized
Die Casting Engine Parts are widely used in automotive and industrial power systems where strength, accuracy, and heat dissipation matter.
HULK Metal is a trusted manufacturer of Custom Sickle Guards Casting, serving bulk buyers worldwide. Our ISO 9001-certified foundry delivers high-precision sickle guards in ductile iron, grey iron, or cast steel—tailored to your drawings.
HULK Metal delivers precise and durable Water Glass Sand Casting components for industrial and OEM applications. Combining advanced factories, CNC machining, comprehensive surface treatments, and rigorous quality control, we ensure reliable production and timely delivery.
Our Stainless Steel Castings are produced for demanding industrial applications where strength, corrosion resistance, and consistency matter. As an OEM-focused supplier, we manufacture strictly according to your drawings using sand casting, investment casting, or lost foam casting.
Resin sand casting is widely used for medium and large metal parts requiring good surface finish and stable structure.
HULK Metal provides professional reducer housing casting services, offering horizontal, vertical, integral, and split designs. Our complete OEM solutions include casting, CNC machining, surface treatment, quality inspection, packaging, and global delivery.
Name Precision Casting Castings
Manufacturing Methods Manufacturing According to Drawings
Materials Cast Iron / Aluminum / Stainless Steel / Carbon Steel / Gray Iron / Customized
Process Investment Casting / Ceramic Mold Casting / Metal Mold Casting, Die Casting, Lost Foam Casting
Surface Treatment Sandblasting / Shot Blasting / Powder Coating / Customized
Test Content & Data 1. Chemical composition; 2. Mechanical properties; 3. Metallographic inspection; 4. Inspection of appearance, size, shape, and position tolerance; 5. Surface roughness;
HULK Metal operates as a trusted Casting Motorcycle Parts manufacturer in China, specializing in aluminum die casting and sand casting motorcycle parts. Backed by ISO 9001 standards, our factories deliver precision OEM components tailored to your drawings.
Lost wax casting is ideal for producing complex metal parts with smooth surfaces and tight tolerances. As an experienced lost wax casting foundry in China, HULK Metal provides reliable OEM services based on your drawings.
HULK Metal provides comprehensive lost foam casting solutions for OEM projects, covering mold design, casting, CNC machining, surface treatment, and quality inspection.
Investment casting produces complex metal parts with smooth surfaces and tight tolerances through a precise lost wax process.
HULK Metal delivers ISO 9001-certified grey iron casting services with precision, durability, and cost efficiency.
HULK Metal has provided excellent metal casting services to hundreds of ductile iron casting parts purchasers around the world. More than 20 industries, including automobile manufacturing, machinery manufacturing, home appliance manufacturing, construction, agriculture, and energy, have used our products.
HULK Metal delivers high-quality custom cast iron drain pipe fittings through ISO 9001-certified factories. Our experienced team ensures precise production from drawings, rigorous quality control, and timely delivery.
You will get higher quality Centrifugal Casting Castings. HULK Metal has an advanced centrifugal casting production line that can produce cast iron, gray iron, ductile iron, stainless steel, high manganese steel and other raw materials.
HULK Metal has provided excellent metal casting services to hundreds of Cast Iron Casting parts purchasers around the world. Our products have been used in more than 20 industries, such as automobile manufacturing, machinery manufacturing, home appliance manufacturing, construction industry, etc.
Precision forging is a near-net-shape manufacturing process that creates high-strength components with superior mechanical properties. At HULK Metal, our OEM services integrate advanced hot and cold die forging with precision CNC machining.
HULK Metal provides a comprehensive OEM solution for high-precision forged steel parts, integrating advanced hot and cold forging factories with elite 5-axis CNC machining.
Description HULK Metal provides a vertically integrated manufacturing solution for Motorcycle Forged Parts, specializing in high-strength components like crankshafts, connecting rods, and triple clamps.
Mining environments demand components with exceptional wear resistance. HULK Metal manufactures custom mining forged parts using premium carbon and alloy steels.
ISO 9001-certified metal forging factory. The technical team supports every phase—from print review to process optimization. Faster turnaround without sacrificing accuracy. Full QA with returns/rework guarantee.
Forged gear blanks provide higher strength, better grain flow, and improved fatigue resistance compared with cut gears.
Forging small parts are widely used where strength, consistency, and tight tolerances matter. HULK Metal provides OEM services for custom forging small parts based on drawings or samples.
HULK Metal provides premium forged flanges manufactured with hot die forging and precise CNC machining. Our services cover raw material selection, surface treatment, strict quality inspection, and timely delivery.
Custom forged parts from HULK Metal offer superior strength, reliability, and performance across industries like automotive, construction, and energy. Using advanced forging techniques and a comprehensive quality control system, we provide parts made to your exact specifications.
Closed die forged parts are produced by shaping heated metal within precision dies, delivering higher strength, consistent grain flow, and tight tolerances.
HULK Metal’s forged components include manufacturing processes, materials, surface treatments, and quality control measures. From automotive to industrial applications, our forged components deliver superior performance and reliability
Manufacturing According to Drawings
Process Casting / Forging / Stamping
CNC Machining Turning, Milling, Planing, Drilling, Grinding, Drilling, Boring
Materials 304 / 316L / Aluminum Alloy / Customized
Manufacturing According to Drawings
Process Casting / Forging / Stamping
CNC Machining Turning, Milling, Planing, Drilling, Grinding, Drilling, Boring
Materials Carbon Steel / ND Steel / Stainless Steel / Aluminum Alloy / Customized
Manufacturing According to Drawings
Process Casting / Hot Forging
CNC Machining Turning, Milling, Planing, Drilling, Grinding, Drilling, Boring
Materials Carbon Steel / ND Steel / Stainless Steel / Aluminum Alloy / Customized
HULK Metal specialises in high-quality forged stainless steel parts and offers comprehensive OEM services. As a certified ISO 9001 factory in China, we ensure strict quality control, competitive pricing, and rapid order turnaround.
Name Motorcycle Parts Forging Parts
Manufacturing Methods Manufacturing According to Drawings
Materials Carbon Steel / Alloy Steel / Stainless Steel / Aluminum / Customized
Process Hot Forging / Cold Forging / Free Forging / Mold Forging / CNC Machining / Rilling Forging / Die Forging / Customized
Manufacturing According to Drawings
Process Hot Forging / Die Forging / Custom
CNC Machining Turning, Milling, Planing, Drilling, Grinding, Drilling, Boring
Materials Carbon Steel / ND Steel / Stainless Steel / Aluminum Alloy / Customized
Name Motorcycle Accessories Forging Parts
Manufacturing Methods Manufacturing According to Drawings
Materials Carbon Steel / Alloy Steel / Stainless Steel / Aluminum / Customized
Process Hot Forging / Cold Forging / Free Forging / Mold Forging / CNC Machining / Rilling Forging / Die Forging / Customized
Name Mining Machinery Forging Parts
Manufacturing Methods Manufacturing According to Drawings
Materials Carbon Steel / Alloy Steel / Stainless Steel / Customized
Process Hot Forging / Cold Forging / Free Forging / Mold Forging / CNC Machining / Die Forging / Customized
Custom hot forging parts are produced through controlled heating, precision die forging, machining, inspection, and delivery. HULK Metal supports OEM projects based on drawings, combining experienced technical teams, coordinated factories, and ISO 9001 management.
Name Cold Forging Parts
Manufacturing Methods Manufacturing According to Drawings
Materials 20Cr Steel / 20CrMo Steel / 20CrMnTi Steel /Aluminum / Aluminum Alloy / Customized
Process Cold Forging
Carbon Steel Forged Parts are widely used in applications where strength, durability, and dimensional stability are important. HULK Metal supplies Custom Carbon Steel Forged Parts through full OEM services, from drawing review, forging, machining, surface treatment to delivery.
Name Bicycle Accessories Forging Parts
Manufacturing Methods Manufacturing According to Drawings
Materials Carbon Steel / Alloy Steel / Stainless Steel / Aluminum / Customized
Process Hot Forging / Cold Forging / Free Forging / Mold Forging / CNC Machining / Rilling Forging / Die Forging / Customized
Name Auto Parts Forging Parts
Manufacturing Methods Manufacturing According to Drawings
Materials Carbon Steel / Alloy Steel / Stainless Steel / Aluminum / Customized
Process Hot Forging / Cold Forging / Free Forging / Mold Forging / CNC Machining / Rilling Forging / Die Forging / Customized
Name Auto Accessories Forging Parts
Manufacturing Methods Manufacturing According to Drawings
Materials Carbon Steel / Alloy Steel / Stainless Steel / Aluminum / Customized
Process Hot Forging / Cold Forging / Free Forging / Mold Forging / CNC Machining / Rilling Forging / Die Forging / Customized
Name Alloy Steel Forging Parts
Manufacturing Methods Manufacturing According to Drawings
Materials Alloy Steel
Process Hot Forging / Free Forging / Mold Forging / CNC Machining / Rilling Forging / Die Forging / Customized
Name Agricultural Machinery Accessories Forging Parts
Manufacturing Methods Manufacturing According to Drawings
Materials Carbon Steel / Alloy Steel / Stainless Steel / Customized
Process Hot Forging / Free Forging / Mold Forging / CNC Machining / Customized
HULK Metal is a manufacturer of sheet metal stamping parts in China. We have advanced stamping equipment, experienced workers, and perfect after-sales service to complete higher-quality orders faster at a lower price.
HULK Metal is committed to providing high-quality sheet metal automotive parts OEM services to customers around the world. We have a complete supply chain to provide you with better OEM services.
HULK Metal has developed over 16 years to become an experienced metal stamping manufacturer. We can manufacture higher quality steel metal stamping parts from carbon steel, stainless steel, and alloy steel. We have a complete quality control system.
HULK Metal has provided excellent metal stamping services to hundreds of stainless steel metal stamping parts purchasers around the world. Our products have been used in more than 20 industries, such as automobile manufacturing, machinery manufacturing, home appliance manufacturing, construction industry, etc.
HULK Metal is a professional manufacturer of home appliance metal stamping parts that has provided metal stamping services for the home appliance manufacturing industry for over 16 years.
Aluminum Alloy 6063 / Customized
Profile Extrusion / Cutting / Deburring / CNC Process / Customized
Air conditioner / Frequency Converter / Communication Base Station / Computer / Electric Equipment / Customized
CE / ISO / RoHS / SGS / Customized
Anodizing / Sand Blasting / Painting / Chormating / Customized
Trademark printing / wooden box / plastic box / foam box / air film / Customized
As a metal stamping service supplier with a strong production capacity, HULK Metal has 5 sets of stamping machines with a capacity of 315 tons, 5 sets of 200 tons capacity, 5 sets of 80 tons capacity and 5 sets of 60 tons capacity. We can provide customized manufacturing services for copper metal stamping parts of 0.1mm~10mm. Products can be certified by CE, SGS, GB, and other standards.
HULK Metal has 20 precision stamping machines that can process precision metal stamping parts from 0.05mm to 5mm. Our quality inspection team will strictly test the performance and parameters of the product to ensure that the quality of the product can meet your requirements.
HULK Metal has provided excellent metal stamping services for more than 20 industries such as automobiles, home appliances, machinery, and other manufacturing or construction industries.
HULK Metal has an experienced technical team that can customize complete custom stamping parts OEM solutions. We can supply products certified by CE, SGS, etc. and comprehensive services such as shipping and after-sales. You can buy metal stamping parts you want more easily at HULK Metal.
HULK Metal provides Custom Construction Metal Stamping Services for bulk buyers who demand precision, strength, and consistency.
HULK Metal is a professional manufacturer of metal stamping parts. Our factory has more automated stamping machines and advanced product quality inspection instruments so that we can complete higher quality carbon steel metal stamping parts faster.
HULK Metal provides professional brass metal stamping services with full-process technical support and production capacity. We specialize in manufacturing custom brass metal stamping parts that meet CE, GB, and SGS standards.
HULK Metal's factory has 20 stamping machines, 10 CNC machines, and perfect-quality inspection instruments. We can provide complete OEM services for metal stamping parts. We can manufacture metal stamping parts in automobiles, construction, household appliances, and other industries with copper, steel, and aluminum as raw materials.
HULK Metal is a professional Auto Accessories Metal Stamping Parts manufacturer with over 16 years of experience. We have a complete supply chain to supply you with complete metal stamping OEM services.
HULK Metal has been engaged in the manufacture of Aluminum Sheet Metal Stamping Parts for many years. We focus more on the needs of our customers and develop complete production solutions accordingly.
HULK Metal has been engaged in the stamping service of aluminum metal parts since the second half of the 20th century. Up to now, HULK Metal has been able to produce metal stamping parts with a thickness of 0.1mm~2mm using 1000~7000 aluminum alloy plates as raw materials.
HULK Metal provides high-quality Aluminum CNC Machining Parts, combining advanced multi-axis CNC machining, precise surface treatments, and strict quality control.
Aluminum Alloy 6063 / Customized
Profile Extrusion / Cutting / Deburring / CNC Process / Customized
Air conditioner / Frequency Converter / Communication Base Station / Computer / Electric Equipment / Customized
CE / ISO / RoHS / SGS / Customized
Anodizing / Sand Blasting / Painting / Chormating / Customized
Trademark printing / wooden box / plastic box / foam box / air film / Customized
HULK Metal delivers high-precision CNC auto parts through ISO 9001-certified factories in China, offering full OEM machining services—from design review and material sourcing to surface treatment, rigorous inspection, and global delivery.
Name CNC Machining Aluminum Die Casting Parts
Manufacturing According to Drawings
Materials Al-Mg Alloy / Al-Zn Alloy / Al-Si Alloy / Customized
Surface Anodized / Passivated / Polished / Powder Coating / Brushed / Customized
Precision Machining for Agricultural Parts requires stable accuracy, durable materials, and consistent production control. HULK Metal provides Agricultural Sector Parts Machining Services based on customer drawings, covering turning, milling, drilling, and finishing.
Precision bicycle part machining demands tight tolerances, lightweight strength, and flawless surface finishes—exactly what HULK Metal delivers.
HULK Metal delivers precision custom flange machining based on your drawings, using advanced 3-, 4-, and 5-axis CNC equipment in ISO 9001-certified factories.
Ductile Iron / Stainless Steel / Gray Iron / Cast Steel / Customized
+/-0.01mm
CT9
Casting / CNC / Customized
≥1.6Mpa, ≤6.4Mpa
Painting / Plating / Polishing / Customized
Anti-collision / Brand Logo / Customized
CB / CE / URV / Customized
Sewage Pump Impellers
Manufacturing According to Drawings
QT (Ductile Iron) HT (Grey Cast Iron) Cast Steel (ZG25)
Gray cast iron, ductile iron pump impellers: 1. Resin sand casting; 2. Lost foam casting; 3. Coated sand casting;
Cast steel pump impellers: precision casting, lost wax casting.
Powder spraying, Painting
Sewage Pump Housing
Manufacturing According to Drawings
QT (Ductile Iron) HT (Grey Cast Iron) Cast Steel (ZG25)
Gray cast iron, ductile iron Sewage Pump Housing: 1. Resin sand casting; 2. Lost foam casting; 3. Coated sand casting;
Cast steel Sewage Pump Housing: precision casting, lost wax casting.
Powder spraying, Painting
Sewage Pump Bases
Manufacturing According to Drawings
QT (Ductile Iron) HT (Grey Cast Iron) Cast Steel (ZG25)
Gray cast iron, ductile iron Sewage Pump Bases: 1. Resin sand casting; 2. Lost foam casting; 3. Coated sand casting;
Cast steel Sewage Pump Bases: precision casting, lost wax casting.
Powder spraying, Painting
Pipeline pump Motor Bracket
Manufacturing According to Drawings
QT (Ductile Iron) HT (Grey Cast Iron) Cast Steel (ZG25)
Gray cast iron, ductile iron Pipeline pump Motor Bracket: 1. Resin sand casting; 2. Lost foam casting; 3. Coated sand casting;
Cast steel Pipeline pump Motor Bracket: precision casting, lost wax casting.
Powder spraying, Painting
Pipeline Pump Impellers
Manufacturing According to Drawings
QT (Ductile Iron) HT (Grey Cast Iron) Cast Steel (ZG25)
Gray cast iron, ductile iron Pipeline Pump Impellers: 1. Resin sand casting; 2. Lost foam casting; 3. Coated sand casting;
Cast steel Pipeline Pump Impellers: precision casting, lost wax casting.
Powder spraying, Painting
Pipeline Pump Covers
Manufacturing According to Drawings
QT (Ductile Iron) HT (Grey Cast Iron) Cast Steel (ZG25)
Gray cast iron, ductile iron Pipeline Pump Covers: 1. Resin sand casting; 2. Lost foam casting; 3. Coated sand casting;
Cast steel Pipeline Pump Covers: precision casting, lost wax casting.
Powder spraying, Painting
Pipeline Pump Housings
Manufacturing According to Drawings
QT (Ductile Iron) HT (Grey Cast Iron) Cast Steel (ZG25)
Gray cast iron, ductile iron Pipeline Pump Housings: 1. Resin sand casting; 2. Lost foam casting; 3. Coated sand casting;
Cast steel Pipeline Pump Housings: precision casting, lost wax casting.
Powder spraying, Painting
Centrifugal Pump Impellers
Manufacturing According to Drawings
QT (Ductile Iron) HT (Grey Cast Iron) Cast Steel (ZG25)
Gray cast iron, ductile iron pump impellers: 1. Resin sand casting; 2. Lost foam casting; 3. Coated sand casting;
Cast steel pump impellers: precision casting, lost wax casting.
Powder spraying, Painting
1. Chemical composition; 2. Mechanical properties; 3. Metallographic inspection; 4. Inspection of appearance, size, shape, and position tolerance; 5. Surface roughness;
Centrifugal Pump Covers
Manufacturing According to Drawings
QT (Ductile Iron) HT (Grey Cast Iron) Cast Steel (ZG25)
Gray cast iron, ductile iron pump covers 1. Resin sand casting; 2. Lost foam casting; 3. Coated sand casting;
Cast steel pump covers: precision casting, lost wax casting.
Powder spraying, Painting
Name Centrifugal Pump Bottom Plates
Manufacturing According to Drawings
QT (Ductile Iron) HT (Grey Cast Iron) Cast Steel (ZG25)
Gray cast iron, ductile iron Centrifugal Pump Bottom Plates: 1. Resin sand casting; 2. Lost foam casting; 3. Coated sand casting;
Cast steel Centrifugal Pump Bottom Plates: precision casting, lost wax casting.
Powder spraying, Painting
Manufacturing According to Drawings
QT (Ductile Iron) HT (Grey Cast Iron) Cast Steel (ZG25)
Gray cast iron, ductile iron pump Housings: 1. Resin sand casting; 2. Lost foam casting; 3. Coated sand casting;
Cast steel pump Housings: precision casting, lost wax casting.
Ductile Iron / Stainless Steel / Gray Iron / Cast Steel / Customized
+/-0.01mm
CT9
Casting / CNC / Customized
≥1.6Mpa, ≤6.4Mpa
Painting / Plating / Polishing / Customized
Anti-collision / Brand Logo / Customized
CB / CE / URV / Customized
Ductile Iron / Stainless Steel / Gray Iron / Cast Steel / Customized
+/-0.01mm
CT9
Casting / CNC / Customized
≥1.6Mpa, ≤6.4Mpa
Painting / Plating / Polishing / Customized
Anti-collision / Brand Logo / Customized
CB / CE / URV / Customized
Ductile Iron / Stainless Steel / Gray Iron / Cast Steel / Customized
+/-0.01mm
CT9
Casting / CNC / Customized
≥1.6Mpa, ≤6.4Mpa
Painting / Plating / Polishing / Customized
Anti-collision / Brand Logo / Customized
CB / CE / URV / Customized
Ductile Iron / Stainless Steel / Gray Iron / Cast Steel / Customized
+/-0.01mm
CT9
Casting / CNC / Customized
≥1.6Mpa, ≤6.4Mpa
Painting / Plating / Polishing / Customized
Anti-collision / Brand Logo / Customized
CB / CE / URV / Customized
Ductile Iron / Stainless Steel / Gray Iron / Cast Steel / Customized
+/-0.01mm
CT9
Casting / CNC / Customized
≥1.6Mpa, ≤6.4Mpa
Painting / Plating / Polishing / Customized
Anti-collision / Brand Logo / Customized
CB / CE / URV / Customized
Ductile Iron / Stainless Steel / Gray Iron / Cast Steel / Customized
+/-0.01mm
CT9
Casting / CNC / Customized
≥1.6Mpa, ≤6.4Mpa
Painting / Plating / Polishing / Customized
Anti-collision / Brand Logo / Customized
CB / CE / URV / Customized
Ductile Iron / Stainless Steel / Gray Iron / Cast Steel / Customized
+/-0.01mm
CT9
Casting / CNC / Customized
≥1.6Mpa, ≤6.4Mpa
Painting / Plating / Polishing / Customized
Anti-collision / Brand Logo / Customized
CB / CE / URV / Customized
Ductile Iron / Stainless Steel / Gray Iron / Cast Steel / Customized
+/-0.01mm
CT9
Casting / CNC / Customized
≥1.6Mpa, ≤6.4Mpa
Painting / Plating / Polishing / Customized
Anti-collision / Brand Logo / Customized
CB / CE / URV / Customized
Ductile Iron / Stainless Steel / Gray Iron / Cast Steel / Customized
+/-0.01mm
CT9
Casting / CNC / Customized
≥1.6Mpa, ≤6.4Mpa
Painting / Plating / Polishing / Customized
Anti-collision / Brand Logo / Customized
CB / CE / URV / Customized
Ductile Iron / Stainless Steel / Gray Iron / Cast Steel / Customized
+/-0.01mm
CT9
Casting / CNC / Customized
≥1.6Mpa, ≤6.4Mpa
Painting / Plating / Polishing / Customized
Anti-collision / Brand Logo / Customized
CB / CE / URV / Customized
HULK Metal provides premium push sleds designed for professional training and commercial gyms, offering diverse types, robust construction, and customizable features.
This product detail focuses on Monolift Rack Attachments. It covers features, manufacturing processes, quality control, and benefits.
HULK Metal provides premium OEM squat racks, including power racks, half racks, wall-mounted, foldable, and combo designs. Each rack is produced with precision metalworking, strict quality inspections, and advanced surface treatments.
HULK Metal''s Safety Spotter Arms are engineered for strength, safety, and long-term durability in commercial and home gym racks. Manufactured with high-quality steel, precise welding, and advanced surface treatments, each unit undergoes strict inspection and testing.
HULK Metal provides a comprehensive OEM manufacturing solution for rear base stabilizers, focusing on structural integrity and precision. Utilizing advanced robotic welding, CNC laser cutting, and professional surface treatments, we ensure every component achieves a 99.8% precision rate.
HULK Metal provides a comprehensive OEM manufacturing solution for high-strength fitness crossmembers, serving as the structural backbone for commercial power racks and functional rigs. By integrating ISO 9001-certified processes with advanced CNC laser cutting and robotic welding, we deliver rack crossmember components with a 99.8% precision rate.
HULK Metal provides durable, safe, and customizable medicine ball holder racks, including vertical, horizontal, and modular designs. With integrated factory resources, strict quality control, certified production, and comprehensive OEM services, we ensure faster delivery, competitive pricing, and reliable after-sales support. Ideal for commercial gyms, training centers, and bulk buyers seeking high-quality, long-lasting fitness storage solutions.
HULK Metal provides a comprehensive OEM solution for high-quality front foot extensions, utilizing advanced robotic welding, laser cutting, and ISO 9001-certified quality control. We deliver precision-engineered stabilizers that enhance equipment safety and footprint integrity for global fitness brands. Our vertically integrated factory ensures competitive pricing, rapid production cycles, and a 99.8% precision rate. Backed by a lifetime quality guarantee, we empower procurement teams to streamline their supply chain with durable, high-performance metal components.
HULK Metal provides a comprehensive OEM manufacturing solution for high-capacity dumbbell stands, prioritizing structural integrity and long-term durability. Our facility integrates ISO 9001 standards with advanced robotic welding and CNC laser cutting to achieve a 99.8% precision rate. From heavy-duty tiered racks to space-saving vertical towers, we manage the entire lifecycle—from raw material inspection to global logistics—delivering cost-effective, commercial-grade storage solutions that meet the rigorous safety and aesthetic demands of professional fitness environments.
HULK Metal provides a comprehensive OEM solution for the dip bar attachment, integrating high-wattage laser cutting and robotic welding to achieve a 99.8% precision rate. Our facility specializes in heavy-duty structural steel fabrication, offering diverse surface treatments like electrostatic powder coating for maximum durability. By optimizing our vertically integrated supply chain, we deliver certified, commercial-grade dip attachment units at competitive prices with accelerated lead times, ensuring a stable and high-quality inventory for global fitness brands.
HULK Metal provides high-capacity OEM manufacturing for commercial-grade Chin Up Bars, utilizing over 50 automated welding stations and high-speed fiber laser cutting. Our ISO 9001-certified factory ensures every component meets a 99.8% precision rate, delivering structural safety and aesthetic consistency.
Our heavy-duty Barbell Holder Attachment is engineered for seamless integration into commercial power racks and home gym systems. Utilizing high-grade steel and precision laser cutting, we provide comprehensive OEM services that transform your technical drawings into market-ready components.
HULK Metal delivers industrial-grade Weight Plate Tree manufacturing, transforming complex technical drawings into durable gym hardware. Our Bar and Weight Plate Tree OEM services prioritize structural integrity through advanced metalworking.
Our J Hooks and J Cups for Power Rack OEM services are designed for brands and wholesalers sourcing in volume. HULK Metal supports full-process manufacturing from drawings, covering stamping, welding, machining, and surface treatment under ISO 9001 control.
Fitness Equipment Extrusions are widely used for frames, rails, supports, and structural connectors in commercial gym equipment. HULK Metal provides OEM production covering extrusion forming, precision cutting, CNC machining, welding, and surface treatment.
HULK Metal provides Weight Plate Holder OEM services for global gym equipment brands and wholesalers seeking dependable large scale supply. From standard weight plate racks to custom bumper plate storage solutions, our factories support cutting, welding, bending, machining, and finishing under ISO 9001 systems.
Fitness Equipment Parts often involve complex structures, load-bearing requirements, and strict consistency standards. HULK Metal provides Custom Fitness Equipment Parts through OEM production, supporting drawings or samples.
Exercise equipment parts form the structural and functional backbone of modern fitness machines. HULK Metal offers OEM services focused on custom exercise equipment parts manufactured strictly to drawings.
HULK Metal crafts Custom Workout Equipment Parts to your exact drawings—no job too complex. With full in-house metal fabrication and strict ISO controls, we deliver stronger, smoother, and more consistent parts than typical suppliers.
HULK Metal Crafts Gym Equipment Components with tighter tolerances and heavier-duty builds than most. We handle OEM requests from start to finish—stamping, welding, laser cutting, and forging—all under one roof.
HULK Metal delivers high-quality custom barbell rack OEM services backed by decades of metal fabrication expertise. Our ISO 9001-certified factories handle everything from raw material sourcing to final delivery. Whether you need power racks, squat racks, or wall-mounted systems, we produce precise, durable parts that meet your exact specifications.
HULK Metal is a trusted OEM supplier of custom gym equipment rack and parts, backed by ISO 9001-certified factories and full-sheet metal production capabilities. We manufacture power racks, squat racks, wall-mounted systems, and more—exactly to your drawings.
HULK Metal produces custom power racks from iron, steel, stainless steel, and aluminum using sheet metal, profiles, pipes, and strips. Our processes include stamping, CNC machining, welding, casting, and forging.
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.
Room 901, Intelligent Park A Building, No. 86 ChunYang Rd, Qingdao, China 266109
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