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Chenlong Hardware is a specialized manufacturer of metal pegboards and a wide range of hardware products. We excel in hardware machining and mold design, and are equipped with well-equipped testing facilities and a strong technical team.
We have a large-scale production base with advanced production lines and equipment, which can realize large-scale production and ensure the stability of product quality and delivery time.
We have a professional quality inspection team and advanced testing equipment to carry out strict quality inspection on products from raw materials to finished products.
We have a large warehouse and a complete inventory management system, which can ensure that a large number of products are in stock.
Since our establishment in 2004, we have accumulated more than 20 years of industry experience and developed profound expertise in the manufacturing of metal garage hooks. Our team is composed of experienced engineers, designers, and technicians. They not only master cutting-edge production technologies but also have a keen insight into customer needs and market trends. This enables us to ensure that the metal pegboards we develop are both innovative and practical.
A garage hook is a functional hanging device specifically designed for the complex storage environment of a garage. Through scientific mechanical structure design, it utilizes the load-bearing potential of vertical surfaces such as walls and ceilings to achieve three-dimensional storage of tools, equipment, and miscellaneous items. It is not merely a simple hanging tool but a systematic space optimization solution that can be tailored to the characteristics of items in the garage, fundamentally addressing issues such as space waste and inconvenient access caused by items piled on the ground.
Made from carbon structural steel of Q235 grade or higher, formed through cold rolling and then subjected to overall quenching treatment, with a yield strength of over 345 MPa. Hooks made from this steel exhibit exceptional resistance to deformation, with deflection not exceeding 0.5 mm when continuously bearing a load of 15–20 kg. The surface is typically treated with electrophoretic zinc plating, with a zinc layer thickness of over 8μm, passing a 480-hour salt spray test. This effectively resists moisture and oil contamination in garages, making it ideal for hanging heavy tools like wrenches and impact drills.
Using 6061 aluminum alloy as the base material, a 50μm ceramic oxide layer is formed through micro-arc oxidation technology, followed by a PVC coating applied via fluidized bed immersion coating, with the coating thickness uniformly controlled between 0.8-1.2mm. This composite structure combines the lightweight properties of aluminum alloy (30% lighter than steel hooks of the same specification) with the cushioning performance of plastic, featuring a friction coefficient of 0.65 to effectively prevent suspended items from slipping.
The plastic coating uses food-grade PVC material, certified compliant with RoHS environmental standards, to prevent scratches on delicate or easily damaged surfaces such as bicycle frames and garden shears.
Forged from chromium-molybdenum alloy steel (Cr-Mo) and subjected to isothermal annealing treatment, it achieves a tensile strength of up to 800 MPa and a fracture elongation rate of ≥15%. The critical load-bearing areas of the hook feature rounded transitions to eliminate stress concentration points, ensuring structural stability even under loads exceeding 50 kg. Commonly used for suspending ultra-heavy items such as motorcycle helmets and folding scaffolding, its load-bearing redundancy design achieves a safety factor of over 3.5 (i.e., the actual breaking load is 3.5 times the rated load).
The size range covers a full series of specifications from 38mm × 12mm (mini hook) to 300mm × 50mm (heavy-duty hook), meeting the suspension needs of various items. The shape design follows ergonomic principles and matches the characteristics of the items: The curvature radius of the S-shaped hook is optimized, with an arc surface design of R15-R25mm that perfectly fits rod-shaped items with diameters of 8-20mm;
The right angle precision of the L-shaped hook is controlled within 90°±1°, ensuring vertical alignment when hanging long, flat items such as aluminum alloy profiles or pipes; the hook tip angle of the J-shaped hook is 30°, combined with a 0.5mm barb design to prevent suspended items from accidentally falling off.
Load-bearing capacity is distributed in a stepped pattern: Micro-sized plastic-coated hooks (≤50mm in length) have a rated load capacity of 2-5kg, suitable for lightweight items such as wires and gloves; Medium-sized steel hooks (100-200mm) have a load capacity of 10-25kg, suitable for most handheld tools; heavy-duty alloy hooks (≥200mm) have a load capacity of 30-100kg, meeting the suspension requirements for large equipment. Each hook specification has passed a static load test at 1.5 times the rated load (continuous loading for 12 hours), ensuring safety during actual use.
Features a hinged structure design, allowing the hook body to rotate and fold 90°, enabling space-saving storage against a wall when not in use. The pivot point uses stainless steel bearings, enabling over 10,000 rotations without binding. Equipped with adjustable flanges secured by a knob-style locking mechanism, it accommodates items with diameters ranging from 10-30mm, making it ideal for suspending flexible, elongated items such as vacuum cleaner hoses or car wash hoses.
Composed of 3-5 independent hook units arranged in a stepped pattern (vertical spacing of 50-80mm), each unit can independently support 8-12kg. Manufactured using an integrated stamping process, the back reinforcement ribs have a thickness of 2mm, enhancing overall rigidity by 40% compared to standard combination hooks. Suitable for hanging sets of socket wrenches, screwdrivers of different specifications, and other grouped tools, enabling centralized storage and categorized retrieval.
Features 360° free rotation, with an adjustable arm length ranging from 150-300mm, secured in 5 positions using locating pins. The hook head features an arc-shaped design with rubber anti-slip pads. When hanging heavy items like bicycles, it automatically adjusts the force angle to prevent deformation caused by localized stress. The rotating shaft is chrome-plated with a surface roughness of Ra ≤ 0.8 μm, ensuring smooth rotation.
Integrated with neodymium iron boron magnets (magnetic strength ≥8000 Gauss) on the steel hook, it can adhere to the metal parts of metal tools, providing dual fixation. The magnets are encapsulated in an ABS plastic housing and integrated with the hook body through injection molding, capable of withstanding temperature changes from -30°C to 80°C. It is particularly suitable for hanging small metal tools such as metal tape measures and wire brushes, offering convenient access and reducing the risk of loss.
Designed for professional tools such as socket wrenches and torque wrenches, the hook head features size markings (e.g., 10mm, 13mm) and corresponding recessed grooves to ensure precise tool positioning. The load-bearing rod has a diameter of 8mm and undergoes tempering treatment, capable of withstanding the long-term suspension of a wrench set (approximately 15kg). The bottom is equipped with a 15mm-high anti-fall guard to prevent tools from falling off during garage vibrations.
Includes U-shaped fork hooks (for hoes, rakes), circular brackets (for watering cans), and grid-shaped hanging baskets (for gardening gloves, seed packets) as combination components. The surface is coated with UV-resistant outdoor-grade plastic powder to withstand aging caused by direct sunlight. The opening width of the fork-shaped hooks can be adjusted via springs (60–120mm) to accommodate gardening tools with different handle diameters.
Specifically designed for mountain bikes, snowboards, yoga balls, etc. The bike hook features a double J-shaped symmetrical structure with an opening width of 120mm. When used with rubber pads, it prevents frame scratches. Each hook can support up to 50kg, enabling vertical suspension of bikes (saving 70% of floor space). The snowboard hook features a roller-style design with V-shaped slots for positioning, allowing adjustable spacing to accommodate snowboards of different lengths.
Designed for storing hazardous items such as gasoline drums and pesticides, this hook features an integrated leak-proof tray and hook design. The tray has a depth of 30mm and can accommodate 500ml of leaked liquid. The hook is equipped with a safety lock mechanism that requires a key to open, preventing accidental access by children. The material combines chemical-resistant polypropylene (PP) and 316 stainless steel, capable of withstanding acid and alkali corrosion.
Garage space is often severely wasted due to flat stacking, but garage hooks utilize three-dimensional storage, increasing the effective storage capacity of the garage by 60%-80%. Taking a typical 2.5m-high garage wall as an example, traditional floor-based storage methods can only accommodate a limited number of items per square meter.However, with the hook system, each square meter of wall space can store 5-8 times more items than floor-based storage, with vertical space utilization rates increasing from 30% to over 85%.
The development of ceiling space provides dedicated storage for seasonal items, such as winter tires that can be hung on ceiling hooks, and holiday decorations that can be neatly stored, fully achieving the goal of “maximizing vertical space” for spatial optimization. This eliminates clutter in the garage and frees up more usable areas.
In terms of item management, the garage hooks adopt a “visual storage + zone-based positioning” model, completely transforming the inefficient process of searching for items. After all tools are hung on the hooks, their status is immediately clear, reducing retrieval time from an average of 5 minutes to under 30 seconds. Combined with a labeling system and color coding, management becomes more scientific and standardized.
For example, red hooks are specifically used to hang emergency tools, allowing you to quickly locate the necessary tools in case of an emergency; blue hooks are used to store cleaning supplies, making cleaning preparations more efficient. For professional settings like auto repair shops, this management model can reduce tool loss rates by over 90%, saving 30% on annual tool replacement costs, significantly improving operational efficiency and economic benefits.
Hanging storage not only facilitates access but also provides scientific protection for equipment. By hanging items on hooks, a safe distance of 50-100mm is maintained between items, preventing surface scratches caused by collisions, reducing cosmetic damage by over 80%. For electric tools, vertical suspension keeps the motor in a naturally ventilated state, effectively reducing dust accumulation.
Experimental data shows that this storage method can reduce motor failure rates by 40%. For gardening tools, hanging storage prevents metal components from coming into contact with the ground and rusting due to moisture. Actual testing has shown that this can extend the service life by 2-3 times, keeping tools in optimal condition and reducing maintenance and replacement costs.
As an important space in homes or workplaces, garage safety is paramount. After installing garage hooks, the floor remains free of clutter, increasing passage space by over 50% and reducing tripping accidents by 95%, providing a safer environment for daily activities. For heavy items, securing them to load-bearing structures via hooks has passed impact resistance tests, demonstrating the ability to withstand the shaking of a 5-magnitude earthquake, preventing dangerous situations caused by item overturns. For hazardous chemicals, specialized hooks feature leak-proof designs and safety locks, effectively preventing slip risks and accidental contact caused by liquid leaks, ensuring comprehensive safety for workers.
Compared to custom storage cabinets, the garage hook system offers significant advantages in cost control. Initial investment costs are reduced by 60%-70%, and installation time is reduced by 80%. A standard household garage can complete the entire system installation in just 2 hours without professional assistance, significantly saving time and labor costs.
The modular design also keeps expansion costs extremely low. When new items are added, simply add the corresponding hooks, with each hook costing between 10 and 50 yuan, without the need for a complete overhaul. From a lifecycle cost perspective, the annual usage cost of the hook system is only one-fifth that of a shelving system, making it highly cost-effective whether for short-term investment or long-term use.
The removable design of garage hooks allows them to flexibly adapt to changes in garage layout. Even in the event of relocation, they can be easily disassembled and reused, achieving a 100% reuse rate. In terms of environmental adaptability, they have strong temperature adaptability, maintaining structural stability in environments ranging from -40°C to 70°C, and have passed rigorous high-low temperature cycle tests.
In humid underground garages, 316 stainless steel hooks can be selected, and they can also be used normally in saline-alkali regions. They are suitable for various climate zones and building types, and can perform outstanding storage functions in any complex environment.
First, clearly define your usage needs, considering the type, weight, and size of items to be hung. For heavy items like bicycles or ladders, choose heavy-duty alloy hooks with high load-bearing capacity; for small tools, ordinary plastic-coated hooks or tool-specific hooks are sufficient.
Second, consider the characteristics of the installation location. Different installation locations suit different types of hooks. For example, when installing on a pegboard, choose hooks compatible with the pegboard; when installing on a ceiling, select hooks with appropriate installation accessories.
Additionally, pay attention to the material and quality of the hooks. High-quality materials ensure the longevity and safety of the hooks. When purchasing, opt for well-known brands or products with good reputations.
Finally, consider the flexibility and scalability of the hooks to accommodate future changes in needs.
Before installation, carefully inspect the load-bearing capacity of the installation location to ensure it can support the total weight of the hooks and the items they will hold. For walls and ceilings, determine the material type and select appropriate installation tools and accessories.
During installation, use the correct installation method and follow the hook’s installation instructions. Tighten screws and anchors to ensure the hooks are securely fastened and prevent loosening.
When installing hooks on peg boards, arrange the hooks appropriately based on the size and weight of the items to avoid overcrowding and ensure each hook can bear the load properly.
After installation, perform a test by gently pulling on the hooks to check their stability. For hooks intended to hold heavier items, first test with lighter items to confirm stability before hanging heavier objects.
In 12 months, we willprovide you with replacement orrepair services for other problems except for quality problems caused by human causes.
We implement a strict ISO-certified quality management system, and every link from raw material procurement to final product delivery is subject to strict quality control. We use advanced testing equipment and processes to ensure that every product meets international standards. In addition, we conduct multiple rounds of testing on all products, including load-bearing tests, durability tests, and environmental adaptability tests to ensure that they can perform well under various conditions.
The company was established in 2004, We have been providing machining service for customer OEM metal parts for over 20 years .A professional production of various metal stamping parts, metal machining, mold design and manufacture and sales of businesses.
We are committed to providing customers with excellent service and support. Our customer service team is always ready to answer your questions and provide technical support. We provide detailed installation instructions, fast-response technical support, and comprehensive after-sales protection. No matter which stage you need help, we will provide you with timely support to ensure your satisfaction.
Always a pre-production sample before mass production;
Always final Inspection before shipment;
Generally it is 2-5 days if the goods are in stock. Or it is 30-35 days if the goods are not in stock,it is according to quantity.
Yes, we could offer the sample for free charge but do not pay the cost of freight.
If you have another question, pls feel free to contact us.
