The 2060 Heavy Duty Pull Out Forklift Rack manufactured by Wanka is different from ordinary lightweight drawer-type shelves and traditional pallet rack systems. Its overall structure is designed for heavy-load material storage scenarios, taking into account factors such as load-bearing stability, access efficiency, space utilization, and long-term usage safety. It is highly suitable for enterprises to store heavy plates in large quantities, with high frequency, and under heavy loads.
First, the heavy-load structure is stable and durable. The 2060 heavy-duty drawer forklift rack is made entirely of national standard Q235B steel. The columns, crossbeams, and drawer bottom plates are all made of thickened materials, with reinforced ribs at key stress points, ensuring uniform force distribution and preventing sagging, bending, or deformation. The standard single layer can bear a load of 2 tons, and the customized version can reach 3 to 5 tons. It can store heavy materials such as thick steel plates, stainless steel plates, and mold plates for a long time, and the structure remains stable even when fully loaded, making it suitable for industrial continuous operations.
Second, the efficiency of direct carton retrieval is significantly improved. Traditional plate stacking requires manual material flipping, crane lifting, and multiple-person cooperation, which is time-consuming and labor-intensive. The 2060 heavy-duty drawer forklift rack allows the drawer to be pulled out to more than 80% of its depth. The forklift's cargo fork can directly enter the bottom of the pallet, allowing for full-pallet retrieval and repositioning without moving the upper layer materials. A single forklift can complete all storage and retrieval tasks, increasing warehouse operation efficiency by more than three times and significantly reducing labor costs and handling damage.
Third, vertical layer storage saves space. Plate warehouses often have large floor space and serious space waste. Flat stacking can only utilize the ground space, leaving the upper layer space idle. The 2060 heavy-duty drawer forklift rack adopts a multi-layer vertical structure. The conventional three to eight layers can be freely combined. The transition from flat stacking to vertical storage saves more than 60% of warehouse area, effectively reducing factory rental and expansion costs. The warehouse is overall neat and orderly, facilitating management and inventory checking.
Fourth, independent layer storage protects plates. Ordinary stacking can cause plates to be squeezed, rubbed, scratched, or deformed. High-value stainless steel plates, coated plates, and aluminum plates are particularly prone to damage and scrap. The 2060 heavy-duty drawer forklift rack stores each layer independently, with no contact, stacking, or squeezing, ensuring the plate surface is intact and clean, significantly reducing material loss and effectively protecting the appearance quality of the plates. It is suitable for precision sheet metal and high-end plate processing enterprises.
Fifth, multiple safety protection designs. The 2060 heavy-duty drawer forklift rack adopts full welding technology, with strong and stable weld seams. The drawer is equipped with mechanical self-locking structure and safety pins, which automatically lock after being pulled out and will not accidentally slide out. This effectively avoids operational safety accidents. The product undergoes static load, dynamic load, and repeated pulling tests before leaving the factory, with a safety coefficient higher than that of ordinary shelves, suitable for complex working conditions in workshops with frequent operations and frequent forklift entries and exits.
Sixth, anti-corrosion and wear resistance, long service life. The surface of the rack is processed through a complete set of processes including acid washing, phosphating, rust removal and oil removal, electrostatic spraying, and high-temperature curing, with strong coating adhesion, wear-resistant, anti-corrosion, and corrosion-resistant properties. It can adapt to various environments such as damp workshops, ordinary warehouses, and ventilated factories. Under normal and standardized use, it can be stable for more than fifteen years. Daily maintenance is simple, and the overall usage cost is lower.
Our 2060 Heavy Duty Pull Out Forklift Rack is suitable for various large, heavy, and precision sheet storage scenarios. It has strong versatility and wide applicability across industries, serving as a standardized upgrade solution for sheet processing and heavy material storage.
The laser cutting workshop is the core application scenario for this type of rack. The laser factory has diverse sheet specifications, varying thicknesses, and fast turnover rates. Traditional ground storage is chaotic, with slow material location, difficult retrieval, and high sheet abrasion rates. After using the 2060 heavy-duty drawer forklift rack, sheets can be stored layer by layer and categorized by material, thickness, and specification. The forklift can directly pull and retrieve the materials for the machine, eliminating the need for secondary handling. The sheet surface integrity rate has significantly improved, and the cutting production efficiency has become more stable.
The steel plate trading warehouse is highly suitable for the batch use of the 2060 heavy-duty drawer forklift rack. Trading enterprises have fast material turnover, numerous product categories, and large inventory volumes. Traditional stacking occupies a large area of space, making inventory checking difficult and causing errors in entry and exit. After using the 2060 heavy-duty drawer forklift rack, the materials can be stored in a clear, distinguishable manner by material type, size, and specification. The inventory is clearly visible, the entry and exit speeds are faster, the warehouse is more tidy and standardized, and the customer visitation experience is better.
Mechanical processing and mold factories often use the 2060 heavy-duty drawer forklift rack to store mold steel plates, thick plates, wear-resistant plates. These materials are heavy and difficult to handle manually. Traditional methods rely on cranes for lifting, which is cumbersome and poses safety risks. The 2060 heavy-duty drawer forklift rack supports direct forklift retrieval, reducing crane reliance, simplifying the operation process, and making the workshop passage more unobstructed. On-site safety management becomes more standardized.
Sheet metal processing enterprises often use the 2060 heavy-duty drawer forklift rack to store plates with high appearance requirements, such as aluminum plates, copper plates, galvanized plates, and laminated plates. Layered independent storage can effectively protect the plate surfaces, preventing scratches, bumps, and deformation, improving the appearance quality of finished sheet metal parts, reducing rework and scrap, and increasing product qualification rates.
Shipbuilding and steel structure engineering enterprises can use the 2060 heavy-duty drawer forklift rack to store large plates, profiles, and thick materials. Three-dimensional storage saves construction site space, and the forklift can quickly store and retrieve materials, adapting to the rush pace of engineering projects. Material allocation becomes more efficient and orderly, and the site safety management becomes more standardized.
In terms of real customer cases, many domestic laser cutting enterprises have replaced traditional ground storage after the replacement, significantly reducing warehouse floor area and reducing the loss rate of sheets by 90%. Overall warehouse efficiency has significantly improved. Overseas Southeast Asian sheet trading companies have purchased the 2060 heavy-duty drawer forklift rack in batches, effectively solving problems such as rusting of damp environment sheets, chaotic stacking, and insufficient space. The standardization level of warehouse storage has significantly increased.
The 2060 Heavy Duty Pull Out Forklift Rack is all shipped in standard industrial loose parts packaging, suitable for domestic logistics and international sea freight packing. The packaging is solid and protective, minimizing damage from transportation impacts.
The product is packaged in separate sections, with columns, beams, drawer panels, rails, and accessories packaged separately to avoid large items from rubbing and scratching. The spray-painted surfaces are all wrapped with wrapped films and bubble films, and protective corners are added to prevent deformation from collision during transportation. Small accessories such as screws, pins, locks, and installation instructions are packaged separately in waterproof bags to prevent loss and moisture.
All packaging sides are marked with product name, specifications, quantity, and batch information, as well as moisture-proof and pressure-proof labels to facilitate customer receipt verification, classification storage, and quantity checking. The entire shelving unit is a modular standard component, without welded assembled large items, with high logistics loading rate, saving transportation volume, and effectively reducing customer logistics costs.
In terms of shipping process, all qualified quality inspections are packaged and dispatched uniformly. Domestic orders are given priority to express logistics, with stable delivery time and low damage rate. Most regions receive the goods within 3 to 7 days. Large orders can be arranged for direct delivery by the entire vehicle, reducing transfer links. For export orders, standard containers are used for packing, making full use of the container space, ensuring stability and firmness, avoiding sea transportation jolts and vibrations, and cooperating with professional customs declaration procedures to ensure the smooth delivery of goods.
Each shipment provides a detailed packing list, and customer service follows the logistics status in real time, promptly providing feedback on the transportation progress. In case of damage, missing parts, etc. during transportation, they can be quickly verified and reissued to ensure that customers can smoothly install and use the goods after receipt.
It mainly supports plates ranging from 2000 to 6000 millimeters. Common long, short, wide and thick plates can be stored and retrieved. Industrial commonly used plates such as laser-cut plates, stainless steel plates, cold-rolled plates, aluminum plates, and coated plates can all be compatible.
The drawer pull stroke of the shelf is reasonable. The tray size is in line with the specifications of the regular forklift forks. The daily positioning and loading/unloading operations are simple. Skilled operators can quickly complete the loading and unloading of the entire plate. The operation process is smooth without any stalling.
Customized high-load specifications can be made according to the storage requirements of thick plates. The overall frame and load-bearing surface are reinforced and strengthened. The full-load materials will not deform or sag.
The equipment adopts a wide and thick integrated base. The internal structure is densely equipped with reinforcing ribs. The weight is evenly distributed through multiple points of force. During forklift operation and material stacking, the overall stability is maintained, and there will be no tilting or shaking.
The overall steel has undergone acid washing, phosphating, and rust removal treatment. The surface is sprayed with industrial protective plastic powder, with good wear resistance, rust prevention, and dust-proof performance. It can adapt to the storage environment of ordinary processing workshops. Special anti-corrosion processes can be customized for high-corrosion areas.
The equipment adopts a modular and split structure. The accessories are neatly and uniformly arranged. The installation drawings and practical operation references are provided. Several staff members can complete the installation by following the process and splicing and fixing together without the need for a professional construction team to be present.
It is equipped with heavy-duty wear-resistant rails and limit structures. The transmission operation resistance is small. Even with long-term high-frequency loading and unloading, the sliding and pulling will still be smooth. Normal use in a standardized manner is unlikely to encounter stuck or misaligned problems. Maintenance is simple, and the failure rate is low.
It supports adding more storage layers, adjusting tray specifications, and upgrading the load-bearing structure in the future. It can adapt to the increase in plate inventory and specification changes without replacing the entire equipment.
The fork position size and table height can be adjusted according to the parameters of the customer's existing forklifts. The mainstream internal combustion forklifts and electric forklifts can be adapted and connected. There is no need to replace the operation equipment to perform normal material loading and unloading.
The manufacturer provides sample and testing services. Customers can apply for core component samples to visually inspect the steel thickness, welding process, spray coating texture, and the smoothness of the guide rails, thereby reducing procurement concerns. The product can provide material reports, load-bearing test reports, appearance quality inspection reports, and support for third-party institution inspection, meeting the needs of enterprise factory inspections, engineering tenders, and foreign trade quality inspections.
In terms of warranty, the 2060 heavy-duty drawer forklift shelf has a three-year overall warranty, and the guide rails, locking devices, and ball core components have a five-year warranty. During the warranty period, if there is deformation, paint peeling, accessory failure, or structural problems due to non-human factors, the manufacturer will provide free repair and free replacement of accessories, and no additional charges will be incurred throughout the process. After the warranty period, a lifetime cost-price maintenance service will be provided to ensure the normal operation of the equipment.
The return and exchange policy is clear and standardized. If customers find quality issues, specifications not matching, or missing accessories within seven days after receiving the product, they can return or exchange it without conditions. The manufacturer will bear the return and shipping costs. For individual returns without quality issues, the customer needs to bear the logistics and packaging loss costs. Customized sizes and non-standard products with customized load-bearing capacity are not supported for return or exchange due to non-quality issues, to protect the rights and interests of both parties.
This 2060 Heavy Duty Pull Out Forklift Rack supports full-process personalized customization. From scheme design, structural adjustment, size modification, floor-level configuration, color customization to functional upgrade, all can be designed one-on-one according to the customer's working conditions. The customization process includes demand connection, site survey, scheme drawing, drawing confirmation, production scheduling and production, quality inspection and packaging, installation guidance and assembly. This ensures that each set of shelves is suitable for the customer's warehouse and production rhythm.
The production process is rigorous and standardized. Starting from raw material procurement, we select standard steel from reputable large factories to ensure stable base material strength. Through laser cutting and precise CNC cutting, all component sizes are uniform and the error is minimal. Large equipment is bent and formed, with regular component angles and uniform force distribution. Key positions use a combination of automated welding and manual spot welding, with full and dense main weld seams, no void welding or slag inclusion, and higher structural strength.
After welding, the entire assembly is polished and deburred, making the surface smooth and clean, preparing the foundation for the painting process. After multiple pre-treatment steps such as acid washing, phosphating, degreasing, and rust removal, it undergoes electrostatic spray painting and high-temperature curing, with a uniform and firm coating that is resistant to corrosion and wear. Subsequently, the guide rails are precisely installed, the drawers are debugged, and the locking function is tested to ensure smooth pulling and sensitive locking. After the finished product is completed, each one undergoes load-bearing tests, pulling tests, and safety tests. Only qualified products can be packaged and shipped out.
Most laser cutting factories have reported that after switching to the 2060 Heavy Duty Pull Out Forklift Rack, the utilization rate of warehouse space has significantly increased. The plates are no longer piled up, the surface is clean without scratches, the production yield rate has significantly improved, and the speed of material searching and retrieval has become faster. Warehouse management has become more standardized.
Steel plate trading customers stated that the layered drawer storage makes the classification of plates clear, the inventory is clearly visible, the efficiency of inbound and outbound operations has significantly improved, errors in distribution and omission have been avoided, the shelves have solid load-bearing capacity and do not deform under long-term heavy loads, they can be used stably in humid warehouse environments, the after-sales response is timely, and the cooperation experience is good.
The evaluation after the use in the mechanical processing workshop indicates that the heavy-duty mold steel plates are stored more safely and stably. The forklift can directly pick up instead of the traditional crane hoisting. The operation is safer and more time-saving. The workshop passage is tidy, the equipment has a high durability, and there are no faults after many years of use. The cost performance is outstanding.
Overseas customers reported that the 2060-style heavy-duty drawer forklift rack is compatible with overseas standard warehouse conditions. The structure is stable, the anti-corrosion performance is good, the operation is simple and easy to master, it effectively solves the warehouse problems of small space, heavy materials, and humid environment. The overall quality is superior to similar products in the local market.
The quality of heavy-duty drawer forklift racks available on the market varies. The 2060 Heavy Duty Pull Out Forklift Rack, with its mature manufacturing process, strict quality control, thick materials, multiple safety designs, and comprehensive after-sales system, has become an industry choice with high value for money. It has a more stable structure, greater load-bearing capacity, higher safety, and a longer service life.
The product price fluctuates according to the number of layers, size, load-bearing capacity, and customization requirements. The standard ready-made products offer high cost-effectiveness, and bulk purchases enjoy greater discounts. The manufacturer directly sources from the factory without any middlemen, and the price is more advantageous with the same quality.
In terms of production cycle, regular specifications can be delivered within 7 to 10 days, custom-made models within 10 to 20 days. Urgent orders can be prioritized for production to ensure that customers can start production and use quickly.
The applicable materials include cold-rolled plates, hot-rolled plates, stainless steel plates, aluminum plates, copper plates, laser plates, mold plates, and laminated plates and other various heavy-duty flat materials. It is suitable for most sheet metal processing industries.
The product has a high safety coefficient. It features thick steel structure, dual locking design, industrial-grade load-bearing standards, multiple inspections before leaving the factory, and proper use fully meets the safety requirements for factory production.
It is strictly prohibited to overload the 2060 Heavy Duty Pull Out Forklift Rack. Each layer of materials must not exceed the rated load capacity to prevent deformation and damage due to excessive local stress. The materials should be evenly and centrally placed. It is forbidden to stack unevenly on one side.
Do not forcefully pull or push the drawers. Avoid damaging the guide rails and locking mechanism with sudden impact. Do not take or place materials when the drawer is not fully locked. Do not climb, stand or strike the shelves.
Forklift operations are strictly prohibited from colliding with the shelf columns and drawers at high speeds. Reserve sufficient operating space to avoid structural loosening and deformation caused by long-term impact.
It is strictly forbidden to cut, weld or modify the shelf structure privately. Unauthorized alterations will disrupt the load-bearing balance and create safety hazards. Any adjustments to the specifications must be handled by contacting the manufacturer.
Avoid using the shelves in a highly corrosive environment for long periods. Special circumstances require custom anti-corrosion processes to be pre-designed. Regularly inspect the coating condition and perform timely maintenance and upkeep.
The shelves are only used for storing industrial sheet materials. It is strictly prohibited to store flammable, explosive, or highly corrosive hazardous materials. All safety accidents must be avoided.
Operators must be familiar with the structure of the shelves and the operating procedures. They should wear protective equipment as per the regulations and are prohibited from performing unauthorized operations. When operating the drawers, push and pull slowly, confirm that the locking is secure before storing or retrieving materials. After the operation is completed, fully close and return the drawers to their original position.
For forklift operators, they must hold a certificate to work. They should operate at low speed and smoothly, and are prohibited from sudden braking, sudden turns, sudden lifting, or sudden lowering. Materials should be placed centrally and evenly, with heavy items placed below and light items above. The center of gravity of the shelves should be maintained stable, and materials must not exceed the edge of the pallet.
Before each use, check the shelves for any deformations, cracks, looseness, jamming, or malfunctioning locking mechanisms. If any abnormalities are found, immediately stop the operation, evacuate personnel, set up warnings, and contact the manufacturer for repair. Keep the warehouse passage clear, dry, and in a clean and orderly state to ensure the long-term safe and stable operation of the equipment.
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No. 13 Workshop, Xinglonghai Industrial Park, Jiyang District, Jinan City, Shandong Province, China
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No. 13 Workshop, Xinglonghai Industrial Park, Jiyang District, Jinan City, Shandong Province, China
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