YD27-008D Plastic-Steel Tool Cabinet with Adjustable Drawers Webpage Detail Page (English)

I. Product Specifications (SPECIFICATION)

1. Core Parameter Table

2. General Adaptability Parameters

II. Product Details (PRODUCT DETAILS)

1. Adjustable Drawers + Multi-Area Storage, Tools "Flexibly in Place"

(1) Adjustable Divider Design, Adapting to Multi-Specification Tools

• Adapting to Small Parts: Divide the small shallow drawers into 3-4 small compartments to store screw boxes, gaskets, and electrical tape respectively, avoiding loss due to mixing;
• Adapting to Medium Tools: Divide the large shallow drawers into 2 areas to place wrench sets and electric impact drills respectively, with no mutual interference during access;
• Flexible Switching: Adjust the divider layout at any time according to tool update needs without replacing the tool cabinet. Compared with tool cabinets with fixed compartments, the storage flexibility is increased by 90%.

(2) Multi-Area Combined Layout, Covering Full-Scenario Needs

• Drawer Area: 9 drawers realize "separation of light/heavy and long/short tools"—large deep drawers for heavy-duty tools, long drawers for long-handled tools, and shallow drawers for frequently used tools. The classification is clear, and the access efficiency is increased by 75%;
• Cabinet Door Storage Area: The 85.6L large volume can store spare tools or part boxes. The cabinet door adopts a push-to-open design, no additional pull is needed, saving space and being aesthetically pleasing; hooks can be installed inside to hang small tools (such as tape measures and gloves), increasing the space utilization rate by another 30%.

2. Plastic-Steel Material + Reinforced Structure, Maximum Durability

(1) Material Advantage: Balancing Toughness and Lightweight

• Impact Resistance: Slight collisions with equipment (such as machine tools) in the workshop only cause surface scratches, no denting or deformation. Its impact resistance is 70% higher than that of pure plastic tool cabinets;
• Corrosion Resistance: Engine oil and cutting fluid spilled on the cabinet surface can be cleaned by wiping with a rag, no residual stains. Its corrosion resistance is 40% higher than that of pure steel tool cabinets;
• Lightweight: 25% lighter than pure steel tool cabinets (of the same load-bearing specification), it can be pushed and turned by 2 people, solving the "difficult movement" pain point of traditional heavy-duty tool cabinets.

(2) Detailed Protection: Safe and Worry-Free

• Aluminum Alloy Pulls: The drawer pulls are made of thickened aluminum alloy (2mm thick), with anodized surface treatment, corrosion-resistant and scratch-resistant, with a smooth feel and no deformation during long-term use; laser-engraved LOGOs are supported to improve the efficiency of enterprise asset management;
• Slide Rails & Locks: 16-inch thickened ball slide rails have a pull resistance of only 7N. Even when the large deep drawer is fully loaded with 45kg of tools, it can be easily pushed with one hand; the central flat lock can lock all drawers and the cabinet door synchronously, preventing wrong taking and loss of tools, suitable for multi-workstation sharing scenarios;
• Corner Treatment: All corners of the cabinet are rounded (radius 5mm) to avoid bumps and scratches when pushing or accessing tools, complying with industrial safety standards.

3. Heavy-Duty Casters + Braking Design, Balancing Mobility and Stability

(1) 5-Inch TPR Casters, Easy Movement Under Heavy Load

• Flexibility: Even when the cabinet is fully loaded with 250kg of tools, it can be flexibly turned by 2 people, with a minimum turning radius of 1.5m, enabling easy movement between workshop equipment gaps;
• Mute Performance: TPR material has excellent mute effect, with a rolling noise of ≤58dB (lower than the 65dB workshop environmental noise), avoiding interference with operations;
• Wear Resistance: The wheel surface adopts a high-wear-resistant formula, with no obvious wear after long-term use (more than 3000 meters of rolling), and a service life of over 6 years.

(2) Full Braking + Stable Support, Ensuring Safety

• Braking Locking: The 2 swivel casters are equipped with double braking functions (synchronous locking of wheel body and axle). After stepping on the brake pedal, the cabinet body has no displacement even when subjected to lateral force (such as workers taking 35kg hydraulic jacks). Compared with ordinary brake casters, the static stability is increased by 98%;
• Bottom Reinforcement: 3 horizontal reinforcing beams (spacing 30cm) are installed at the bottom of the cabinet, welded and fixed to the caster brackets. When fully loaded, the center of gravity falls on the center of the caster set, avoiding cabinet tilting. The heavy-load stability is 50% higher than that of ordinary tool cabinets.

III. Application Scenarios (APPLICATION SCENARIOS)

1. Classified Management of Maintenance Tools in Auto Repair Shops (Core Scenario)

1. Technicians organize the cabinet in the tool room: Divide the large shallow drawers into 2 areas to place wrench sets and electric impact drills respectively; divide the small shallow drawers into 3 areas to place screw boxes and gaskets; place the hydraulic jack and socket set in the large deep drawer; place the long-handled wrench in the long drawer; place spare part boxes in the cabinet door storage area, and lock the central flat lock.
2. 2 people cooperate to push the tool cabinet to the workstation, step on the brake pedal to lock the casters, and open the corresponding drawer to take tools according to needs—the adjustable dividers avoid tool confusion, and the access time is reduced by 60%; during the maintenance interval, wipe off engine oil spilled on the cabinet surface with a rag for cleaning.
3. When switching workstations, unlock the casters and push the cabinet. The TPR casters do not slip on the oily floor, completing one turnover in 8 minutes.
   Result: With adjustable storage and oil-resistant design, compared with traditional tool carts (requiring 2 transfers), it can carry a full set of auto repair tools at one time, increasing maintenance efficiency by 70% and reducing technicians' physical consumption by 60%.

2. Storage of Precision Tools and Parts in Mechanical Workshops

1. Before maintenance, divide the small shallow drawers into independent compartments to store bearings and screws; place the torque wrench and vernier caliper in the large shallow drawer (fixed by EVA liners + adjustable dividers to prevent collision); place the hexagon wrench set in the large deep drawer; place spare tools in the cabinet door storage area, and close the cabinet door for dust-proofing.
2. Push the tool cabinet to the machine tool, lock the casters after braking, and take tools—the central flat lock prevents unauthorized opening by non-operators, protecting the precision of precision tools; during maintenance, blow off dust on the cabinet surface with compressed air.
3. After maintenance, put the tools back in place, lock the cabinet, and push it to the tool room for storage. The powder coating resists dust accumulation and remains clean during long-term use.
   Result: With dust-proof and adjustable storage functions, compared with open tool racks (tools are easy to get dusty), the precision retention rate of precision tools is increased by 95%, and the part loss rate is reduced by 90%.

3. Bulk Tool Turnover and Inventory in Hardware Warehouses

1. Warehouse managers load 30 sets of tools (total weight 750kg) into the drawers of 10 tool cabinets (each cabinet load is about 75kg), and 20 boxes of parts (total weight 160kg) into the cabinet door storage areas and shallow drawers. Each drawer/cabinet door is labeled with its contents.
2. Place the tool cabinets against the wall, and each cabinet occupies only 0.48m². Compared with traditional tool racks (occupying 1.8m²), the space utilization rate is increased by 73%, allowing the warehouse to accommodate twice as many tools.
3. During inventory, check one by one according to the labels. The tools in the adjustable drawers are clearly classified, no need to search. One cabinet can be inventoried in 15 minutes. Compared with scattered storage (tools scattered on shelves), the inventory efficiency is increased by 85%.
   Result: With bulk storage and efficient inventory functions, the warehouse management efficiency is increased by 75%, the tool inventory error rate is reduced to less than 0.5%, and 88 units can be loaded in a 40-foot high cube container, resulting in low logistics costs.

IV. Frequently Asked Questions (FAQ)

Q1: When the tool cabinet is fully loaded with 280kg, can the drawers, cabinet door, and casters bear the weight? Will deformation or breakage occur?

Q2: After long-term use, the adjustable dividers loosen and the drawer slide rails jam. How to deal with it?

1. Divider Reinforcement: Tighten the fixing screws at the bottom of the dividers with an Allen wrench (if the screws are stripped, replace them with M4 screws of the same specification) to ensure the dividers fit tightly with the drawer slide rails without shaking;
2. Slide Rail Maintenance: Pull the drawer out completely, use a brush to clean dust/metal debris in the slide rails, wipe with a dry cloth, then apply lithium-based grease (1mm thick), and pull the drawer repeatedly 5 times to relieve jamming; if the slide rail is deformed, gently correct it with a wrench (apply moderate force to avoid excessive bending).

Q3: Can 2 people easily push the 89kg tool cabinet? Are there any labor-saving tips?

1. Cooperative Posture: 2 people stand on both sides of the tool cabinet respectively, hold the symmetrical handles with both hands, and push at the same time (avoiding tilting caused by one-sided force). The pushing direction is consistent with the rolling direction of the swivel casters to reduce resistance; when turning, one person gently pushes one side, and the other person assists in adjusting;
2. Floor Selection: Prioritize pushing on flat and oil-free passages. If the floor is oily, lay cardboard to enhance friction; avoid floor protrusions to prevent increased force due to bumps;
3. Load Distribution: Place heavy tools (such as 35kg jacks) in the large deep drawer (middle layer), and light tools in the upper and lower layers to reduce the offset of the cabinet's center of gravity and improve pushing stability.

Q4: Is customization of cabinet color and aluminum alloy pull LOGO supported for MOQ 50 units? Will the customization cycle be extended?

1. Color Customization: Provide RAL/Pantone color code to customize colors unified with the workshop style (e.g., mechanical blue). No additional color mixing fee is charged for orders of 50 units, and the color error is ≤ΔE2 (no visual difference);
2. LOGO Customization: Aluminum alloy pulls can be laser-engraved with company LOGOs/tool cabinet numbers (size ≤60×25mm). The customization fee is waived for orders of 50 units, with an engraving depth of 0.3mm, clear and durable;
3. Cycle Difference: The delivery cycle for standard models is 7-10 days, and customized models require an additional 3-5 days (including color adjustment and LOGO production). For bulk procurement, the delivery date can be confirmed in advance with the manufacturer, without affecting the production plan.