Product Specification

YD27-008B Plastic-Steel Heavy-Duty Tool Cabinet Webpage Detail Page (English)

I. Product Specifications (SPECIFICATION)

1. Core Parameter Table

2. General Adaptability Parameters

II. Product Details (PRODUCT DETAILS)

1. 11-Drawer Layered Storage, Heavy-Duty Tools "in Their Proper Places"

(1) Multi-Specification Drawers + Large Capacity, Covering All Heavy-Duty Tool Categories

• Shallow Drawers (9 pcs): Classified by tool usage frequency—commonly used wrench sets and electric tools are placed in easily accessible positions, and spare screw boxes and gaskets are placed inside, ensuring clear classification for immediate access and avoiding loss of small parts due to mixing; the 180mm spacing between shallow drawers allows unobstructed tool access without removing upper items;
• Deep Drawers (2 pcs): Exclusive storage for heavy-duty tools. The 30.8L large volume can fully accommodate 45kg bench vices and 35kg hydraulic jacks. The bottom of each deep drawer is equipped with 4 reinforcing ribs (spacing 15cm), which, combined with the 1.0mm-thick steel plate, ensure stable load-bearing without deformation; the staggered layout of deep and shallow drawers avoids mutual interference during access;
  Compared with traditional 6-8 drawer heavy-duty tool cabinets, the number of storage categories is increased by 40%, tool access time is reduced by 75%, and tool return efficiency is increased by 80%.

(2) Thickened Slide Rails + EVA Liners, Protecting Tools and Ensuring Smoothness

• Thickened Ball Slide Rails: All 11 drawers are equipped with 18-inch thickened ball slide rails (48mm in diameter, 20% thicker than ordinary slide rails), with a pull resistance of only 8N. Even when a deep drawer is fully loaded with 50kg of tools, it can be easily pushed with one hand, no jamming or hesitation; the slide rails are hard chrome-plated, with no rust or wear after long-term use (more than 2000 pulls), and a service life of over 10 years;
• Thickened EVA Liners: The 3.5mm-thick EVA liners are soft and non-slip, avoiding wear caused by hard contact between heavy-duty tools and drawers (e.g., scratches on hydraulic wrench surfaces). The liners can be cut into grooves as needed to fix tool positions and prevent collision noise during movement; the liners in shallow drawers can also be divided into small compartments to adapt to screw boxes of different specifications.

2. Plastic-Steel Composite Material + Double Reinforced Structure, Maximum Heavy-Duty Durability

(1) Material Advantage: Balancing Toughness and Lightweight

• Impact Resistance: Slight collisions with heavy equipment (e.g., excavators, loaders) in construction machinery workshops only cause surface scratches, no denting or deformation. Its impact resistance is 80% higher than that of pure plastic tool cabinets;
• Corrosion Resistance: Engine oil, cutting fluid, and hydraulic oil spilled on the cabinet surface can be cleaned by wiping with a rag, no residual stains. Its corrosion resistance is 50% higher than that of pure steel tool cabinets, and it avoids load-bearing attenuation caused by steel rust;
• Lightweight: 22% lighter than pure steel heavy-duty tool cabinets (weight ≥130kg for 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) Double Reinforced Design: Safe and Stable

• Frame Reinforcement: The top and bottom of the cabinet are each equipped with 2 horizontal reinforcing beams (1.2mm thick), and the sides are equipped with diagonal support ribs, forming a "rectangle + triangle" double stable structure. When fully loaded with 350kg, the cabinet has no tilting or shaking. Compared with ordinary frame tool cabinets, its heavy-duty stability is increased by 60%;
• Detailed Protection: The corners of the cabinet are rounded (no sharp protrusions) to avoid bumps and scratches when pushing or accessing heavy-duty tools; 2 symmetrically distributed side handles are welded and fixed to the cabinet body, ensuring even force distribution and no loosening when pushing; the central flat lock can lock all drawers, preventing wrong taking and loss of tools—especially suitable for multi-workstation sharing scenarios.

3. 6-Inch Heavy-Duty Casters + Full Braking Design, Balancing Heavy-Duty Movement and Stability

(1) 6-Inch TPR Heavy-Duty Casters, Easy Movement Under Heavy Load

• Heavy-Duty Adaptability: Each caster has a rated load-bearing capacity of ≥100kg, and the total load-bearing capacity of 4 casters is ≥400kg (far exceeding the 350kg maximum load-bearing capacity of the entire cabinet). Even when the cabinet is fully loaded with 300kg of tools, it can be flexibly turned by 2 people, with a minimum turning radius of 1.8m, enabling easy movement between equipment gaps in heavy-duty workshops (e.g., between large machine tools and construction vehicles);
• Mute & Wear Resistance: TPR material has excellent mute effect, with a rolling noise of ≤62dB (lower than the 75dB workshop environmental noise), avoiding interference with precision maintenance operations; the wheel surface adopts a high-wear-resistant formula, with no obvious wear after long-term use (more than 5000 meters of rolling), and a service life of over 8 years.

(2) Full Braking + Anti-Slip Design, Ensuring Safety

• Full Braking Locking: The 2 swivel casters are equipped with double braking functions (wheel brake + axle brake). After stepping on the brake pedal, the casters are completely locked, and the cabinet body will not move even when subjected to lateral force (e.g., workers carrying 45kg bench vices). Compared with ordinary brake casters, the static stability is increased by 99%;
• Floor Adaptation: The wheel surface has deepened grooves (3mm depth), with a friction coefficient of ≥0.8 on oily and dusty floors, no slipping when pushing, adapting to complex floor environments in heavy-duty workshops; the caster brackets are made of 1.5mm-thick cold-rolled steel plates, welded and fixed to the reinforcing beams at the bottom of the cabinet, with no risk of breakage.

III. Application Scenarios (APPLICATION SCENARIOS)

1. Heavy-Duty Equipment Maintenance Tool Management in Heavy-Duty Auto Repair Shops (Core Scenario)

1. Technicians organize the cabinet in the tool room: Place wrench sets, electric tools, and screw boxes in 9 shallow drawers (commonly used tools in upper layers), and place bench vices, hydraulic jacks, and socket sets in 2 deep drawers (fixed by EVA liner grooves). Lock the central flat lock to prevent tool loss.
2. 2 people cooperate to push the tool cabinet to the maintenance workstation, step on the brake pedal to lock the casters, open the deep drawer to take the bench vice for fixing vehicle parts, and take the wrench set from the shallow drawer to disassemble screws. Tools are taken and used immediately without batch transportation.
3. During the maintenance interval, wipe off engine oil spilled on the cabinet surface with a rag for cleaning; when switching workstations, unlock the casters and push the cabinet. The TPR casters do not slip on the oily floor, completing one turnover in 10 minutes.
   Result: With heavy-duty load-bearing and multi-drawer classification, compared with traditional heavy-duty tool carts (requiring 2 transfers), it can carry a full set of heavy-duty auto repair tools at one time, increasing maintenance efficiency by 80% and reducing technicians' physical consumption by 70%.

2. Heavy-Duty Accessory and Tool Storage in Construction Machinery Workshops

1. Before maintenance, place bearing boxes and small part boxes in shallow drawers, and place hydraulic wrenches, hexagon wrench sets, and gearbox parts in deep drawers (separated by EVA liners to avoid accessory collision damage). After closing the drawers, they are sealed for dust-proofing.
2. 2 people push the tool cabinet to the loader, lock the casters after braking, and take tools—the central flat lock prevents unauthorized opening by non-operators, protecting heavy-duty accessories from random touch; during maintenance, blow off dust on the cabinet surface with compressed air, no in-depth cleaning required.
3. After maintenance, put tools and accessories 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 heavy-duty storage and dust-proof design, compared with open tool racks (accessories are easy to get dusty and collide), the accessory damage rate is reduced by 95%, and the tool access efficiency is increased by 75%.

3. Bulk Heavy-Duty Tool Turnover and Inventory in Industrial Storage Centers

1. Warehouse managers load 40 sets of tools (total weight 2000kg) into the deep drawers of 10 tool cabinets (each cabinet load is about 200kg, not exceeding the load-bearing limit), and 30 boxes of accessories (total weight 300kg) into shallow drawers. Each drawer is labeled with the name and quantity of tools/accessories.
2. Place the tool cabinets against the wall, and each cabinet occupies only 0.48m² (105.2×45.9cm) after the casters are locked. Compared with traditional heavy-duty tool racks (each occupying 2.0m²), the space utilization rate is increased by 76%, allowing the storage center to accommodate 3 times more tools.
3. During inventory, check the quantity one by one according to the drawer labels, no need to carry heavy-duty tools. One cabinet can be inventoried in 20 minutes. Compared with scattered storage (tools scattered on shelves), the inventory efficiency is increased by 90%.
   Result: With bulk heavy-duty storage and efficient inventory functions, compared with traditional storage methods, the storage management efficiency is increased by 85%, the tool inventory error rate is reduced to less than 0.3%, and 88 units can be loaded in a 40-foot high cube container, resulting in low logistics costs for bulk transportation.

IV. Frequently Asked Questions (FAQ)

Q1: When the tool cabinet is fully loaded with 350kg, can the 11 drawers and casters bear the weight? Will drawer sagging or caster breakage occur?

Q2: After long-term use, the deep drawers jam during pulling and the EVA liners are severely worn. How to deal with it?

1. Slide Rail Maintenance: Pull the deep drawer out completely, use a brush to clean metal debris and dust (easily accumulated in heavy-duty scenarios) in the slide rails, then wipe the slide rail surface with a dry cloth, apply special lithium-based grease (1-2mm thick), and pull the drawer repeatedly 5-6 times to relieve jamming; if the slide rail is deformed, gently correct it with a wrench (apply moderate force to avoid excessive bending);
2. Liner Replacement: Contact the brand after-sales service to customize EVA liners of the same specification (3.5mm thick, 580×380mm). When replacing, remove the old liner, lay the new liner in the drawer and cut grooves according to the tool shape. It can be completed in 15 minutes with low replacement cost. It is recommended to replace the liners every 3 years to ensure protection effect.

Q3: Can 2 people easily push the 101.4kg 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 oval handles with both hands, and push at the same time (avoiding cabinet tilting caused by one-sided force). The pushing direction is consistent with the rolling direction of the swivel casters to reduce resistance; if turning is needed, one person gently pushes the handle on one side, and the other person assists in adjusting the direction to avoid increasing physical consumption due to forced turning;
2. Floor Selection: Prioritize pushing on flat and debris-free passages. If there are protrusions on the floor (e.g., floor tile joints), slow down and pass smoothly to avoid increasing force due to bumps; if the floor is dusty, clean it in advance to reduce the rolling resistance of casters;
3. Load Distribution: Place the heaviest tools (e.g., 45kg bench vice) in the deep drawer (middle layer) to avoid concentrating them on one side or the bottom, reducing the offset of the cabinet's center of gravity, improving pushing stability, and reducing physical consumption.

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

1. Color Customization: Provide RAL color code or Pantone color code to customize colors matching the workshop style (e.g., mechanical blue, engineering yellow). No additional color mixing fee is charged for orders of 50 units, and the color error is ≤ΔE1.5 (no visual difference), with uniform color during mass production;
2. LOGO Customization: Drawer handles are made of aluminum alloy, which support laser-engraved company LOGOs and tool cabinet numbers (e.g., "YD27-008B-01"). The LOGO size is ≤70×30mm, and 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, LOGO production, and sample confirmation). For bulk procurement, the delivery date can be confirmed with the manufacturer in advance, and production progress tracking is provided, without affecting the workshop use plan.