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Pegboard Home Accessories0
Pegboard Home Accessories1
Pegboard Home Accessories2
Pegboard Home Accessories3
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Pegboard Home Accessories
Perforated board processing
Pegboard Home Accessories
  1. Product Introduction

I. Structural Design

This multifunctional tool rack features a flexible modular structure, allowing the rack size and number of shelves to be customized to meet specific storage needs, accommodating diverse spaces. Equipped with an adjustable perforated board, its mounting position and size can be adjusted as needed, and it supports customized configuration with accessories such as hooks and material boxes. Whether small parts, large tools, or entire boxes of supplies, the rack can be neatly arranged to maximize vertical space, increasing storage capacity and ease of access.

II. Craftsmanship

This product adheres to a highly customized manufacturing philosophy, utilizing precise dimensional adaptation technology to ensure the rack, perforated board, and various accessories are perfectly matched to specific needs. The rack is crafted from high-quality materials, resulting in a sturdy structure that can withstand the long-term load of tools and materials of varying sizes, ensuring both durability and safety, providing reliable support for efficient storage.​​

III. Application Scenarios

This multifunctional tool rack is suitable for a variety of scenarios: it can be used as a workstation on a factory production line to standardize the management of production tools; it can be used as a tool station in a maintenance area to facilitate centralized access to repair tools; and it can be used in a warehouse to organize and sort loose parts, improving storage space utilization. Its flexible adaptability and practical functions meet the needs of various industrial and everyday storage scenarios, helping to improve work efficiency and space cleanliness.

Core Process Flow
Core Process Flow
-01
Demand analysis and design review

Confirm hole types (round/square/irregular), hole diameter, hole pitch, arrangement method (matrix/honeycomb/custom)

Evaluate plate thickness (usually 0.5-6mm) and material choice (aluminum/stainless steel/galvanized steel, etc.)

Provide DFM (Design for Manufacturability) suggestions to avoid design conflicts

-02
Precision cutting
Laser cutting
  • Applicable Scenarios

    High precision complex patterns

  • Precision

    ±0.1mm

  • Features

    No burrs, smooth hole edges

CNC punching
  • Applicable Scenarios

    Large batch standard holes

  • Precision

    ±0.15mm

  • Features

    High efficiency, cost-effective

Water jet cutting
  • Applicable Scenarios

    Extra-thick plates (>10mm)

  • Precision

    ±0.2mm

  • Features

    No thermal deformation

--Process Control--

·Hole pitch tolerance·
±0.1mm (precision grade) / ±0.3mm (standard grade)

·Burr height·
≤0.05mm (requires secondary deburring)

--Mold Selection--

·Standard round hole·
Use multi-station dies for simultaneous punching

·Irregular hole·
Custom tungsten carbide molds

-03
Punching
-04
Structural forming
Bending
Use CNC bending machine
Bending radius ≥ 1×plate thickness
Welding
For assembly-type perforated boards
Use micro-beam plasma welding to reduce thermal deformation
-05
Surface treatment
--Electrophoresis--
Full wrap rust prevention, suitable for outdoor equipment perforated board scenarios
--Spray Coating--
Matte texture, suitable for decorative panel scenarios
--Spray Painting--
Scratch-resistant/anti-aging, suitable for mechanical equipment shell scenarios
-06
Quality Inspection
Hole position inspection
Use CCD imaging measurement
(Full inspection or sampling inspection)
Go/No-Go gauge testing
Hole diameter tolerance
Control within ±0.05mm
Flatness inspection
Laser flatness meter measurement
Deformation ≤ 0.3mm/m²
Special Process Standards
Special Process Standards
Hole Design Rules
Parameter Standard Value Remark
Min Hole Diameter ≥ Thickness × 0.8 Prevent Punch Breakage
Edge Distance ≥ Thickness × 1.5 Avoid Edge Deformation
Hole Pitch ≥ Thickness × 2 Ensure Strength
Material Guide
Material Recommended Thickness Feature
Aluminum 5052 1.0-3.0mm Lightweight Preferred
Stainless Steel 304 0.8-2.5mm Lightweight Preferred
Galvanized Steel SECC 1.2-3.0mm Cost-effective
Functional Enhancement
01
Rib Design
Add Ribs Between Holes
(Depth ≤ 0.3× Thickness)
02
Flanging
Flanged Hole Edge<br/>(Height ≤ 2mm)
03
Combined Process
Punch + Tapping in One Step
(M3-M8 Thread Holes)
Quality Assurance System
Quality Assurance System
Inspection Equipment List

Coordinate Measuring Machine

(Hole Position Full-Size Inspection)

Roughness Tester

(Hole Wall Ra ≤ 3.2μm)

Salt Spray Test Chamber

(According to ASTM B117 Standard)

Scratch-Resistant PE Film Wrap

Corrugated Cardboard Spacer Protection

Wooden Box Reinforcement

(For Oversized Panels)

Packaging and Transport Standards
Application Scenarios
Application Scenarios
Note: Process parameters can be further refined according to specific application scenarios

Supports full-process service from design to mass production

Fast sample delivery within 24 hours (simple hole shapes)

Database contains 200+ standard solutions

RoHS/REACH compliance reports available
Heat Dissipation Plates, Shield Covers (Hole Diameter Φ1-Φ3mm)
Electronic Devices
Perforated Curtain Walls (Art Pattern Perforations)
Building Decoration
Filter Plates (Honeycomb Arrangement)
Industrial Equipment
Ventilation Panels for Storage Cabinets (Square Hole Array)
Furniture Items
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