Glitter Magnetic Closure Paper Box for Wig Hair Extension
This packaging box is specially designed for wig extension products, combining magnetic closure technology and environmentally friendly material craftsmanship to create a high-end packaging solution that is both aesthetic and functional. The box body adopts a sharp geometric structure, with a glittering paper surface and a magnetic opening and closing system to ensure transportation safety and ease of use.
الوصف
Glitter paper magnetic wig extension paper box product manual
1. Magnetic closure system
- Precision magnetic circuit design: Adopt N52 grade NdFeB permanent magnet, with annular multi-pole arrangement magnetic circuit, to achieve a single point 12N suction force, smooth opening and closing, and IP54 sealing.
- One-hand operation optimization: Through the 60° conical positioning angle and elastic buckle collaborative design, the magnetic point is automatically aligned, and it can be unlocked by rotating 15°. The single-handed opening and closing error is less than 0.3mm.
- Anti-accidental opening: The magnetic point is matched with the card slot bite structure, and 5N rotation torque is required to separate. The transportation vibration test passes the ISTA 3A standard.
2. Box structure
- Geometric optimization box type: Based on finite element analysis and calculation, it adopts a hexahedral fold line design, with an edge error of ±0.5mm and a compressive strength of 800kg/m².
- Precision bite system: The lid and the bottom box adopt a 2mm staggered nesting structure, with 0.5mm magnetic steel sheet reinforcement ribs, the overall anti-fall performance is improved by 40%.
3. Environmentally friendly materials
- FSC certified cardboard: It adopts 1.5mm thick double gray board substrate, with 120g/m² flash film on the surface, and has passed SGS heavy metal and REACH environmental certification.
- Antistatic ribbon: The black ribbon is treated with nano-carbon coating, with a surface resistance of ≤10⁶Ω and a static decay time of <0.5s, ensuring no deformation during transportation.
