1. Q355NHD flower boxes are fully customizable in shape
2. Customizable regular geometric shapes (most common)
Basic shapes: Square, rectangular, round, oval, hexagonal/octagonal polygonal flower boxes.
Special regular forms: Tapered (top/bottom varying sizes), layered stepped, cylindrical, hollow grid-style flower boxes.
Applicable scenarios: Private gardens, community green belts, commercial street planters where uniform, neat styling is required.
3. Customizable irregular organic shapes (artistic/landscape-focused)
Curved forms: Smooth arc, wave-shaped, curved strip flower boxes for landscape lines and soft layout.
Irregular abstract forms: Asymmetrical, angular, natural boulder-like or plant silhouette-shaped flower boxes for public park art installations, scenic spot landscape nodes.
Combined organic forms: Interconnected, nested or staggered irregular flower box groups for modular landscape collocation.
4. Customizable modular/combined shapes (flexible application)
Single modular units: Standardized small shape modules (e.g., small square/arc) that can be assembled into large flower beds, green walls or landscape borders on-site.
Combined structural shapes: Flower boxes integrated with other landscape elements (e.g., corten steel flower boxes with metal support frames, seating, or decorative partitions) for multi-functional landscape use.
5. Key fabrication processes enabling shape customization
Cutting: Laser/plasma cutting for precise contouring of 2D shape blanks (±0.1mm accuracy), suitable for intricate edges and hollow details.
Forming: Cold bending, roll bending, press forming for 3D curved surfaces, angles and irregular contours-no high-temperature heating required, avoiding patina-forming performance loss.
Welding: TIG/MIG low-heat input welding for assembling segmented shape parts; weld seams can be ground/polished to maintain the overall aesthetic and ensure structural firmness.
Finishing: Edge deburring, surface sandblasting/pickling for consistent texture across all shaped surfaces, laying a good foundation for uniform patina formation.
6. Minor shape customization considerations
Thickness matching: Thin gauges (2–4mm) for delicate, curved/irregular shapes (easy forming); thicker gauges (5–8mm) for large, load-bearing flower box shapes (ensuring structural rigidity).
Drainage design integration: Custom shapes need to incorporate rational drainage holes/gaps (at the bottom/sides) during fabrication to avoid water accumulation, without affecting the designed shape aesthetic.
Fabrication precision: For complex irregular shapes, provide 2D/3D design drawings to the fabricator for digital modeling and processing, ensuring the final product matches the design intent.
