Honeycomb Dot Gradient Geometric Etched Stainless Steel Sheet (Fully Customizable)

Feature	Options
Material	SUS304 (standard), SUS316 (for coastal/exterior durability)
Thickness	0.5 / 0.8 / 1.0 / 1.2 / 1.5 / 2.0 mm
Sheet Size	Standard: 1219×2438mm, 1500×3000mm — Custom sizes & shapes available
Gradient Type	Linear (horizontal/vertical), radial (center-out), diagonal, or custom flow
Dot Pattern	Micro-dots, macro-dots, or mixed scale; adjustable depth and spacing
Surface Finish	Brushed, Mirror, Matte, or PVD Coating (Black, Gold, Bronze, Blue, Gray, Rainbow)
Processing	Flat sheet, bent edges, layered stacking, perforation combo, protective film

Feature

Options

Material

SUS304 (standard), SUS316 (for coastal/exterior durability)

Thickness

0.5 / 0.8 / 1.0 / 1.2 / 1.5 / 2.0 mm

Sheet Size

Standard: 1219×2438mm, 1500×3000mm — Custom sizes & shapes available

Gradient Type

Linear (horizontal/vertical), radial (center-out), diagonal, or custom flow

Dot Pattern

Micro-dots, macro-dots, or mixed scale; adjustable depth and spacing

Surface Finish

Brushed, Mirror, Matte, or PVD Coating (Black, Gold, Bronze, Blue, Gray, Rainbow)

Processing

Flat sheet, bent edges, layered stacking, perforation combo, protective film

Modern Gradient Texture in Precision-Etched Metal | 304 Stainless Steel for Architectural & Interior Innovation

“Where science meets art — a dynamic fusion of honeycomb structure and tonal depth, etched in steel.”

Introducing the Honeycomb Dot Gradient Geometric Etched Stainless Steel Sheet — a striking blend of natural inspiration and contemporary design. Featuring a hexagonal honeycomb base overlaid with a gradual dot pattern that transitions from dense to sparse, this decorative panel creates captivating visual rhythm, depth, and texture.

Ideal for modern architecture, luxury interiors, and artistic installations — fully customizable in gradient direction, dot density, size, finish, and thickness.

✨ Why Designers & Architects Choose This Metal Panel

✅ Dynamic Gradient Effect – Smooth transition of dot density creates 3D illusion, movement, and spatial depth
✅ Honeycomb Structural Base – Inspired by nature’s most efficient geometry, symbolizing strength, unity, and sustainability
✅ High-Precision Chemical Etching – Achieves consistent, clean dot patterns and seamless gradients with 0.01mm accuracy
✅ Premium SUS304 Stainless Steel – Durable, corrosion-resistant, and UV-stable for indoor & outdoor use
✅ Light-Responsive Design – Enhances shadow play and ambient lighting — perfect for backlit walls, ceilings, and façade screens

🏢 Ideal Applications

Architectural Features: Façade screens, sunshades, column cladding, elevator doors
Commercial Interiors: Office lobbies, retail stores, tech hubs, co-working spaces
Hospitality: Hotel feature walls, bar backdrops, restaurant partitions
Art & Installations: Public art, exhibition displays, sculptural elements
Residential: Kitchen backsplashes, bathroom accent walls, stair panels, ceiling designs

💡 Design Insight: The gradient dot pattern modulates light and privacy — dense areas offer more opacity, while sparse zones allow visibility and airflow. Use it to guide the eye, define zones, or create a futuristic aesthetic.

🌐 Why Trust Us?

🔹 Experts in Modern Metal Textures – 15+ years crafting gradient and geometric etched metal
🔹 OEM/ODM Supported – Send us your AI, DXF, or PSD file — we’ll etch your custom gradient design
🔹 Fast Sampling – Free design review + 3–5 day sample delivery
🔹 Global Export Ready – Shipped to USA, Europe, UAE, Australia, Japan, and beyond

📸 Real Installations: Where Light Meets Geometry

[Image carousel: Close-up of gradient dot detail / Backlit wall in tech office / Façade screen in shopping mall / Ceiling panel in luxury apartment]

🛒 Get a Sample Kit & Custom Quote Today!

📞 Share your vision with our design team:
✅ Receive a 10×10cm sample (choose gradient style, finish, and thickness)
✅ Get a tailored quote within 24 hours
✅ Low MOQ, worldwide shipping

👉 Request Sample | 💬 WhatsApp: +86 13560433082 | 📧 Email: sales@xlhsteel.com