ARCHITECTURAL SCREEN PATTERN Pattern Code: Nara Decorative Gradient Screening
Family: Geometric | Density: Unknown

Nara Decorative Gradient Screening. Architectural Metal Screen Pattern

As part of DSD’s Geometric range, the Nara Decorative Gradient Screening uses the Kyoto Laser Cut Decorative Screen as its foundation but styled with a slight twist. The Nara Decorative Gradient Screening Design will give a contemporary feel to any building with its gradient pattern. This design combines circles, rectangles and linear outlines in a uniformed manner. The Nara Design is a trendy decorative screening choice that will liven up homes and businesses alike.

Fabrication Custom sizes under 5x10
Nara Decorative Gradient Screening gallery supplement 1
Pattern Intent & Spatial Impact

Decorative screening

As part of DSD’s Geometric range, the Nara Decorative Gradient Screening uses the Kyoto Laser Cut Decorative Screen as its foundation but styled with a slight twist. The Nara Decorative Gradient Screening Design will give a contemporary feel to any building with its gradient pattern. This design combines circles, rectangles and linear outlines in a uniformed manner. The Nara Design is a trendy decorative screening choice that will liven up homes and businesses alike.

Visual Study

Pattern Detail Study

Nara Decorative Gradient Screening gallery supplement 1
Opening Rhythm

Permeability first, screen identity second.

Balanced openness keeps the panel bright enough for daylight while preserving a clear honeycomb read.

Cell Scale

A motif that reads from both close range and elevation.

Unknown density gives Apiary enough structure for facade use without flattening the pattern into a solid mask.

Shadow Edge

Light shifts without losing pattern clarity.

Light filtering with a more open daylight feel.

Request Quote

Send panel size, privacy target, and finish intent to get a matched quote before CAD review.

System Details

Specification Overview

Application Focus

Dimensions & Sizing

Common Panel Formats

4'×8' 3'×8' 4'×5' 3'×4'

Custom Format Limit

Max 5'×10'

Repeat behavior is continuous/repeating. Custom geometries are evaluated against structural tolerances.

System Modalities

  • Corten (lyten rusting steel)
  • Aluminium (powder coated)
  • Stainless steel
  • Mild steel
  • Copper

Engineering Notes

Code Compliance

Finish Process

Visual Reading

Light & Shadow Behavior

Front-Lit

Pattern surface reads first.

The honeycomb geometry stays legible from straight-on views before the voids take over the composition.

Angled View

Open cells gain depth at movement lines.

Oblique sightlines strengthen the panel edge and make the screen feel more dimensional in corridors and feature runs.

Backlit Presence

Shadow rhythm without full blackout.

Partial screening, not full concealment.

Technical Data

Performance Metrics

System Translation

Material & Finish Translation

System Modalities

Corten (lyten rusting steel) Aluminium (powder coated) Stainless steel Mild steel Copper
Fabrication Limit

Custom sizes available

Finish Translation

Finish Process

Customization

Project-specific customization is reviewed during technical coordination.

CAD Release

CAD access is gated and provided on qualified request.

Next Views

Explore Adjacent Pattern Directions

Specification FAQ

How private is Nara Decorative Gradient Screening in practice?

Partial screening, not full concealment.

What panel sizes are typical for Nara Decorative Gradient Screening?

Custom sizes available

Can Nara Decorative Gradient Screening be customized for project geometry?

Custom sizing is reviewed during technical coordination.

How is CAD released for this pattern?

CAD access is gated and provided on qualified request.

Nara Decorative Gradient Screening | Architectural Metal Screen Pattern

Nara Decorative Gradient Screening

THE NEXT STEP

Your pattern spec, matched in 24 hours.

Send panel size, privacy target, finish intent, and installation context. Your engineer returns with pattern direction, fabrication guidance, and the right CAD review path.

Compare adjacent pattern directions, then continue into review with openness, application, and fabrication requirements already defined.