Gel pen Sakura Gelly Roll Moonlight 06 — Sakura, Pale Brown ink, 0.6 mm

Sakura Gelly Roll Moonlight 06 — a gel ink pen with pale brown pigment and a 0.6 mm tip designed for smooth, consistent lines on both dark and light paper. The archival-quality gel ink resists fading and provides reliable, opaque coverage that works well for note-taking, illustration, journaling and adding decorative accents. The pen features a protective cap to prevent drying and to keep the tip safe during storage and transport.

Advantages

The pale brown gel ink delivers even, opaque strokes that remain visible on dark surfaces while also producing clear lines on light paper. The 0.6 mm tip balances precision and flow for detailed work as well as everyday writing. Archival-quality formula reduces fading and maintains color stability over time. The cap protects the tip from damage and drying, ensuring consistent performance between uses.

Suitable for

• Illustration and sketching on light and dark papers
• Journaling, bullet journals and planners
• Decorative accents, borders and lettering
• Note-taking where archival ink is preferred

Key specifications

• Ink color: pale brown
• Tip size: 0.6 mm (gel tip for medium fine lines)
• Ink type: archival-quality gel ink, fade resistant
• Suitable surfaces: dark and light papers, coated and uncoated
• Cap: protective removable cap for storage

How to use

Remove the protective cap before writing and replace it after use to prevent the tip from drying. Hold the pen at a comfortable angle and apply light to moderate pressure for smooth, consistent lines; heavier pressure may increase ink flow and line width. For best results on dark paper, allow a moment for the ink to settle and dry to ensure full opacity. Store horizontally or capped at room temperature away from direct sunlight.

Usage recommendations

Use this Sakura Gelly Roll Moonlight 06 pen for layered decorations and fine details; test on a scrap of the intended paper first to check drying time and opacity. Avoid using on extremely glossy surfaces where adhesion may be reduced.