Highlighter TL 46 Metallic wallet of 8

Faber-Castell Textliner 46 Metallic, 8-Color Set: Add Sparkle and Style to Your Notes

Transform your notes, journals, and creative projects into a dazzling display with the Faber-Castell Textliner 46 Metallic 8-Color Set. This collection of high-quality metallic highlighters delivers a touch of glamour and shimmer, turning ordinary writing into captivating art. Ideal for students, professionals, and artists, these markers make organization more engaging and artistic expression truly shine.

Experience brilliant, shimmering effects with these metallic highlighters, featuring water-based ink that ensures smooth, even color lay-down. The ink will not bleed through on all popular paper types, maintaining the pristine condition of your documents. Each highlighter is equipped with a durable chisel tip, allowing for precise highlighting in three versatile line widths: 1 mm, 2 mm, and 5 mm. This adaptability makes them perfect for both standard text highlighting and creative embellishment.

This set includes eight captivating metallic shades: Glamorous Gold, Shiny Silver, Pearl Rose, Brilliant Ruby, Magnificent Blue, Precious Green, Glorious Red, and Shimmering Violet. Enhance your bullet journals, add visual interest to study notes, or bring a unique metallic flair to any document with these versatile and vibrant highlighting tools.

Specifications

• Product Type: Highlighter Set
• Model: Textliner 46 Metallic
• Number of Colors: 8
• Ink Type: Water-based, Metallic Shimmering
• Color Names: Glamorous Gold, Shiny Silver, Pearl Rose, Brilliant Ruby, Magnificent Blue, Precious Green, Glorious Red, Shimmering Violet
• Tip Type: Durable Chisel Tip
• Line Widths: 1 mm, 2 mm, 5 mm
• Compatibility: Ideal for all popular paper types (non-covering)
• Features: Excellent marking results with even color lay-down

How to Use

For optimal performance, store the highlighters in a horizontal position. To achieve a more intense metallic effect, illuminate the highlighted text with a light source and experiment with different light conditions to discover various shimmering outcomes.