Pentel PENBLN75VDZ Retractable Gel Pen 0.5mm 12-count

Product Description

The PENTEL PENBLN75VDZ is a retractable gel pen designed for everyday writing tasks in office, school, and professional environments. It uses a 0.5 millimeter stainless steel needle tip that delivers a precise, consistent line. The ink formula blends liquid and gel properties for smooth flow without skipping or blobbing. Ink is vivid, quick-drying, and smear-resistant, making it a reliable choice for left-handed writers. The barrel features stainless steel accents, and the latex-free grip supports extended use with reduced hand fatigue. Each pen is refillable using Pentel EnerGel refills, extending service life beyond the original fill.

This pen is suited for general office use, note-taking, form completion, and document signing where clean, smear-free lines are required. The quick-drying ink performs well on standard paper stock and reduces smearing on glossy surfaces. Barrel and grip colors correspond to ink color, making multi-color sets easy to sort at a glance. This listing covers one dozen, or 12 individual pens, sold as a single unit of measure.

Key Features

• 0.5 millimeter stainless steel needle tip for precise, fine-line output
• Hybrid liquid-gel ink that is vivid, quick-drying, and smear-resistant
• Latex-free grip for comfort during extended writing sessions
• Retractable design with stainless steel barrel accents
• Refillable with Pentel EnerGel refills for reduced replacement cost
• Barrel and grip color indicates ink color for easy identification

Compatibility

Refillable with Pentel EnerGel replacement refills. Designed as a general-purpose retractable gel pen suitable for standard office and school writing applications.

Installation Notes

No installation required. To replace the refill, retract the tip, unscrew or disassemble the barrel per the pen manufacturer instructions, and insert a compatible Pentel EnerGel refill. Avoid exposing ink refills to extreme heat or prolonged direct sunlight, which can affect ink viscosity and performance.