Herlitz Space Skater pehmeä penaali polyesteri tummansininen valkoinen

The Herlitz Etui Space Skater Polyester soft pencil case combines a compact form with practical storage for everyday stationery. Made from durable polyester, it presents a dark blue and white Space Skater design and offers enough room to carry pens, pencils, erasers and small accessories while remaining lightweight and easy to fit into a school bag or backpack. Its dimensions are approximately 215 mm wide, 60 mm deep and 95 mm high, making it suitable for standard writing instruments and small tools.

Advantages

The soft construction provides flexible storage that adapts to varied contents without adding significant weight. Polyester fabric resists wear and is simple to clean, while the zipped closure secures items during transport. The compact footprint keeps desk and bag organization neat, and the neutral dark blue and white styling works well for different age groups.

Suitable for

• School pencil and pen storage for children and teenagers
• Organizing drawing and sketching tools for hobbyists
• Storing small office supplies such as erasers, sharpeners and USB sticks
• Travel or daily carry for compact stationery kits

Key specifications

• Material: polyester outer fabric with textile inner lining
• Colour: dark blue and white Space Skater motif
• Dimensions (approx.): 215 mm (width) × 60 mm (depth) × 95 mm (height)
• Single main compartment with zipper closure
• Weight: lightweight, suitable for daily use

How to use

Open the zipper and place pens, pencils, markers and small accessories inside the main compartment. Arrange items so that writing instruments lie flat to prevent damage to tips. Close the zipper fully before placing the case in a backpack or bag to avoid spillage. For thicker items, check that the case closes comfortably without forcing the zipper.

Recommendations

Hand wash or wipe clean with a damp cloth and mild detergent; avoid bleaching agents and tumble drying to preserve fabric and print. Store in a dry place away from direct heat sources.