Faber-Castell 110645 vahaliitu 16 väriä

Faber-Castell 110645 wax-based jumbo pencils — a set of 16 chunky, water-soluble colour pencils designed for very young children. The pencils feature an XXL soft lead in a triangular barrel made from FSC-certified wood and are manufactured in Germany. The set includes a Grippy sharpener specifically matched to these pencils and is supplied in a cardboard wallet of 16.

Advantages

The ergonomic triangular shape and patented grip zone provide a secure, non-slip hold for small hands, while the XXL jumbo lead makes colouring easier and faster. The dermatologically tested lead is break-resistant and washes out of most fabrics at 40 °C. These 3-in-1 wax-based pencils work as colour pencils, crayons and watercolour pencils: they apply smoothly, blend with water and can be wiped from most smooth surfaces such as glass or mirrors.

Suitable for

• Preschool and early-years colouring activities
• Art and craft projects for small children
• Drawing on paper and experimenting with watercolour effects
• Temporary drawings on windows or mirrors

Key specifications

• Brand: Faber-Castell
• MPN: 110645
• EAN: 4005401106456
• Contents: 16 wax-based jumbo pencils (assorted colours)
• Lead: XXL soft, water-soluble, dermatologically tested
• Shape: Triangular, patented grip zone
• Wood: FSC-certified
• Accessories: Grippy sharpener (with safety screw, cutting guard, acoustic click)
• Made in Germany

How to use

Sharpen pencils with the included Grippy sharpener. Use on paper for solid colouring, on damp paper to achieve watercolour effects, or draw directly on smooth surfaces such as glass and mirrors and remove with a damp cloth. Wash fabric stains at 40 °C where necessary. Allow colours to dry on non-porous surfaces before wiping for easiest removal.

Recommendations

Keep adult supervision when used by very young children. Store pencils in a dry place and avoid prolonged contact with clothing or porous surfaces to minimize staining; test on a small hidden area before applying to delicate surfaces.