Arts & Crafts William Morris Red Strawberry Thief Wavy Tin Tea Caddy, 105 x 105 x 110 mm

• DECORATIVE DESIGN: Features the iconic William Morris Strawberry Thief pattern in vibrant red with intricate bird and floral motifs, adding an elegant Arts & Crafts aesthetic to your kitchen or dining area
• PREMIUM TIN CONSTRUCTION: Crafted from high-quality tinplate with a distinctive wavy-edged lid and gold-tone rim detailing for a sophisticated vintage appearance
• IDEAL TEA STORAGE: Perfect for storing loose leaf tea, tea bags, coffee, or other dry goods whilst protecting contents from light and moisture to maintain freshness
• COMPACT DIMENSIONS: Measures 10.5 cm x 10.5 cm x 11 cm, providing ample storage capacity without taking up excessive counter or cupboard space
• VERSATILE FUNCTIONALITY: Suitable as a tea caddy, biscuit tin, or decorative storage container for kitchen essentials, small items, or keepsakes

This exquisite tea caddy showcases the iconic Strawberry Thief design by William Morris, one of the most celebrated patterns from the Arts & Crafts movement. The rich red colourway features intricate details of thrushes amidst strawberry plants and flowers, creating a stunning visual display that brings Victorian elegance to your kitchen. Crafted from durable tin with a distinctive wavy edge design, this caddy measures 105 x 105 x 110 mm, providing ample storage space for your favourite loose leaf teas whilst keeping them fresh and aromatic. The secure lid ensures your tea remains protected from moisture and light, preserving its flavour and quality. The decorative gold-toned band adds a touch of luxury to this functional piece. Whether displayed on your kitchen counter or tucked away in a cupboard, this beautiful caddy combines practical storage with timeless artistic appeal. It also makes a thoughtful gift for tea enthusiasts and admirers of William Morris's enduring designs. The compact size fits perfectly in most kitchen spaces whilst the ornate pattern adds a sophisticated focal point to your tea collection.