Fukui Craft PBT Hexagonal Dining Sticks 22.5cm Matcha Hue

Experience the Fukui Craft PBT Hexagonal Takushima Chopsticks, 22.5cm in a tranquil green tea color, embodying a flawless union of timeless style and contemporary material science. These dining tools are precisely shaped with a six-sided profile to ensure a comfortable and firm grasp, perfect for both routine meals and celebratory gatherings. Their refined green tea hue lends a subtle yet chic flair to your culinary moments.

Manufactured by Fukui Craft, a name synonymous with superior quality and skillful artistry, these chopsticks are fashioned from robust PBT material, guaranteeing exceptional durability and resilience against daily use. Their light construction and effortless cleaning make them an intelligent selection for individuals who value both visual appeal and practical utility in their kitchen essentials, upholding the integrity of their design.

• Product Material: PBT (Polybutylene Terephthalate)

• Manufacturer: Fukui Craft

• Made in: Japan

• Six-sided design ensures a firm and pleasant hold
• Crafted from robust, featherlight PBT composite
• Chic green tea shade elevates table settings
• Optimal 22.5 cm length for diverse culinary applications
• Simple to maintain, highly resilient to abrasion and warmth

Utilize these Fukui Craft PBT Hexagonal Takushima Dining Sticks to savor your cuisine, be it rice, sushi, or other culinary delights. Grip them easily between your digits, leveraging the six-sided form to avert slippage. Post-meal, rinse them with gentle soapy water or load into a dishwasher if appropriate. Refrain from harsh cleaning agents to preserve their surface quality.

After every use, cleanse these dining utensils with a gentle cleanser and warm water. While they are suitable for dishwashers, manual washing is advised to extend their service life. Prevent prolonged exposure to intense heat sources like open flames or intensely boiling water. Keep them in a moisture-free area, shielded from direct sunlight, to uphold their hue and material consistency.