Aimedia 1009124 Round Cutting Board Japan 29X35Cm Dishwasher Safe Heat Resistant Elastomer Beige

The Aimedia 1009124 Round Cutting Board Japan 29X35Cm Dishwasher Safe Heat Resistant Elastomer Beige is an excellent kitchen accessory designed to enhance your meal preparation experience. Crafted from high-quality elastomer, this cutting board offers superior durability and resistance to heat, making it an ideal surface for chopping, slicing, and dicing. Its beige color adds a subtle, elegant touch to your kitchen decor while providing a functional workspace.

Measuring 29 by 35 centimeters, this medium-sized cutting board provides ample space for various food preparation tasks without occupying too much counter space. The heat-resistant and dishwasher-safe features make cleaning and maintenance effortless, ensuring the cutting board remains hygienic and ready for use. With its sturdy construction, the Aimedia Round Cutting Board is built to withstand everyday kitchen challenges, promising long-lasting performance.

• Product Material: Elastomer

• Manufacturer: Aimedia

• Made in: Japan

• Made from durable elastomer material for long-lasting use
• Heat resistant to protect against hot pots and pans
• Dishwasher safe for easy and hygienic cleaning
• Compact size of 29 x 35 cm suitable for various kitchen tasks
• Beige color that complements any kitchen style

Place the Aimedia Round Cutting Board on a stable surface before use. Use it for chopping, slicing, or dicing fruits, vegetables, and other ingredients. After use, rinse off any food debris and place it in the dishwasher for thorough cleaning. Avoid exposing the board to open flames or extreme heat sources beyond its heat resistance capacity.

Clean the cutting board after each use by placing it in the dishwasher or washing it with warm soapy water. Avoid using abrasive scrubbers or harsh chemicals to maintain the surface integrity. Store the board in a dry place away from direct sunlight to prevent discoloration or warping. Do not expose the cutting board to temperatures exceeding its heat resistance limits.