Discover the versatile Royalford Silicone Scraper. Made from BPA-free, food-grade silicone, this long-handled jar scraper is perfect for mixing, folding, serving, and more. Dishwasher safe.
Enhance your kitchen toolkit with the Royalford Silicone Scraper, a versatile and essential tool for every modern chef. Made from 100% BPA-free, food-grade non-stick silicone, this scraper is designed for a variety of tasks including mixing, folding, serving, spreading, scraping, and flipping. Its long, slender design easily reaches into blenders, while the angled head with a flexible tip ensures you can scrape all around blender blades effectively.
Key Features:
- Multi-Functional Design: Perfect for mixing, folding, serving, spreading, scraping, and flipping.
- Blender Spatula: Long, slender design with an angled head and flexible tip to easily reach and scrape around blender blades.
- Easy to Clean: Dishwasher safe and the seamless silicone design prevents food and bacteria build-up, ensuring safe and healthy cooking.
- High-Quality Silicone: Made from 100% BPA-free, food-grade, non-stick silicone with the perfect balance of flexibility and rigidity.
- Durable and Safe: Designed to withstand high temperatures and is safe for use with all types of cookware.
- Comfortable Handle: Ergonomically designed handle for a comfortable and secure grip.
- Modern and Stylish: Sleek design that complements any kitchen décor.
Upgrade your cooking experience with the Royalford Silicone Scraper, the perfect tool for all your kitchen needs.

FAQ
We process and ship orders within 1-2 business days. Delivery across the UAE typically takes 1-2 business days.
Yes! We provide cash on delivery as a payment option across the UAE.
We accept Visa, MasterCard, American Express, Tabby (Buy Now, Pay Later), and Cash on Delivery (COD).
We offer easy returns and exchanges within 7 days of delivery. The product must be unused and in its original packaging.
Once your order is shipped, you will receive a tracking number via email to monitor your shipment in real-time.