30Pcs Diamond Art Release Paper,10x10cm Reusable Diamond Art Release Section Frame Film Dust Separate Cover Sheet Clean Peel Accessory for DIY Craft(Style3)

• 【Precise Sectional Working】Each pack includes 30 pre-cut sheets measuring 10 x 10 cm (3.9 x 3.9 in). Effortlessly divide large diamond canvases into manageable sections, allowing you to focus on one area at a time without exposing the entire adhesive surface.
• 【Clean Peel & Non-Stick PET】Crafted from high-grade, durable PET material with a smooth release coating. Peels away effortlessly without sticking to or lifting the canvas glue, ensuring consistent stickiness and a frustration-free crafting experience.
• 【Double-Sided & Reusable Design】Both sides feature a non-stick protective finish, eliminating worries about wrong-side placement. The tear-resistant sheets can be reapplied multiple times to keep unfinished work safe and pristine.
• 【Superior Dust & Lint Protection】Shields exposed canvas glue from pet hair, dust, lint, and spills. Keeps your adhesive layer immaculate for smooth diamond placement with both round and square drill beads.
• 【Universal Crafting Accessory】Compatible with standard 5D diamond painting kits, light pads, trays, and drill pens. An essential helper for adults, beginners, and craft enthusiasts, making DIY projects cleaner and more organized.

Description: 30pcs sectional release paper for diamond art . Zone design blocks dust , peels cleanly , reusable for round and square diamonds , great for DIY crafts Key Features: Smooth clean peel , no sticky marks left on canvas glue Specifications: Composition: PET Single Sheet Size: 10x10cm / 3.9x3.9in Uses: Zone dust prevention, sectional diamond placement, canvas adhesive protection for diamond art Features: Easy to clean peel, reusable, zoned dust proof Style (optional): Style1, Style2, Style3 Parts List: 30 x Release Paper Note: 1. The actual color of the product may vary slightly from the images shown. We strive to provide accurate color representation. 2. Please allow for minor dimensional differences due to manual measurement.