Focket 9 Inch Manual Glue Roller, 460 Ml Capacity Foam Roller with Adjustable Control for Wood Glue Application

1. EFFICIENT APPLICATION - Save 30% adhesive with a 9-inch foam roller for stable and even gluing, ensuring efficient and accurate adhesive application. 2. Wide Compatibility The manual glue roller is compatible with various water-based adhesives such as PVA, wood sticks, PVC adhesives, widely used in furniture factories, woodworking, belt factories, etc. 3. EASY TO CLEAN - Soft foam roller easy to clean, just rinse under water after use. No need to worry about adhesive hardening with a quick rinse in water before cleaning. 4. Adjustable Flow Control: Control adhesive flow rate by adjusting the metal one, separating the foam roller from the adhesive to reduce the flow rate and regulate the application. 5. CONVENIENT STORAGE - The glue container holds up to 460ml of adhesive for convenient storage, keeping your adhesive easily for your applications. Speculation: Item Type: Manual Glue Roller Material: ABS Width: approx. 230 mm / 9.06 inches. Capacity: 460ml Packing List: 1 x Base 1 x 1 x Spare Wheel 1 x Glue Roller Note: Not used for joining wallpaper, glass or steel plates.

• [Efficient Application] 9" foam roller ensures even adhesive distribution, reducing debris by up to 30% while maintaining precise control for professional woodworking and factory applications
• [Wide Compatibility] Works seamlessly with water-based adhesives including PVA, wood sticks, and PVC adhesives in furniture factories, woodworking shops, and belt production lines
• [EASY MAINTENANCE] Soft foam roller allows for quick water rinsing after use, preventing adhesive build-up without complex cleaning procedures
• [Adjustable Flow Control] The metal allows precise regulation of adhesive flow by separating the roller from the glue reservoir, adapting to the requirements of variable application thickness
• [Large Capacity Tank] The 460ml clear container provides extended adhesive storage with clear visibility, minimizing recharge interruptions during continuous operations