Archery Hot Melt Adhesive Stick, Bow & Arrow High Temperature Adhesive for Wood Aluminum Carbon Fiberglass Arrows

• 【Differences】: Yellow adhesive sticks are usually used for wood and aluminium rods and blue adhesive sticks are usually used for carbon, aluminium and fibreglass rods.
• 【DIY Archery Supplies】: Arrow components such as points, shafts, and nocks are typically joined using adhesive sticks. When attaching fletchings, please select a product designed for fletching application.
• 【Usage】: Once heated and softened, apply to the fitting to be installed and wait for it to dry. Removal is also very simple. After heating and softening the adhesive, you can remove the arrow core and nails.
• 【High Temperature Resistance】: The archery hot melt adhesive stick is long-lasting and can withstand high temperatures, ensuring that your archery equipment is firmly bonded.
• 【Professional】: Designed for precision, this adhesive stick enhances arrow retention and is ideal for hunting enthusiasts.

Features: 1.【DIY Archery Supplies】: Arrow components such as points, shafts, and nocks are typically joined using adhesive sticks. When attaching fletchings, please select a product designed for fletching application. 2.【Usage】: Once heated and softened, apply to the fitting to be installed and wait for it to dry. Removal is also very simple. After heating and softening the adhesive, you can remove the arrow core and nails. Specification: Yellow: - Recommended for wood and aluminum shafts - Not applicable to carbon fiber shafts - Thermit reversible - Required melting point 350°F (176.7°C) Blue: - Recommended for carbon, aluminum and fiberglass shafts - Reach full cured room temperature - Use hot water to adjust, replace or remove - Melting point 280°F (137.8°C) Packing List: 1 * Archery Hot Melt Adhesive Stick Notes: 1. Due to the difference between different monitors, the picture may not reflect the actual color of the item. We will the mode is the same as shown in the pictures. 2. Please allow 1-2cm slight dimension difference due to different manual measurement.