3D Printer Heat Insulation Cotton — Self-Adhesive Heatbed Sticker Foil 200/220/310mm for Ender 3 V2, Pro, Ender 5

Keep your 3D prints consistent, reduce noise, and save energy with the T-Trees 3D Printer Heat Insulation Cotton. Designed for Ender 3 V2, Ender 3 Pro, and Ender 5, this self-adhesive heatbed sticker foil provides excellent thermal insulation and acoustic damping, ensuring your heated bed maintains temperature efficiently while reducing vibration and sound. Lightweight, durable, and easy to install, it’s a must-have upgrade for any serious 3D printing enthusiast.

🌟 Why You’ll Love It

• Superior Thermal Insulation: Keeps your heated bed temperature stable, improving print quality and reducing energy consumption.

• Noise Reduction: Twin-density foam layer minimizes vibration and sound from your printer during operation.

• Durable & Heat Resistant: Tri-layer construction with aluminum foil and cotton withstands high temperatures and tough environments.

• Easy to Install: Self-adhesive backing allows for quick and precise placement; can be trimmed to fit any bed size (200mm / 220mm / 310mm).

• Safe & Flame Retardant: Non-flammable and designed for long-lasting, safe use.

• Customizable: Can be applied to hidden areas for extra insulation or soundproofing as needed.

⚙️ SPECIFICATIONS

• Brand Name: T-Trees

• Item Type: Heat Paper / Heatbed Insulation Cotton

• Material: Aluminum Foil + Cotton

• Model Number: Heating Bed Block Insulation Cotton

• Compatible Models: Ender 3 V2, Ender 3 Pro, Ender 5

• Sizes Available: 200mm / 220mm / 310mm

• Features: Thermal insulation, acoustic damping, heat resistant, durable, self-adhesive

• Choice: Yes

🛠️ Installation Tips

1. Cut the insulation mat to desired size using scissors or a knife before removing the release liner.

2. Clean the bed surface thoroughly before applying.

3. Press the insulation firmly for best adhesion and damping performance.

4. Avoid covering wiring or air vents.

5. Use a hair dryer to soften aluminum soundproof plates in cold environments (<5°C) before application.

6. Avoid repeated repositioning to maintain optimal adhesive performance.