Direction of heat transfer printing belt

★ Brief Introduction

Endless Nomex Transfer Belts are produced from 100%Nomex fiber. They are the most important, component of the Roller Sublimation Printing Machine. We can offer the felts with the normal and special size according to customers` request.

★ Charact

Heat resistance up to 280℃

High density structure with no delaminating or fuzziness

Abrasion resistance with smooth cutting and even surface

No Pollution

★ Direction

1. The blanket must be install as the direction of the arrow, fixing both sides of the perimeter to see if the perimeter is the same.

2. Adjust the machine pressure within 2kg. heat up to 150 ℃, idle for 2 hours; heat up to 170℃, idle for 2 hours; heat up to 190℃, idle 3 hours( important); heat up to 200℃, idle for 2 hours.

3. Then the belt will suitable for your machine, you can adjust the machine pressure in 3--5kg according to your needed and start to printing.

★ Advantages

1. Uniform Heat Distribution: Heat Transfer Printing Felt is designed to provide uniform heat distribution across the substrate during the transfer process. This ensures that the dye sublimates evenly, resulting in consistent and vibrant colors without streaks or uneven patches.

2. Heat Insulation: The Felt's thermal insulation properties help maintain a stable and controlled temperature during the sublimation process. This prevents overheating of the substrate and minimizes the risk of scorching or damaging delicate materials.

3. Pressure Distribution: Heat transfer printing felt helps distribute pressure evenly across the substrate and the transfer paper during the heat press. Proper pressure distribution is essential for achieving complete dye sublimation and avoiding areas with insufficient color transfer.

4. Substrate Protection: The felt acts as a protective barrier between the heating element and the substrate. This helps prevent direct contact between the heat source and the substrate, reducing the risk of scorch marks and ensuring the substrate's integrity.

5. High-Temperature Resistance: Heat transfer printing felt is designed to withstand high temperatures generated by heat presses, ensuring durability and longevity over multiple transfer cycles.

6. Reduced Ghosting and Blurring: Ghosting refers to the faint transfer of the image or design to unintended areas of the substrate. Heat transfer printing felt helps minimize ghosting and blurring by maintaining a consistent and controlled heat environment.

7. Absorption and Evaporation: The felt's absorbent properties play a role in absorbing excess moisture or gases released during the sublimation process. This prevents moisture-related issues that could affect color accuracy and transfer quality.

8. Reusability: Heat transfer printing felt can be reused for multiple transfer cycles, making it a cost-effective and sustainable choice for dye-sublimation printing.

9. Customizable Thickness and Density: Felt materials used in heat transfer printing can come in various thicknesses and densities. This allows for customization based on the specific requirements of different substrates and printing applications.

10. Smooth Surface Texture: The surface texture of the felt is designed to be smooth and consistent. This ensures that the transfer paper remains in contact with the substrate without creating wrinkles, resulting in accurate color and image reproduction.

11. Compatibility with Various Substrates: Heat transfer printing felt is suitable for use with a wide range of substrates, including textiles, apparel, accessories, promotional items, and hard substrates like ceramics and metals.

12. Enhanced Color Vibrancy and Longevity: The controlled heat and pressure provided by the felt contribute to vibrant and long-lasting colors that resist fading, ensuring the final printed products maintain their visual appeal over time.