1. Guide rollers for stainless steel workbenches

• Function and use: The stainless steel workbench provides a sturdy, corrosion-resistant work platform. Guide rollers are mainly used to guide the transmission direction of materials (such as fabrics, films, etc.) to ensure that the materials can accurately enter and leave each work area during the thermal transfer process, such as ensuring that the materials pass smoothly through the hot stamping or transfer area in roll-to-roll thermal transfer to avoid material deviation or wrinkles.

2. Roll-to-roll hot stamping thermal transfer

• Principle and process: The roll-to-roll method is suitable for continuous and large-scale production. Hot stamping thermal transfer is to transfer the pattern or metallic texture of hot stamping foil with metallic luster or transfer film with a specific pattern to the target material (such as zippers, fabrics, etc.) through heating and pressure. In this process, the heating element melts the hot melt adhesive or ink on the hot stamping foil or transfer film, and then applies pressure through the adhesive roller, etc., so that the pattern is firmly attached to the surface of the target material.

3. Relay panel operation

• Control function: The relay panel is used to control various operations of the entire thermal transfer equipment, such as heating temperature, rubber roller pressure, material transmission speed, etc. Through the relay, the circuit can be automatically controlled and switched, and the operator can set appropriate parameters on the panel according to different transfer materials and process requirements.

4. Continuous rubber roller embossing

• Working mode and function: The rubber roller plays a key embossing role in the thermal transfer process. It fits the hot stamping foil or transfer film tightly with the target material through continuous rotation and applying a certain amount of pressure, so that the pattern or metal texture can be fully transferred. The rubber roller is usually made of rubber material with certain elasticity and wear resistance, which can adapt to the thickness and surface flatness of different materials to ensure the consistency of the embossing effect. Factors such as the pressure, hardness and surface state of the rubber roller will affect the transfer quality. Appropriate pressure can ensure that the pattern is transferred completely and clearly, and a good rubber roller surface can prevent the pattern from being flawed or deformed, which is an important link in achieving high-quality continuous thermal transfer.

5. Zipper heat transfer machine

• Targeted application: Heat transfer equipment specifically for zippers. Considering the special shape (slender, toothed, etc.) and material (usually metal or plastic) of zippers, this machine can accurately transfer patterns or decorative layers to the surface of zippers, making zippers not only practical but also decorative elements of clothing or products. Special fixtures or positioning devices are used to fix the zippers to ensure that the zippers are accurately positioned during the heat transfer process and will not move or deform. At the same time, the equipment parameter settings (such as temperature, pressure, transfer time, etc.) will also be optimized according to the material and size of the zipper to achieve the best transfer effect.