-
Heat transfer machine for conical tube print heat transfer film
Heat transfer machine is for conical tube print heat transfer film. It uses heat and pressure. The machine has a heating element.
It also has a pressing plate. You place a conical tube inside. A heat transfer film is wrapped around the tube. The machine closes and heats up. The heat activates the film's adhesive. Pressure is applied evenly. The design sticks permanently to the tube. This process is fast and efficient. It creates durable prints. The prints are waterproof and fade-resistant. It is ideal for custom designs. -
High voltage generator static charger for in mold label injection on plastic plate basin bucket
High voltage generator static charger is designed for in‑mold label injection on plastic products such as plates, basins, and buckets. It generates a strong electrostatic charge that temporarily holds the IML label firmly against the mold cavity,preventing shifting or wrinkling during injection. This ensures accurate label placement, reduces defects, and improves production
efficiency for a wide range of plastic items. -
In mold label injection molding sticker for PP PS plastic lid
This high‑performance injection molding sticker is specifically designed for PP and PS plastic lids. During the injection molding process, the label is placed into the mold cavity before the molten plastic is injected. Under heat and pressure, the label fuses permanently with the lid surface, creating a seamless, peel‑proof, and scratch‑resistant decoration. -
New design iml label in molding labeling injection on plastic plate basin
New design IML label – This innovative in molding labeling solution is specifically designed for injection on plastic plates and basins. The label is placed into the mold cavity before the molten plastic is injected, fusing permanently with the product surface during the molding cycle. The result is a seamless, peel‑proof, and scratch‑resistant decoration that enhances the
appearance and durability of plastic tableware and household items. -
Simple to operate heat transfer printing machine for plastic PP PE bottle jar print
Simple to operate heat transfer printing machine – This user‑friendly machine is specifically designed for plastic PP and PE bottle and jar printing. With intuitive controls and quick setup, it allows operators to apply vibrant, durable graphics onto polypropylene and polyethylene containers using heat and pressure. The machine ensures strong adhesion, scratch resistance, and consistent decoration quality, making it ideal for small to medium‑scale production and custom branding projects. -
Factory Price heat transfer film for glass print with custom design
Factory Price heat transfer film is a cost‑effective solution specifically designed for glass print with custom design. Using heat and pressure, this high‑performance film transfers vibrant, durable graphics onto glass surfaces such as bottles, jars, and flat panels. The transfer process ensures excellent adhesion, scratch resistance, and long‑lasting color, making it ideal for personalized glassware, promotional items, and decorative glass products. -
High quality iml label 40 micron for plastic jar jug injection by hand
Our IML label features a 40 micron thickness and is specifically designed for plastic jar and jug injection by hand. During manual injection molding, the label is placed into the mold cavity before the molten plastic is injected. The 40 micron thickness provides an ideal balance of flexibility and rigidity, making it easy for operators to handle and position accurately by hand. -
Decai static charging machine for iml labelling injection by hand
Decai static charging machine is specifically designed for IML labelling injection by hand. It generates a controlled electrostatic charge that is applied to the IML label before the operator places it into the mold cavity. This temporary static adhesion holds the label firmly against the mold wall during manual loading, preventing shifting, wrinkling, or falling out of position. -
Printable heat transfer paper for plastic jar bottle printing
Printable heat transfer paper – also referred to as heat transfer film – is specifically designed for plastic jar and bottle printing. It transfers vibrant, durable graphics onto the container surface using heat and pressure, ensuring strong adhesion,scratch resistance, and long‑lasting color. Ideal for branding and decorative applications on various plastic packaging. -
Custom heat transfer film for printing and decorating PP cans jar
Custom heat transfer film is specifically designed for printing and decorating PP cans and jars. It transfers vibrant, durable graphics onto polypropylene surfaces using heat and pressure, ensuring excellent adhesion, scratch resistance, and long‑lasting color. This film can be customized with any design, logo, or pattern, making it ideal for product branding and decorative packaging. It offers consistent results on both curved and flat surfaces, and its high‑performance construction withstands handling, moisture, and mild chemicals. -
Decai high quality 90 micron iml in mold label injection and decorative
Decai high quality 90 micron IML in‑mold label is specifically designed for injection and decorative applications. The label is placed into the mold cavity before the plastic is injected, fusing permanently with the molten material to create a seamless, peel‑proof, and scratch‑resistant decoration. The 90 micron thickness provides excellent rigidity and stability during placement, ensuring precise alignment and consistent molding results. -
Decai customized heat transfer machine for plastic bottle jug print with film
Decai customized heat transfer machine is specifically engineered for plastic bottle and jug print with film. It applies controlled heat and pressure to transfer vivid, durable graphics onto the surface of plastic containers, ensuring excellent adhesion, scratch resistance, and long-lasting decorative results. The machine accommodates various shapes and sizes, making it ideal for both industrial packaging and consumer product branding.
