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Why choose us as your heat transfer film manufacturer?
1. 28 years of industry experienceWith 28 years of manufacturing experience, we operate 26 production lines with more than 200 skilled workers to ensure order quality and fast delivery.2. Strict quality control - 9S management...Read more -
How to operate the static electricity of IML In mold label
The core value of manual electrostatic devices in membrane pasting lies in flexibility and low cost. By accurately controlling the charging position, voltage, and environmental parameters, label fixation can be achieved for small-scale production. But it is necessary to strictly follow: ① Mold gr...Read more -
Why does it take 12 days to produce heat transfer film?
Below is a detailed breakdown of the process, focusing on cylinder making, printing, drying, gluing, quality control, die-cutting, packaging, and shipping: 1. Cylinder Making (Engraving) – 1–2 DaysGravure Cylinder En...Read more -
What products are suitable for in mold label?
In film labeling (IML) is a process of directly embedding printed labels onto the surface of plastic products. During the injection molding or blow molding process, the label is placed inside the mold and integrated with the molten plastic, making the label an integral part of the product. Due t...Read more -
Heat Transfer Machine Prints Durable Plastic Buckets
Innovative Technology Unveiled: A cutting-edge heat transfer machine has been developed to print high-quality designs on plastic buckets, combining advanced thermal imaging with eco-friendly inks for vibrant, long-lasting resu...Read more -
Conditions for IML to use robotic arm injection molding
The thickness of the in film adhesive (IML) needs to be greater than 60 microns to adapt to the robotic arm injection molding process, mainly based on comprehensive considerations of material strength, process stability, robotic arm operation accuracy, and product functionality. The following i...Read more -
Selection of in mold label iml thickness
According to different products, different thicknesses labels can be used. Our label ranges from 18-110 microns+, single-layer label thickness ranges from 18-45 microns, and composite label thickness ranges from 60 microns -110+microns. Only labels over 60 microns are injection molded using a r...Read more -
How to choose the most suitable heat transfer machine for you?
We have a total of 3 different types of heat transfer machines, all of which can print plastic products. You can choose the most suitable machine for you according to your own needs and purchase budget. The following will help you introduce how to choose the most suitabl...Read more -
What are the advantages of our company make heat transfer film?
We are a thermal transfer film manufacturer from China. We have more than 28 years of industry experience and can provide you with professional and high-quality services. I will describe the advantages of our company in making thermal transfer films from 6 aspects: ...Read more -
Why do paint buckets need thicker labels iml
Paint buckets require thicker labels, mainly due to the chemical properties of paint and storage and transportation requirements. Thicker labels can provide stronger protective performance, improve packaging durability, and meet brand and functional requirements. The following is a specific analy...Read more -
Why Heat Transfer Machines Dominate Plastic Industry?
Heat transfer machines have become a preferred printing solution in the plastic industry due to their efficiency, versatility, and cost-effectiveness. This method uses heat and pressure to transfer designs onto plastic surfaces, ensuring high-quality, durable prints. ...Read more -
What is the process flow of in mold label IML？
The in mold label IML process integrates labels with plastic components to achieve efficient and durable surface decoration effects. The core process can be divided into the following six key steps: 1. Label printingProcess: Printing patterns, text, and labels on the surface of in mold label IML ...Read more