Description

Product Introduction

DTF transfer film, as the core carrier in the field of digital heat transfer printing, is a specialized transfer consumable made through a special coating process. Its core function is to carry digitally printed patterns and transfer them accurately and securely to various material surfaces through a heat press process. With its advantages of flexible adaptability, high-definition presentation, and strong durability, it completely breaks the limitations of traditional transfer printing processes, becoming a revolutionary product in the customized printing industry. It is widely used in personalized production and mass manufacturing scenarios across various fields, including clothing, accessories, and home furnishings.

     

Product Features

1. Comprehensive Compatibility

This product boasts exceptional versatility, requiring no pre-treatment of the substrate. It is perfectly compatible with virtually all fabrics, including cotton, polyester, nylon, blends, leather, canvas, and denim. It also works with both dark and light-colored materials, completely overcoming the limitations of traditional DTG (direct-to-garment) printing and the restriction of sublimation printing to only polyester fibers. One film can meet the transfer needs of multiple categories and materials, significantly improving production flexibility and efficiency, and adapting to both small-batch customization and large-scale mass production.

2. High-Definition Color Reproduction, Precise Detail Restoration

The substrate surface utilizes a highly absorbent, specialized coating, combined with a special release technology, ensuring even ink absorption and strong ink retention. This prevents ink pooling and bleeding, allowing for the precise reproduction of full-color patterns, gradients, fine lines, and photorealistic high-definition details. The colors are rich and vibrant with high color accuracy. When combined with a white ink undercoat, it ensures that patterns on dark fabrics remain bright and fade-resistant, without appearing dull or gray. The edges are smooth and free of jagged lines, perfectly reproducing every detail of the original design, giving your creative vision a more refined and high-quality finish.

3. Strong, durable, and comfortable with excellent breathability

Made with high-quality PET substrate, it boasts high tensile strength, low heat shrinkage, and excellent high-temperature resistance. It does not curl, melt, or deform during the heat pressing process, making it compatible with various heat press machines. After transfer, the pattern adheres tightly to the substrate, embedding itself within the fabric fibers, providing exceptional flexibility and adhesion. It can withstand over 50 washes without fading, cracking, or peeling. Furthermore, it offers a soft and delicate feel, without stiffness or adhesive residue, and is breathable and comfortable against the skin. It combines durability and wearing comfort, surpassing the user experience of traditional heat transfer vinyl materials.

4. Convenient Operation, Lowering Production Barriers

It supports both hot and cold peeling methods, ensuring smooth and clean peeling without residual ink or film. The flexible and convenient operation allows for adaptation to different production schedules. It eliminates the need for complex initial adjustments and post-processing, saving the time and effort required for traditional screen printing’s plate making and color registration processes, and also eliminates the fabric pre-treatment steps of the DTG process. After digital printing, simply apply powder and cure for heat transfer. The low learning curve significantly shortens the production cycle and reduces labor and time costs, making it easy for even small workshops or individual entrepreneurs to get started. implementation.

5. Environmentally Friendly and High-Quality, with Stable and Controllable Quality

Utilizing environmentally friendly PET substrate and non-toxic coatings, the product is odorless and free of harmful volatile substances, meeting EU environmental standards and safe for use in products that come into direct contact with the skin, such as clothing and children’s products. The production process is strictly controlled, ensuring uniform coating and precise thickness. The color rendering, peeling performance, and washability of each batch of products remain consistent, with no batch-to-batch variations. It also possesses excellent anti-static properties, preventing powder adhesion and film jamming during printing, effectively reducing material waste and equipment malfunctions.

Application Scenarios

Suitable for most conventional transfer printing needs, it is primarily used in areas such as clothing customization (T-shirts, hoodies, jackets, jeans), home furnishings (cushions, curtains, tablecloths), and bags and shoes (canvas bags, sneakers, baseball caps). Whether for personal DIY customization, small-batch production in offline stores, or large-scale corporate orders, it offers efficient performance, balancing practicality and aesthetics.

 

Instructions for Use

1. Pattern Printing: The designed pattern is printed onto the coated surface (matte side) of the transfer film using a dedicated DTF printer. White ink undercoating can be added during printing depending on the fabric color;

2. Powder Application and Curing: A dedicated DTF hot-melt adhesive powder is evenly applied to the surface of the printed pattern. After removing excess powder, the film is placed in a curing oven or heat press for low-temperature curing, allowing the powder and ink to fully fuse;

3. Heat Press Transfer: The cured transfer film is placed pattern-side down onto the substrate surface. The heat press parameters are adjusted (temperature 130-160℃, pressure 0.3-0.5MPa, time 10-20 seconds) for the heat transfer process;

4. Peeling and Completion: After heat pressing, depending on the type of transfer film, either hot peeling (peeling immediately after heat pressing) or cold peeling (peeling after cooling) is performed. After peeling, the pattern is firmly attached to the substrate, completing the transfer process.