Description
88715B Cool Peeling DTF Film
The 88715B is a cool peeling PET transfer film used for DTF white-ink printing and heat transfer production. It is suitable for industrial white-ink printing equipment and desktop DTF printers, and it supports printed graphics for garments and other textile products.
The supplied materials show a single-side matte anti-static backing structure, uniform multilayer coating, and a cold peeling workflow after printing, powdering, heating, and transfer.
Machine Structure
88715B is a film material rather than a printing machine. The supplied product image shows two rolls of transfer film together with a printed garment example, while the second and third product images show the 60cm roll size and the packed roll structure. The film is positioned as a white-ink DTF carrier with a matte, anti-static surface on one side.
From the supplied specifications, the film uses PET as the base material and is available in common roll and sheet formats. No unsupported machine or equipment claim is added here.
Technical Specifications
| Model | 88715B |
|---|---|
| Product Name | Cool Peeling DTF Film |
| Product Type | DTF transfer film |
| Base Material | PET |
| Back Structure | Single-side matte coating, single-side anti-static coating |
| Surface Feature | Multilayer coating, uniform coating, hydrophilic surface |
| Thickness | 75μm / 100μm |
| Common Size | 60cm × 100m roll; A3; A4 |
| Peel Method | Cold peel |
| Compatible Ink | Water-based printing ink |
| Compatible Equipment | Industrial white-ink printing equipment, desktop printing equipment |
| Recommended Transfer Temperature | 130-160°C |
| Recommended Transfer Time | 10-15 s |
| Recommended Transfer Pressure | 2.5 kgf/cm² |
| Shelf Life | 12 months under room-temperature, properly packaged storage |
Product Advantages
The 88715B is built around cold peel processing, a single-side matte anti-static backing, and uniform multilayer coating. These characteristics support smoother film handling, more stable printing, and practical white-ink DTF output for different graphic sizes.
- Cold peel workflow for DTF transfer production.
- Single-side matte anti-static coating for practical film handling.
- PET base material with a uniform multilayer coating.
- Supports water-based white-ink DTF printing.
- Available in 60cm roll, A3, and A4 common formats.
- Suitable for industrial and desktop printing equipment.
Production Workflow
First, prepare the artwork in RIP software and print it onto the 88715B film using compatible DTF equipment. Next, apply adhesive powder, then heat and cure the printed area so the transfer layer is formed. After heat pressing the design onto the target textile, allow it to cool completely before removing the film by cold peel.
The supplied materials recommend 130-160°C, 10-15 seconds, and 2.5 kgf/cm² as the transfer range. Because the printer, ink, powder, press, and substrate all affect the result, small-batch testing is recommended before production.
Application Scenarios
The 88715B is suitable for garment printing, personalized apparel decoration, small-batch customization, and desktop DTF workflows. It can be used for T-shirts, hoodies, canvas bags, caps, and other textile transfer applications where cool peeling DTF film is required.
The available sizes make it practical for both continuous roll production and smaller desktop jobs. Final suitability should always be checked with sample testing on the target material.
FAQ
What is 88715B used for?
88715B is a cool peeling DTF transfer film used for white-ink printing and heat transfer on textiles.
What is the peeling method?
The film uses a cold peel process. It should be fully cooled before peeling.
What equipment is it compatible with?
The supplied materials indicate compatibility with industrial white-ink printing equipment and desktop printing equipment.
What sizes are available?
The common sizes listed in the supplied materials are 60cm × 100m roll, A3, and A4.
What transfer settings are recommended?
The supplied specifications recommend 130-160°C, 10-15 seconds, and 2.5 kgf/cm². Please test before batch production.