Description
88716B Hot & Cold Peeling DTF Film
88716B is a hot and cold peeling PET release film for DTF white-ink printing and heat transfer production. It is designed for industrial white-ink printing equipment and desktop printers, and supports transfer graphics for garments, personalized apparel, and other textile products.
The supplied specifications identify 88716B as the matte back coating and single anti-static version. It also features a three-layer coating structure and a hydrophilic surface. This product should not be confused with 88716A, which uses a bright back coating and double anti-static structure.
Machine Structure
88716B is a film consumable rather than a printing machine. It is supplied as a roll or cut sheet and uses PET as the base material. The matte back coating and single anti-static structure are designed for practical film handling through printing, powder application, heat curing, transfer, and peeling.
The printing side uses a three-layer coating structure with a hydrophilic surface to carry the printed color and white-ink layers. Available formats include a 60cm × 100m roll, A3, and A4 sheets, allowing selection according to the printer format and production volume.
Technical Specifications
| Model | 88716B |
|---|---|
| Product Name | Hot & Cold Peeling DTF Film |
| Product Type | DTF white-ink printing release film |
| Base Material | PET |
| Back Structure | Matte back coating, single anti-static |
| Coating Structure | Three-layer coating, hydrophilic surface |
| Thickness | 75μm / 100μm |
| Common Sizes | 60cm × 100m/roll; A3: 29.7cm × 42cm; A4: 21cm × 29.7cm |
| Peel Methods | Instant peel, warm peel, cold peel |
| Instant Peel Reference | Within approximately 3 seconds, subject to testing |
| Compatible Equipment | Industrial white-ink printers, desktop printers |
| Compatible Ink | Water-based printing ink |
| Surface Resistance | ≤1.0×10¹⁰ Ω |
| Back Release Force | 2.0-9.0 N/inch |
| Surface Release Force | 0.001-0.5 N/inch |
| Post-Transfer Release Force | 0.002-0.5 N/inch |
| Surface Tension | ≤28 dyn/cm |
| Dynamic / Static Friction Coefficient | 0.5-2.5 / 0.5-2.5 |
| Recommended Transfer Temperature | 130-160°C |
| Instant Peel Temperature Reference | 130-140°C, test before production |
| Recommended Transfer Pressure | 2.5 kgf/cm² |
| Powder Baking Reference | 145-150°C for approximately 3 minutes |
| Printing Environment | 15-30°C; 40-60%RH |
| Storage Humidity | 35-65%RH |
| Shelf Life | 12 months |
Product Advantages
88716B combines a matte back coating, single anti-static structure, three-layer coating, and hydrophilic surface for DTF printing and transfer workflows. Its hot and cold peeling compatibility allows operators to select instant, warm, or cold peeling according to the equipment, transfer materials, and production rhythm.
- Matte back coating and single anti-static structure for the 88716B version.
- PET base material with a three-layer coating structure.
- Hydrophilic surface designed for water-based DTF printing ink workflows.
- Supports instant peel, warm peel, and cold peel processing.
- 60cm roll, A3, and A4 formats for continuous and desktop production.
- Documented release force, surface resistance, friction, and process reference ranges for trial verification.
Production Workflow
First, select the 60cm roll, A3, or A4 format according to the artwork and printer. Prepare the artwork in RIP software, then print the color and white-ink layers onto the coated side of the 88716B film using compatible industrial or desktop DTF equipment.
Next, apply hot-melt adhesive powder evenly to the printed area, remove excess powder, and use 145-150°C for approximately 3 minutes as a starting reference for baking and melting. Place the film and target textile in a heat press and test within the 130-160°C transfer temperature range at 2.5 kgf/cm² reference pressure.
After transfer, select the peeling method according to the tested process: instant peel may be tested at approximately 3 seconds, or the film may be warm peeled or cooled before cold peeling. Actual timing depends on the printer, ink, powder, textile, and heat press. A printing environment of 15-30°C and 40-60%RH is recommended as a reference, with storage humidity of 35-65%RH.
Application Scenarios
88716B is suitable for industrial DTF production lines, desktop DTF printing, garment customization, personalized graphic production, and small-batch heat transfer work. The 60cm × 100m roll is suited to continuous output and larger orders, while A3 and A4 formats support desktop equipment, sampling, and smaller graphics.
After printing, powdering, baking, and transfer, the graphics can be applied to T-shirts, hoodies, polo shirts, canvas bags, caps, and other common textile products. Final performance depends on the combination of film, ink, powder, heat press, textile, and process settings, so small-batch testing is recommended before production.
FAQ
What is 88716B?
88716B is a hot and cold peeling PET release film for DTF white-ink printing and heat transfer. It uses a matte back coating, single anti-static structure, and three-layer coating.
Which peeling methods does 88716B support?
It supports instant peel, warm peel, and cold peel. Instant peeling can be tested at approximately 3 seconds, but the actual peeling time should be confirmed with the target printer, powder, textile, and heat press.
What is the difference between 88716B and 88716A?
88716B uses a matte back coating and single anti-static structure. 88716A uses a bright back coating and double anti-static structure. The specifications on this page apply to 88716B.
What sizes and thicknesses are available?
Common thicknesses are 75μm and 100μm. Common formats include a 60cm × 100m roll, A3 at 29.7cm × 42cm, and A4 at 21cm × 29.7cm. The supplied materials identify industrial white-ink printers and desktop printers as compatible equipment, with water-based printing ink.
What transfer settings are recommended?
The supplied reference is 130-160°C at 2.5 kgf/cm². For instant peel testing, 130-140°C can be used as a starting reference. Powder baking can be tested at 145-150°C for approximately 3 minutes. Always test before batch production.