Wearable DTF Heat Transfers for Polyester T-Shirts - Various Sizes 320-340°F Application Temperature
Price:
$0.1-1
MOQ:
No Moq
Delivery Time:
1-2 days
Brand:
Y & Q
Product Description
Wearable DTF Heat Transfers for Polyester Fabric
Direct-to-Film (DTF) heat transfers provide exceptional flexibility and ease of application for decorating polyester and polyester blend fabrics. These custom transfers deliver vibrant, durable prints ideal for fashion apparel and sportswear applications.
Key Product Features
- Available in various sizes to accommodate different design requirements
- Excellent compatibility with polyester and polyester blend fabrics
- Superior durability and wrinkle resistance for long-lasting prints
- Vibrant color reproduction with sharp detail and clarity
- Flexible application process suitable for custom designs
- Commercial-grade quality for professional printing operations
Application Guidelines
Optimal Heat Press Settings
| Parameter | Recommended Value | Notes |
|---|---|---|
| Temperature | 320-340°F (160-170°C) | Avoid exceeding maximum temperature to prevent fabric damage |
| Pressure | Medium to High | Ensure even pressure distribution across transfer area |
| Time | 10-15 seconds | Adjust based on fabric thickness and transfer size |
Important: Precise temperature and time control is essential. Excessive heat or prolonged press time can cause fabric scorching or distortion, while insufficient application may affect transfer adhesion and durability.
Product Gallery
Technical Specifications
- Material Compatibility: Polyester and polyester blend fabrics
- Application Temperature Range: 320-340°F (160-170°C)
- Press Time: 10-15 seconds (adjustable)
- Available Sizes: Various dimensions to suit design requirements
- Finish: Soft-hand feel with excellent wash durability
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Yiwu Y & Q Transfer Co. Ltd
Location
206# BeiluXiJie Dongyang Yiwu City Zhejiang Province
Contact Person
Stephen