28g Sublimation Paper
Super Lightweight: 28g sublimation paper is lightweight paper for industrial printing use, which makes it easier to handle during the printing process. It's less likely to cause paper jams or wrinkles in the printer.
Enhanced Ink Absorption: Despite its lightweight nature, 28g sublimation paper is designed to have good ink absorption properties. This ensures that the sublimation ink is properly absorbed and held by the paper, resulting in vibrant and high-quality prints.
Reduced Show-Through: Sublimation paper with a lower weight like 28g tends to have minimal show-through, meaning that the ink doesn't bleed through to the other side of the paper. This is important for achieving crisp and clear prints without any smudging or blurring.
Cost-Effective: Lighter weight sublimation papers are often more cost-effective compared to heavier weight papers. They require less material to produce, which can result in lower manufacturing costs. This can be advantageous for businesses looking to save on production expenses without compromising on print quality.
Suitable for Light Fabrics: 28g sublimation paper is particularly suitable for sublimating designs onto light-colored fabrics. Its lightweight nature ensures that it adheres well to the fabric surface without adding unnecessary bulk or stiffness to the final product.
Fast Drying: Lighter weight sublimation papers tend to dry more quickly after printing. This can be advantageous in production environments where speed is important, as it allows for faster processing times and quicker turnaround of orders.
Contact Us
NANJING HUIXING DIGITALTECHNOLOGY CO., LTD
Looking for more infos or want to talk with our sales team?
Leave us a message or send us email. We are at your service.
Mobile/WhatsApp: +86 13622621559
Email: liuhao@huixingdigital.com
Address:Room 1018, Wanda Center C, No.181 Xianlin street. NANJING, 210019
Contact us

Address:Room 1018, Wanda Center C, No.181 Xianlin street. NANJING, 210019
Quick Links
Copyright:HUIXING DIGITALr.Comasdfasdfasdfasdf