Laser Paper and Sublimation Paper

June 18, 2025

1.Key Differences Between Sublimation Paper & Laser Printer Paper

FeatureSublimation PaperLaser Printer Paper
PurposeTransferring designs via heat pressDirect printing (no transfer needed)
Printer TypeUsed with inkjet printers + dye-sublimation inkUsed with laser printers (toner-based)
CoatingSpecial coating to absorb sublimation inkSmooth or matte finish for toner adhesion
Heat ResistanceWithstands high temps (180–220°C) for transferOnly needs to handle printer fuser heat (~120°C)
OutputDesign transfers to fabric/ceramic/etc.Printed directly on the paper itself
 Printer Paper

2. When to Use Each Paper

  Sublimation Paper

  Best for:  

  – Custom apparel (T-shirts, sportswear)  

  – Hard surfaces (mugs, phone cases – requires polyester coating)  

  – Photo-quality prints with vibrant colors and gradients.  

Limitations:

  – Only works on polyester or polymer-coated items.  

  – Requires a heat press and sublimation ink.  

  Laser Printer Paper

  Best for:  

  – Office documents, flyers, brochures.  

  – Quick, high-volume printing (e.g., labels, reports).  

  – Crisp text and sharp graphics (but not for fabric transfer).  

Limitations:

  – Prints cannot be transferred to other materials.  

  – Toner may crack/fade if exposed to heat or moisture.  

3. Quick Tips for Customers

  – Choose sublimation paper if:  

  – You need to print designs for transfer onto fabrics or specialty items.  

  – You want long-lasting, washable prints (on suitable materials).  

Choose laser paper if:  

  – You need fast, everyday printing (no transfer required).  

  – You’re printing on standard paper/cardstock.  

  Note: Sublimation requires “dye-sub ink + heat press”, while laser printing is a direct, toner-based process.  

4. Are patterns printed on laser print paper suitable for transfer?

  YES. BUT, the limitations are significant:

1) High temperature requirements: transfer temperature 220-230 ℃/ degrees Celsius

2) Material requirements: high temperature resistant plastic, metal, glass, etc. Textiles are not suitable.

3) Stamping area requirements: only suitable for 1-3cm small area transfer, large area transfer effect is not good.

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