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28GSM ultra Light Weight Sublimation Paper
Light weight Sublimation Paper: ultra-thin, nano-ink layer, efficient dye-sublimation—fast-drying, high accuracy, ideal for industrial digital printing.
- ultra-thin
- fast drying
- Suitable for industrial machines
Light-Gram Sublimation Paper Description
Light weight Sublimation Paper is a functional transfer medium based on an ultra-thin base paper coated with a nano-porous ink-receptive layer. Specifically engineered for high-efficiency dye-sublimation processes, Light weight Sublimation Paper combines rapid-drying properties with exceptional transfer accuracy, making it the ideal carrier for industrial digital printing.
Data Sheet
| TYPE | GRAM | PAPER WIDTH | PAPER LENGTH | APPLICABLE |
| ALL PRODUCTS | Ordinary 29GSM | 1118-3200MM | Small Roll 100M 200M 300M 500M 1000M 5000M
Jumbo Roll 10000M 15000M 20000M |
Compatible with most sublimation printers on the market |
| Ordinary 31GSM | 1118-3200MM | |||
| Ordinary 33GSM | 1118-3200MM | |||
| Ordinary 38GSM | 1118-3200MM | |||
| Ordinary 42GSM | 1118-3200MM | |||
| Ordinary 52GSM | 1118-3200MM | |||
| Ordinary 55GSM | customization | |||
| Ordinary 62GSM | 1118-3200MM | |||
| Ordinary 65GSM | 1520MM/1600MM/1620MM | |||
| Ordinary 70GSM | 1118MM/1600MM/1620MM | |||
| Ordinary 75GSM | 1620MM | |||
| Ordinary 80GSM | customization | |||
| STICKY 80GSM | customization | |||
| Ordinary 82GSM | 1118-2400MM | |||
| Ordinary 85GSM | 1600MM/1620MM | |||
| STICKY 90GSM | customization | |||
| Ordinary 95GSM | 1118-2400MM | |||
| STICKY 100GSM | customization | |||
| Light Weight Paper | 29GSM | 1118-3200MM | MS JP4 | |
| 31GSM | 1118-3200MM | EFI Reggiani | ||
| 33GSM | 1118-3200MM | Atexco | ||
| 38GSM | 1118-3200MM | Homer | ||
| 42GSM | 1118-3200MM | Or any high-speed industrial printers | ||
| 52GSM | 1118-3200MM | |||
| 62GSM | 1118-3200MM | |||
| FAST DRY PAPER | 70GSM | customization | Ricoh | |
| 80GSM | customization | Mimaki | ||
| 85GSM | customization | Roland | ||
| 90GSM | customization | Mutoh | ||
| 100GSM | customization | EPSON F570 | ||
| STICKY/TACKY PAPER | 80GSM | customization | ||
| 90GSM | customization | |||
| 100GSM | customization |
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Light Weight Sublimation Paper Applications
signage
bags
blankets
Clothings
hard substrate
signage
- Clothing
- Bome textiles
- Blankets
- Signage
- Hard substrate
- Bags
The Process of Sublimation Paper
1 base paper
2 coating line
3 Product process
4 Slitting
5 Rewinding
6 Container Loading
7 Delivery
8 Clients’Visit
FAQs
How should we preserve our sublimation paper
Store sublimation transfer paper in a cool, dry place away from direct sunlight, with environmental conditions maintained at: Humidity: 40-70% RH Temperature: 10-30°C (50-86°F) Ideal Storage: Climate-controlled (air-conditioned) room for consistent quality. Special Notes for Sticky Sublimation Paper: Must be stored in <70% humidity. Keep sealed in plastic bags and place in a shaded area. General Storage Tips: Store on pallets or shelves 15-20 cm (6-8 inches) above the floor to avoid moisture. Stacking limit: ≤8 layers to prevent deformation. Shelf Life: Sticky paper: ≤180 days Other types: ≤300 days Following these guidelines ensures optimal performance and longevity.
About the application scope of adhesive thermal transfer paper
Adhesive heat transfer paper has a wide range of applications due to its ability to efficiently and precisely transfer patterns, text, or images from paper onto various substrates. Below are the primary application areas: 1. Textiles Apparel & Accessories: T-shirts, sportswear, jeans, caps, scarves, gloves, and other garments. Customization: Ideal for printing personalized designs, text, or brand logos on fabrics. 2. Hard Materials Plastics, Metal, Wood, Glass, Ceramics: Suitable for smooth, heat-resistant surfaces that can withstand transfer temperatures and pressure. 3. Electronics & Gadgets Device Casings: Smartphones, laptops, tablets, gaming consoles, and remote controls. Branding & Decoration: Used for printing logos, decorative patterns, or promotional text. 4. Home & Interior Products Furniture, Doors, Walls, Flooring: Enhances aesthetics with custom prints. Kitchenware & Tableware: Plates, mugs, and utensils for personalized or branded designs. 5. Packaging & Labels Product Packaging: Prints barcodes, QR codes, product info, or branding. Anti-Counterfeiting: Enhances security features on labels. 6. Advertising & Promotional Materials Signage & Displays: Billboards, posters, banners. Marketing Collaterals: Flyers, brochures, and promotional items. 7. Customization & Merchandising Corporate Branding: Company logos on uniforms, merchandise. Event Souvenirs: Team jerseys, commemorative gifts. Key Considerations Substrate Compatibility: Material type, surface smoothness, and heat resistance must be evaluated. Testing Required: Optimal transfer settings (temperature, pressure, time) vary by material—always test before full-scale production. Adhesive heat transfer paper offers versatility across industries but requires proper technique and substrate assessment for the best results.
What is thermal sublimation printing
Thermal sublimation printing is a digital printing process that uses heat-sensitive dye inks to transfer high-quality, full-color designs onto various materials, such as polyester fabrics, ceramics, metals, and plastics. How It Works: Printing: A design is printed onto sublimation transfer paper using special sublimation inks (containing disperse dyes). Heating: The printed paper is placed on the target material (e.g., polyester fabric, coated mug, or metal plate). Sublimation Process: When heated (typically 180–220°C / 356–428°F), the solid dye turns into a gas without becoming liquid (sublimation). Permanent Bonding: The gaseous dye penetrates the material’s surface and solidifies, creating a vibrant, durable, and wash-resistant print. Key Features: ✅ Vibrant Colors: Produces photorealistic, high-resolution prints. ✅ Durability: The dye becomes part of the material, resisting fading, cracking, or peeling. ✅ Soft Feel: Unlike traditional transfers, sublimation doesn’t leave a plastic-like layer. ✅ Versatility: Works best on polyester fabrics, polymer-coated ceramics, metals, and hard substrates. Common Applications: Apparel: Sportswear, T-shirts, leggings, hats. Promotional Items: Mugs, phone cases, keychains, puzzles. Home & Office Décor: Pillows, mouse pads, ceramic tiles. Signage & Textiles: Flags, banners, sublimation blanks. Limitations: ❌ Not for 100% Cotton: Sublimation only works on synthetic (polyester) or coated materials. ❌ Requires Special Inks & Printers: Standard inkjet printers won’t work unless modified. ❌ White or Light Materials Only: Sublimation dyes are transparent, so dark fabrics won’t show colors well. Sublimation vs. Other Printing Methods: Feature Sublimation Screen Printing DTG (Direct-to-Garment) Best For Polyester fabrics, coated items Cotton, bulk orders Cotton, detailed designs Durability Excellent (won’t crack) Good (may crack over time) Moderate (fades with washes) Feel Soft, breathable Thick layer Slightly stiff Cost Moderate (ink & paper) Low (bulk orders) High (per-piece cost) Conclusion Thermal sublimation printing is ideal for high-quality, full-color, and long-lasting prints on synthetic materials. It’s widely used in custom apparel, promotional products, and personalized gifts. For best results, use sublimation inks, compatible printers, and proper heat press settings.
How do we choose the right sublimation paper
1.Standard Sublimation Transfer Paper (Non-Sticky) Suitable Materials: Polyester fabrics & products: T-shirts, sportswear, flags, scarves (≥65% polyester content). Hard substrates: Mugs, plates, metal sheets (aluminum/molybdenum), mouse pads (requires polymer coating). Home textiles: Pillowcases, bedsheets, tablecloths (high polyester content). Advertising & décor: Posters, banners, display fabrics. Features: ✔ Cost-effective, ideal for flat, non-stretch materials. ✔ Requires heat-resistant tape to secure during pressing. 2.Sticky Sublimation Transfer Paper (TAC Paper) Suitable Materials: Stretch fabrics: Lycra, spandex, athletic wear, swimwear. Smooth or microfiber fabrics: Windbreakers, yoga pants, wetsuits. Heat-sensitive fabrics: Prevents shifting/shrinking during transfer. Why Choose Sticky Paper? Problem: Stretch fabrics shrink or move under heat, causing ghosting/blurred edges. Solution: Adhesive backing keeps fabric in place for crisp, aligned prints. Features: ✔ Self-adhesive—no extra fixation needed. ✔ Ideal for challenging fabrics (e.g., 4-way stretch). ✔ Slightly higher cost but improves success rate. Selection Guide Material Type Recommended Paper Key Notes Standard polyester/hard substrates Non-sticky paper Secure edges with heat-resistant tape Stretch/slippery fabrics Sticky (TAC) paper Test for adhesive residue Poly-cotton blends (≤35% cotton) Non-sticky paper Colors may appear less vibrant Pro Tips For Sticky Paper: Remove backing film, press design onto fabric smoothly (avoid bubbles). Peel after cooling to minimize residue. For Standard Paper: Use high-temperature tape to secure all edges. Note: Sticky paper is optimal for stretch fabrics but test for skin sensitivity (e.g., sportswear). Always verify settings with a test print!
What is the difference between thermal sublimation transfer and other digital printing technologies?
The key differences between dye sublimation transfer technology and other digital printing methods lie in working principles, compatible materials, color performance, durability, and production costs. Below is a detailed comparison: 1. Working Principle Technology Principle Characteristics Dye Sublimation Uses heat (180–220°C) to convert solid dye into gas, bonding with materials (e.g., polyester or coated surfaces) The design becomes part of the material—no added layer, soft and breathable. Inkjet Printing Liquid ink is sprayed directly onto the material surface. Works on various materials but may leave a noticeable ink layer. Screen Printing Ink is pressed through a mesh stencil onto the material. Best for bulk orders; thick ink layers may feel stiff. DTG (Direct-to-Garment) Specialized inks are printed directly onto fabric (requires pretreatment for cotton). Good for cotton but less durable. Laser Transfer Uses laser heat to transfer designs from a film onto materials. High precision but expensive. 2. Compatible Materials Technology Best For Limitations Dye Sublimation Polyester (≥65%), polymer-coated hard surfaces (ceramic/metal/plastic). Not suitable for pure cotton or dark fabrics. Inkjet Printing Paper, plastics, some fabrics (depends on ink type). Requires special coatings; standard inks fade easily. Screen Printing Cotton, polyester, hard materials (with compatible inks). High setup costs; not ideal for complex designs. DTG Cotton fabrics (requires pretreatment). Poor performance on dark fabrics; less wash-resistant. Laser Transfer Various materials (requires specialized transfer films). Expensive equipment; best for industrial use. 3. Color & Resolution Technology Color Quality Resolution Texture Dye Sublimation Vibrant, smooth gradients (no dot patterns). High (2880+ DPI). No added layer, soft. Inkjet Printing Depends on ink; standard inks may fade. Medium-high (1440 DPI). Possible ink texture. Screen Printing Bold colors but poor gradients. Low (depends on mesh count). Thick, plasticky feel. DTG Faded on dark fabrics. Medium-high (similar to inkjet). Slightly stiff. Laser Transfer Accurate but limited color depth. Medium (depends on film quality). Varies by transfer film. 4. Durability & Cost Technology Wash Resistance UV Resistance Production Cost Best For Dye Sublimation Excellent (no fading). High. Medium (ink + paper costs). Custom sportswear, promo items. Inkjet Printing Poor (standard inks). Low. Low (but requires coating). Short-term ads, paper prints. Screen Printing Good (thick ink layer). Medium. High setup + low bulk cost. Bulk orders (team uniforms). DTG Moderate (on cotton). Low. High (ink + pretreatment). Single-piece complex designs. Laser Transfer Excellent. Excellent. Very high (equipment cost). Industrial production (signage). 5. Key Advantages Comparison Dye Sublimation: ✅ High Durability: Designs bond internally—resistant to washing/friction. ✅ Soft & Breathable: No added layer, ideal for activewear. ✅ Photorealistic Quality: Smooth gradients, vibrant colors. ❌ Material Limits: Only works on polyester or coated substrates. Other Technologies’ Drawbacks: Inkjet: Standard inks fade; requires special media. Screen Printing: Not ideal for complex designs; high setup costs. DTG: Pretreatment needed for cotton; poor on dark fabrics. Conclusion: How to Choose? Choose Sublimation: If you need high durability, soft feel, and polyester/coated materials (e.g., sportswear, promotional items). Choose DTG/Screen Printing: For cotton fabrics or low-cost bulk orders. Choose Inkjet/Laser: For quick prototyping or industrial-grade precision. Dye sublimation excels in customization, outdoor gear, and high-performance textiles, but material compatibility is its main limitation.
How do we choose a good sublimation paper
From a technical perspective, a good sublimation paper should be considered from the following three aspects:transfer rate, ink compatibility, and drying speed. Transfer Rate Transfer rate is a fundamental characteristic of sublimation transfer paper that distinguishes it from regular inkjet paper. High transfer rate results in more vibrant colors on the substrate while conserving ink usage. Ink Compatibility As a manufacturer of transfer paper, our products are engineered to maintain optimal compatibility with various sublimation inks. The specialized coating is formulated to: Achieve proper solubility with sublimation inks Enable precise ink deposition for sharp image reproduction Prevent excessive ink penetration into the base paper that would reduce transfer efficiency Drying Speed Fast drying capability provides significant user advantages: Enables continuous printing operations Improves production throughput Matches increasing printer speed requirements Global manufacturers measure and compare drying speeds using surface hygrometer methods. From the perspective of use, we consider the advantages and disadvantages of sublimation paper from three aspects: Before printing: the paper has a flat cutting edge and a smooth surface, without bumps or moisture, and is rolled neatly and tightly. During printing: the printing is smooth and flat, without warping, without rubbing the nozzle, the color is uniform, there will be no color unevenness, white spots, and the printing is delicate and not flowery. After printing: the color on the fabric is uniform and bright after cutting into single sheets during transfer, and the color on the paper is uniform and there is no virtual edge.
Sublimation Paper Printing Notes
Optimal Printing Environment & Operation Guidelines for Sublimation Transfer Paper 1. Humidity Control (45-65% RH Recommended) Low Humidity (<45% RH) Risks: Paper curling Excessive ink absorption causing elongation/wrinkling (may scratch printheads) High Humidity (>65% RH) Risks: Slow drying Uneven paper expansion → misalignment/jamming Solution: Install air conditioning & dehumidifiers for stable conditions. 2. Identifying the Printable Side Huada Haitian Roll Paper: Printable side faces outward (shows strong fluorescence under UV light). Test Method: Apply water droplets to both sides – the smoother/more slippery side is printable. For sheet products, the printable side faces the bag opening. 3. Printing Best Practices Regular Nozzle Checks: Print test patterns frequently to ensure consistent ink flow and color accuracy. Large Dark Patterns (e.g., solid blocks): Use 90-100gsm paper at 55-65% RH. For 60-80gsm paper: Prevent moisture exposure. Maintain humidity at ~50% RH. 4. Drying During Roll-to-Roll Printing Activate the printer’s built-in heater or external drying system based on ink volume. Prevents backside ink transfer and ensures defect-free prints. Note: Adhering to these protocols maximizes print quality and minimizes operational failures.
Storage and transfer guide for printed transfer paper
Best Practices for Printed Sublimation Transfer Paper Storage & Heat Transfer Process 1. Storage of Printed Transfer Paper Packaging: The transfer paper with the printed pattern should be put into a loose plastic bag and rolled up and placed vertically. Environment: Humidity: 45-65% RH Temperature: 15-30°C (59-86°F) Drying Time: Optimal: ≥8 hours (restores flatness & stiffness for higher transfer efficiency). Minimum: 1 hour (prevents steam/color shifts during pressing). Batch Control: Ensure uniform drying to maintain color consistency. 2. Pre-Transfer Checks Test First: Always run a small sample to calibrate temperature/time. Fabric Verification: Confirm right side of textiles (e.g., polyester side for sportswear, not cotton/nylon). Wrong side → faded/washable prints. 3. Transfer Process Optimization Speed & Temperature: Adjust based on paper weight (e.g., 60gsm vs. 120gsm). Pressure: Balance blanket and roller pressure for even tension. Separation: Swiftly peel paper post-transfer to avoid ghosting (re-sublimation contact). Key Reminder: Proper drying and fabric alignment are critical for vibrant, durable transfers.
Notes on adhesive paper
Do not expose this product to high temperature for a long time before transfer, otherwise it may cause the viscosity to decrease; The viscosity of this product will change in different temperature and humidity environments. If the viscosity is too high, you can wait for 3 to 5 minutes or longer after pressing and ironing to cool it down before tearing it off.
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