DTF printing changed the game for garment decoration. But here’s what nobody tells you when you’re starting out. The film you choose matters as much as the printer. Maybe more.
DTF film is your transfer medium. Your design gets printed onto it, powder gets applied, then the whole thing gets heat pressed onto fabric. Simple enough. But the peel type? That’s where things get interesting.
Hot peel, cold peel, warm peel. Three different approaches. Three different workflows. Three different results in terms of quality, speed, and what fabrics you can actually work with.
Choose wrong and you’ll waste film, ruin transfers, and frustrate yourself trying to figure out why things aren’t working. Choose right and production flows smoothly.
At XC Inkjet, we manufacture DTF films across all three peel types. We see what works in real production environments. What fails. What causes headaches. This guide comes from that experience.
The basics: hot peel comes off immediately while still warm. Cold peel needs to cool completely before removal. Warm peel gives you flexibility to peel at various temperatures. Each has a place depending on what you’re trying to accomplish.
What is DTF Film and Why Does Peel Type Matter?
DTF stands for Direct-to-Film. It’s a specialized PET film with coatings designed specifically for transferring printed designs onto fabrics. Think of it as a carrier that holds your design, delivers it to the garment under heat and pressure, then releases cleanly.
The structure matters more than most people realize. You’ve got a PET base layer. A release layer on top of that. An ink receptive coating where your design actually prints. Then adhesive powder gets applied after printing to create the bond with fabric.
That release layer? That’s what determines your peel type.
Wax-based release layers create hot peel film. They separate quickly at elevated temperatures. Silicone-based release layers create cold peel film. They need to cool for clean separation. Hybrid formulations create warm peel film with flexibility.
Why does this matter for your business? Three reasons.
Production speed. Hot peel lets you crank through transfers fast. Cold peel makes you wait. Warm peel lands somewhere in between with more forgiveness.
Print quality. Cold peel typically delivers better fine detail retention. Hot peel can struggle with intricate designs. Warm peel offers a balance.
Fabric compatibility. Some fabrics work great with any peel type. Others demand specific approaches. Cold peel handles specialty materials better. Hot peel excels on standard cotton and poly blends.
XC Inkjet produces DTF films across all peel categories. Understanding which one fits your operation saves money, reduces waste, and keeps customers happy with the final product.
Understanding the Three Main DTF Film Peel Types
DTF films get classified by their peeling process. Specifically, when and how you remove the film carrier after heat pressing. Sounds simple. But this single variable affects your entire workflow, the quality you can achieve, and which jobs you can even take on.
Each type works differently. Each has situations where it shines and situations where it struggles.
Hot Peel DTF Film
Hot peel film can be peeled immediately after pressing. Like, within 2-5 seconds while the transfer is still hot. No waiting around.
The main component making this possible is wax in the release layer. Wax softens under heat and allows quick separation while everything is still warm.
Technical specs you need to know:
- Temperature requirements: 140-150°C (300-320°F)
- Pressing time: 5-10 seconds
- Cooling time needed: Just 2-3 seconds
- Instant removal after brief cooling
The “instant” part is what makes hot peel attractive for production environments.
Key Characteristics of Hot Peel Film
Instant peel capability is the headline feature. You press, you wait a couple seconds, you peel. Move on to the next shirt. Production keeps flowing.
Higher production efficiency follows naturally. Operations using hot peel consistently hit 100+ shirts per hour. Try that with cold peel waiting 30+ seconds between each transfer.
The wax-based release layer enables quick separation but requires slightly higher heat and pressure than some alternatives. The wax needs to soften properly.
Hot peel positions as best for speed and high-volume operations. If you’re running bulk orders with deadlines, this is probably your choice.
Cost often runs lower than cold peel in many markets. Simpler formulation, simpler production. Those savings can add up across thousands of transfers.
Best Applications for Hot Peel DTF Film
Choose hot peel when:
High-volume production environments where time equals money. Every second saved multiplies across hundreds of transfers.
Large pattern transfers where you’re covering significant area with relatively simple designs. Logos, text, basic graphics.
Printing on common fabrics. Cotton, polyester blends, standard garment materials. These respond well to the higher temperatures hot peel requires.
Standard designs without extremely fine details. Hot peel handles bold graphics beautifully. Micro-fine lines can be trickier.
Businesses prioritizing speed and turnaround time over absolutely maximum quality. Good enough quality at much faster speed.
Bulk orders with tight deadlines. Client needs 500 shirts by Friday. Hot peel makes that possible.
XC Inkjet hot peel DTF film handles these applications reliably. Formulated for consistent release and good color transfer on standard substrates.
Advantages and Limitations
Advantages:
Fast workflow. No waiting means no bottleneck at the heat press. Press, peel, press, peel. Rhythm develops naturally.
Higher production efficiency. The math is straightforward. Less time per transfer equals more transfers per hour.
Time-saving for bulk orders. A 30-second difference per shirt becomes 4+ hours saved on a 500-piece order.
Works well on lighter fabrics where you don’t need extended pressing to get adhesion.
Straightforward application process. Less room for confusion about timing. Hot means hot. Peel it now.
Limitations:
Requires precise timing. Peel too early before wax resets and the transfer can smear. Wait too long and it becomes difficult to remove cleanly. There’s a window.
Less suitable for intricate fine details. The quick release can lift delicate elements. Cold peel holds those better.
May be challenging on special fabrics. Canvas, heavy denim, coated materials sometimes need the stability cold peel provides.
Needs careful heat control. Too hot damages transfers and fabric. Too cool and the wax doesn’t release properly. Dial it in.
Cold Peel DTF Film
Cold peel film requires complete cooling before you remove it. Room temperature. This means waiting 30-45 seconds after pressing before peeling.
The main component is silicone in the release layer. Silicone needs to return to its ambient state for clean separation.
Technical specs:
- Temperature requirements: 150-170°C (300-340°F)
- Pressing time: 10-20 seconds
- Cooling time required: 30+ seconds
- Room temperature peel
The waiting is the trade-off. What you get in return is stability and quality.
Key Characteristics of Cold Peel Film
Silicone-based release layer provides stability during the cooling process. The adhesive has time to fully bond with the fabric before you disturb anything.
Complete cooling requirement isn’t optional. Peel early and you’ll lift parts of the design. Trust me on this.
More stable adhesive bonding process means better long-term durability. The transfer has time to set properly.
Better for complex and intricate designs. Fine lines, detailed graphics, photographic elements. Cold peel holds them all.
Superior detail retention overall. This is where cold peel earns its place despite the slower workflow.
Longer wash durability in most cases. That stable bonding process pays off over dozens of wash cycles.
More versatile across fabric types. Weird substrates that hate hot peel often work fine with cold.
Lower production cost sometimes due to simpler manufacturing processes. Silicone formulations are well-established.
Best Applications for Cold Peel DTF Film
Choose cold peel when:
Complex and detailed designs with fine lines. If you’re transferring artwork with intricate elements, cold peel protects them.
Special fabrics require different approaches. Tarpaulin, coated cloth, canvas, flannelette. These materials respond better to cold peel’s stability.
Projects prioritizing longevity and wash fastness. Customer expects the design to last years, not months? Cold peel.
Intricate patterns requiring precision. Every element needs to land exactly where it should.
Personalized or custom designs where each piece matters. One-off work where you can’t afford failures.
Smaller batch productions where the time penalty isn’t crippling. 20 shirts? The extra waiting is fine.
Specialty fabric applications that push beyond standard garment materials.
Advantages and Limitations
Advantages:
Exceptional detail and fine line quality. Cold peel just holds small elements better than hot peel does.
Superior wash fastness and durability. The full bonding cycle creates stronger adhesion.
Works on wider variety of fabrics. Less likely to fail on unusual substrates.
More stable and forgiving process overall. Timing window is more relaxed during cooling.
Softer hand feel on final transfers. Something about the longer bonding process creates a more comfortable result.
Cost-effective film itself, often cheaper per roll than alternatives.
Better for specialty materials that don’t respond well to aggressive hot removal.
Limitations:
Slower production due to mandatory cooling time. No way around this. You wait.
Not ideal for high-speed bulk production. The math doesn’t work at scale.
Requires patience in workflow. If you’re naturally impatient, cold peel will frustrate you.
Less efficient for simple large designs where hot peel would work fine.
Warm Peel DTF Film (Easy Peel / Instant Hot Peel)
Warm peel is the evolution. Also called “Easy Peel” or “Instant Hot Peel” (IHP) depending on manufacturer.
Here’s what makes it different: you can peel it hot, warm, or cold. Your choice. Flexible.
This represents DTF film technology maturing and recognizing that production environments vary. Sometimes you need speed. Sometimes you need stability. Sometimes both in the same day.
Technical overview:
- Flexible temperature range for peeling
- Versatile application across scenarios
- Combines speed potential with quality results
The hybrid approach works because of more sophisticated release layer formulations.
Key Characteristics of Warm Peel Film
Revolutionary flexibility is the headline. Peel whenever. The film adapts.
Combines best of both hot and cold peel technologies. Speed when you want it. Quality when you need it.
Double-sided matte coating options available for enhanced performance. Better ink absorption, better powder adhesion.
Superior color quality and vibrancy in most comparisons. The formulations have advanced.
Reduced risk of design damage since you’re not locked into a specific timing window.
Forgiving peeling window eliminates the stress of “did I wait too long” or “was that too early.”
Professional-grade quality regardless of your exact technique.
Seamless workflow adaptation whether you’re training new staff or running experienced operators.
Works across various materials without switching film types mid-job.
Best Applications for Warm Peel DTF Film
Choose warm peel when:
Production facilities need flexibility. Job mix varies. Fabric types vary. Design complexity varies.
Mixed fabric type operations where switching between film types constantly would kill efficiency.
Businesses wanting quality plus efficiency without choosing one or the other.
Professional-grade transfers on demand for clients with high expectations.
Complex designs with fast turnaround needs. Detail retention without the cold peel wait.
Operations with varying skill levels. New employees can succeed with warm peel’s forgiveness.
Environments requiring consistent results regardless of operator experience or job variability.
Shops serving diverse customer needs. Bulk logo shirts Monday. Custom detailed pieces Tuesday. Same film handles both.
XC Inkjet positions warm peel as our premium recommendation for most operations. The flexibility pays for itself.
Advantages and Limitations
Advantages:
Ultimate flexibility in peeling time. This alone solves many production headaches.
Reduced waste from timing errors. No more ruined transfers from peeling too early or struggling to remove film that cooled too long.
Combines efficiency with quality. Doesn’t force the trade-off.
Works on virtually all fabric types. One film inventory, multiple applications.
Easier for beginners and professionals alike. Lower training burden.
Consistent high-quality results across varying conditions.
Minimizes production errors that cost money and time.
Superior color vibrancy in most direct comparisons.
Limitations:
Typically higher cost than standard hot/cold peel films. Premium product, premium price.
May be overkill for simple single-fabric operations. If you only run cotton tees with basic logos, hot peel works fine.
Premium pricing means ROI calculation matters. Small operations should do the math.
Hot Peel vs Cold Peel vs Warm Peel: Side-by-Side Comparison
Direct comparison helps clarify the differences. Here’s everything side-by-side.
| Factor | Hot Peel | Cold Peel | Warm Peel |
| Main Component | Wax | Silicone | Hybrid formulation |
| Peeling Temperature | Hot (immediate) | Room temperature | Flexible (any temp) |
| Pressing Temperature | 140-150°C (300-320°F) | 150-170°C (300-340°F) | 130-150°C (265-300°F) |
| Pressing Time | 5-10 seconds | 10-20 seconds | 8-15 seconds |
| Cooling Time | 2-3 seconds | 30+ seconds | Flexible |
| Production Speed | Fastest | Slowest | Moderate to fast |
| Fine Detail Quality | Good | Excellent | Very good to excellent |
| Fabric Compatibility | Standard fabrics | Widest range | Very wide range |
| Wash Durability | Good | Excellent | Very good to excellent |
| Cost | Lower | Lower to moderate | Higher |
| Learning Curve | Moderate (timing critical) | Easy (just wait) | Easiest (flexible) |
| Best For | High volume, simple designs | Complex designs, specialty fabrics | Versatility, mixed operations |
Technical Specifications Comparison
Let’s get specific on the numbers.
Hot Peel:
- Temperature: 140-150°C (300-320°F)
- Press time: 5-10 seconds
- Cooling: 2-3 seconds
- Peel: Immediate while hot
- Pressure: Medium to medium-firm
Cold Peel:
- Temperature: 150-170°C (300-340°F)
- Press time: 10-20 seconds
- Cooling: 30+ seconds minimum
- Peel: Room temperature only
- Pressure: Medium-firm
Warm Peel:
- Temperature: 130-150°C (265-300°F)
- Press time: 8-15 seconds
- Cooling: Flexible
- Peel: Anytime
- Pressure: Medium to medium-heavy
The warm peel temperature range running slightly lower surprises some people. The formulation compensates.
Production Speed & Efficiency Analysis
Let’s run the numbers.
Hot Peel Efficiency: Fastest option. Experienced operators hit 100+ shirts per hour consistently. Some push 120+ with optimized workflow. Press cycle takes 10-15 seconds total including positioning.
Cold Peel Efficiency: The cooling wait kills throughput. Realistic output runs 40-50 shirts per hour even with skilled operators. Some use cooling racks to queue multiple transfers, improving things somewhat. Still fundamentally slower.
Warm Peel Efficiency: Lands between hot and cold. 70-90 shirts per hour depending on how operators choose to work it. Can push toward hot peel speeds when needed, or take extra time for complex jobs.
Workflow implications:
Hot peel creates rhythm. Press-peel-position. Repeat. Operators get into flow.
Cold peel requires staging. Press first shirt, set aside to cool. Press second shirt, set aside. Go back and peel first shirt. It’s a juggling act.
Warm peel adapts to the moment. Need speed? Peel hot. Want extra quality? Let it cool. Flexibility has value.
Time savings calculation:
500-shirt order example:
- Hot peel: ~5 hours
- Cold peel: ~11 hours
- Warm peel: ~6-7 hours
That’s a full day difference between hot and cold peel on a significant order.
Scalability considerations:
Growing businesses often start with cold peel for quality, hit capacity limits, then switch to warm or hot peel. Planning ahead matters.
Fabric Compatibility Guide
Different fabrics respond differently. Here’s what works best.
Cotton: All peel types work well on cotton. Hot peel is most efficient since cotton handles the higher temperatures without issues. Standard cotton tees are hot peel territory.
Polyester: All types work, but cold peel reduces dye migration risk. Polyester can release dye under heat, and the longer cold peel cooling cycle helps stabilize things. Warm peel’s lower temperature also helps.
Cotton/Poly Blends: Warm peel offers the most versatility here. You can adjust technique based on the specific blend ratio. Higher poly content? Let it cool a bit longer.
Specialty Fabrics:
Canvas: Cold or warm peel recommended. The textured surface needs stability for full adhesion.
Denim: Cold or warm peel. Heavy material requires longer pressing and benefits from complete cooling.
Nylon: Cold peel essential. Nylon is sensitive to high heat and quick removal.
Fleece: Cold or warm peel. The irregular surface needs time to bond.
Tarpaulin/coated materials: Cold peel essential. These substrates require the silicone release layer’s stability.
Flannelette: Cold peel recommended. The soft napped surface holds detail better with complete cooling.
XC Inkjet recommendations:
Standard garments (cotton, poly, blends): Hot or warm peel Mixed fabric operations: Warm peel exclusively Specialty substrates: Cold peel or warm peel with extended cooling
Understanding DTF Film Coating Types
Beyond peel type, there’s another classification dimension. Single-sided versus double-sided coating. This addresses different printing needs and affects performance.
Single-Sided vs Double-Sided Coating DTF Film
Single-Sided Coating:
Coating on one side only (matte finish). The other side is glossy. Easy to identify which side to print on. You print on the matte side.
Characteristics:
- More affordable than double-sided
- Less ink absorption capacity
- Faster drying time
- Higher transparency
- Vibrant, shiny appearance on final transfer
- Works well for standard applications
The glossy/matte difference makes orientation foolproof. Even new operators won’t print on the wrong side.
Double-Sided Coating:
Frosted coating on both sides. Both sides look similar.
Characteristics:
- Better grip and friction prevents slippage during printing
- Accommodates more ink and powder
- Superior print quality and durability
- Prevents static electricity buildup
- Ideal for high-speed printers
- Better for high-ink-density designs
The extra coating absorbs more ink without bleeding. Critical for detailed work.
Both single and double-sided films come in hot, cold, and warm peel varieties. These are independent variables. You might run double-sided cold peel for complex specialty work. Or single-sided hot peel for basic production.
How to Choose the Right DTF Film for Your Business
Making the right choice requires honest assessment of your operation. Not what you aspire to run. What you actually run today.
Consider Your Production Volume
High-volume operations (500+ transfers/day): Hot peel or warm peel. Speed matters at this scale. Every second saved multiplies significantly. Cold peel’s quality advantage doesn’t justify the throughput hit.
Medium volume (100-500/day): Warm peel provides the best balance. You get flexibility for varying job requirements without sacrificing too much speed. This is warm peel’s sweet spot.
Low volume/custom work (under 100/day): Cold peel’s quality focus makes sense here. You have time for the cooling cycle. Each piece matters more. Detail quality justifies the slower pace.
ROI considerations:
Calculate your fully-loaded labor cost per hour. Multiply by time saved with faster film. Compare against any premium for warm peel. The math usually favors faster film at scale.
Example: $25/hour labor cost. 6 hours saved per day with hot peel versus cold peel. That’s $150 daily savings. Premium for warm peel pays back quickly.
Evaluate Your Design Complexity
Simple logos and text: Hot peel handles these fine. Bold graphics without fine detail don’t need cold peel’s precision.
Detailed graphics with fine lines: Cold or warm peel becomes essential. Hot peel can lift delicate elements during quick removal.
Photographic prints: Warm or cold peel recommended. Gradients and tonal detail require stability during transfer.
Complex multi-color designs: Warm peel delivers best results. Multiple color layers need consistent handling.
Detail retention varies significantly between peel types. If your competitive advantage is print quality, don’t compromise on film type.
Factor in Your Fabric Types
Working primarily with cotton: Any peel type works. Hot peel is most efficient. Don’t overcomplicate things.
Mixed fabric operations: Warm peel offers essential versatility. Switching film types between jobs kills productivity.
Specialty fabrics required: Cold or warm peel necessary. Canvas, nylon, coated materials need the right film.
Polyester-heavy: Consider cold peel for dye migration control. Or warm peel with lower temperature settings.
Think about your actual job mix over the past month. That tells you what you really need.
Budget and Cost Considerations
Initial investment per type: Cold peel often cheapest per roll. Hot peel mid-range. Warm peel typically premium priced.
Cost per transfer: Depends on waste rates. Warm peel’s forgiveness reduces ruined transfers. That changes the per-transfer math.
Waste reduction with warm peel: Operations switching to warm peel often see 20-30% reduction in failed transfers. Timing errors essentially disappear.
Efficiency savings with hot peel: Labor cost savings at high volume usually exceed film cost premiums.
Quality vs. cost with cold peel: Cheapest film, but slowest production. Only economical at lower volumes.
Long-term value: Warm peel often wins total cost analysis despite higher per-roll pricing. XC Inkjet pricing aims to make this choice easier.
Common Mistakes When Choosing DTF Film Types
I see the same errors repeatedly. Avoid these.
Using hot peel film as cold peel (or vice versa): Each film type has specific release layer chemistry. Hot peel treated as cold peel won’t release properly after cooling. Cold peel treated as hot peel will lift the design. Not interchangeable.
Incorrect temperature settings for film type: Hot peel needs its temperature range. Cold peel needs different settings. Using the wrong temperature for your film guarantees problems.
Insufficient cooling time on cold peel: Impatience kills cold peel transfers. Wait the full 30-45 seconds. Set a timer if you need to.
Excessive heat damaging transfers: More heat isn’t always better. DTF transfers can burn, crack, or discolor with too much temperature.
Choosing based on price alone: The cheapest film isn’t the cheapest per-completed-transfer if waste rates are high or production is slow.
Wrong pressure settings: Pressure requirements vary by film type and fabric. Light pressure rarely works. Medium-firm is usually the target.
Not matching film to fabric: Some fabric/film combinations just don’t work well. Test before committing to production runs.
Ignoring manufacturer specifications: XC Inkjet provides recommended settings for each film type. Following them prevents most issues. Improvising causes problems.
DTF Film Application Best Practices
Getting consistent results requires consistent technique. Here’s what works.
Optimal Heat Press Settings for Each Film Type
Hot Peel Settings:
- Temperature: 300-320°F (150-165°C)
- Pressure: Medium-firm
- Time: 10-15 seconds
- Peel: After 2-5 seconds cooling
Cold Peel Settings:
- Temperature: 300-340°F (150-170°C)
- Pressure: Medium-firm
- Time: 15-20 seconds
- Peel: Wait 30-45 seconds, peel at room temperature
Warm Peel Settings:
- Temperature: 265-300°F (130-150°C)
- Pressure: Medium to medium-heavy
- Time: 8-15 seconds
- Peel: Immediately or after cooling—your choice
Critical for all types: Always pre-press garments to remove moisture. 3-5 seconds. Moisture causes adhesion failures and can create steam bubbles.
XC Inkjet includes specific recommended settings with each film product. Start there and adjust based on your specific equipment calibration.
Step-by-Step Application Process
This works across all peel types with timing adjustments noted.
Step 1: Pre-press the garment 5 seconds at your pressing temperature. Removes moisture and wrinkles. Creates smooth surface for transfer. Don’t skip this.
Step 2: Position DTF transfer Design facing up, sitting on the fabric where you want it. Double-check placement before pressing. No second chances once heat applies.
Step 3: Apply heat and pressure Close press firmly. Timer running. Pressure even across the transfer.
- Hot peel: 10-15 seconds
- Cold peel: 15-20 seconds
- Warm peel: 8-15 seconds
Step 4: Remove from press Lift press. Garment is hot. Handle carefully.
Step 5: Peel the film Here’s where peel type matters.
- Hot peel: Start peeling after 2-3 seconds. Steady motion, corner to corner. Don’t hesitate.
- Cold peel: Wait 30-45 seconds. Transfer should be room temperature. Then peel slowly and evenly.
- Warm peel: Peel whenever. Hot, warm, cold. Your choice based on the specific job.
Step 6: Final post-press Optional but recommended for durability. Cover transfer with Teflon sheet or parchment paper. Press 5-10 seconds. Locks everything down.
Troubleshooting by peel type:
Hot peel peeling difficulty? Temperature may be too low. Increase 5-10°F and test.
Cold peel design lifting? You didn’t wait long enough. Patience.
Warm peel issues? Probably pressure-related. Try medium-heavy and test again.
Can I use hot peel film as cold peel?
No. Using hot peel as cold peel—or cold peel as hot peel—causes transfer failures.
Each film type has different release layer formulations. Wax-based hot peel is optimized for immediate removal at elevated temperatures. Silicone-based cold peel requires cooling for clean separation.
Using incorrectly results in difficult peeling, design damage, incomplete transfers, and poor adhesion. The chemistry doesn’t work interchangeably.
Always verify film type before application. Check packaging, check purchase records, test if uncertain. Follow manufacturer guidelines for the specific film you’re using.
Which DTF film has better wash durability?
Cold peel DTF film generally offers superior long-term wash fastness.
The silicone-based release layer allows the adhesive more time to fully bond with fabric fibers during the extended cooling period. That fuller bond translates to better durability.
However, warm peel films from quality manufacturers like XC Inkjet also provide excellent durability. The formulations have improved significantly.
Here’s the truth: proper application technique matters more than film type alone for wash performance. Correct temperature, correct pressure, correct time. Get those right and all types withstand 30+ washes when applied correctly.
Low-quality film fails regardless of peel type. Quality film performs when applied properly.
Is warm peel film worth the extra cost?
Yes, for most operations.
The premium pays back through multiple channels.
Reduced waste from timing errors. Operations report 20-30% fewer ruined transfers after switching to warm peel. That waste has cost.
Production flexibility. No need for multiple film inventories. Simplified purchasing, simplified storage.
Works across all fabric types. One film handles everything. No switching, no confusion, no wrong-film-for-the-job mistakes.
Consistent high-quality results regardless of operator experience level. Training burden drops.
The cost difference often gets offset by efficiency gains and mistake reduction within weeks.
Best investment for growing businesses where versatility matters and waste costs add up.
What temperature should I use for each film type?
Hot Peel: 300-320°F (150-165°C), 10-15 seconds press time.
Cold Peel: 300-340°F (150-170°C), 15-20 seconds press time.
Warm Peel: 265-300°F (130-150°C), 8-15 seconds press time.
Always pre-test on sample fabric before production runs.
Adjustments needed based on: fabric type (cotton versus polyester), garment thickness (basic tee versus hoodie), altitude (affects heat transfer), and your specific heat press calibration (equipment varies).
XC Inkjet provides detailed specifications with each film product. Start with those numbers and adjust based on your results.
Can I switch between film types on the same printer?
Yes, absolutely.
DTF printers work with all peel types. The printing stage is identical. Your printer doesn’t know or care what peel type the film is. It just prints.
The difference only matters at the heat pressing and peeling stage. That’s after the film leaves the printer.
You can stock multiple film types and choose based on each job’s requirements. Fast bulk order? Hot peel. Detailed custom piece? Cold peel. Everything else? Warm peel.
This flexibility allows optimizing for speed when speed matters and quality when quality matters.
XC Inkjet films are compatible across DTF printer models from major manufacturers.
