One of the most common complaints about DTF prints is that they can sometimes feel too heavy, too plastic, or too much like a patch sitting on top of the garment.
That complaint is not always fair, but sometimes it is.
If you print a large, solid, full-coverage graphic with plenty of white ink and adhesive behind it, the finished transfer can absolutely feel heavier than many customers want. That is especially true on large prints going onto black shirts.
So the question becomes:
Can you make a DTF transfer feel softer without destroying the look of the image?
In our testing, the answer was yes.
One method that showed real promise was using a 35 LPI halftone mask in Photoshop to open up portions of the artwork before printing. The goal is simple: instead of laying down a completely solid transfer, you create controlled open areas so the black shirt becomes part of the image.
That reduces total coverage while still keeping the artwork visually strong.
In this article, we are going to walk through:
- why black shirts are a good place to test DTF halftones
- how to build a 35 LPI halftone in Photoshop
- why the first result may look too muted
- how a Levels adjustment can preserve brightness
- how we used the halftone as a mask
- what the finished transfer looked like
- what the final pressed shirt looked like
This is not just theory. It is based on an actual production test.
Why Halftones Can Help Soften a DTF Transfer
A standard DTF transfer often prints as a fairly solid image:
- color ink
- white ink
- adhesive powder
That combination is one reason DTF is so versatile, but it is also why some prints feel heavier than others.
When you use a halftone approach, you are not just creating a visual effect. You are intentionally creating open areas in the artwork. Those openings reduce the amount of printed surface area, which can reduce:
- total ink coverage
- total white coverage
- total adhesive coverage
On a black shirt, those openings reveal the shirt itself, which is why black garments are a great place to test this method.
Instead of fighting the black garment, you let it become part of the design.
Why Black Shirts Work Best for This Process
This technique can be used on other garment colors, but black shirts are the easiest and most forgiving place to begin.
Why?
Because when the mask creates open areas, the revealed shirt color is black. That makes it easier to work halftones into:
- shadows
- darker midtones
- textured areas
- background areas
- select clothing and detail zones
On a red, royal, green, or other strong garment color, the open areas reveal that garment color instead, which can shift or contaminate the look of the artwork. On black, the results are much easier to predict.
That is why this workflow is especially useful for:
- black tees
- dark hoodies
- dark fleece
- black promotional apparel
The Goal of This Test
Our goal was not to make the artwork look old, faded, or distressed.
Our goal was to:
- maintain a strong finished image
- reduce total solid coverage
- preserve brightness as much as possible
- improve softness on the final shirt
We used a festive Christmas design on a black shirt as the test image, but the process could apply to many other art styles—especially artwork with:
- rich shadows
- photographic detail
- painterly effects
- tonal areas
- large coverage zones
What You Need
For this workflow, we used:
- Adobe Photoshop
- a DTF-ready PNG with transparent background
- a black-shirt design
- a halftone frequency of 35 LPI
- a Levels adjustment before converting to bitmap
- a finished DTF print and press test for comparison
Part 1: Start With the Original Artwork
Before doing anything else, make sure your artwork is already sized to the final print dimensions you intend to use.
In our case, the design was already built and ready as a transparent PNG.
Original Artwork
This is important because halftones behave differently depending on image size and resolution. If you create the halftone before final sizing, your dot structure may not behave the same way when enlarged or reduced.
Part 2: The 20-Step Photoshop Workflow
Below is the process we used.
Step 1: Open the Artwork in Photoshop
Start with your full-color image at final size.
Step 2: Duplicate the Layer
Duplicate the original layer so you always have a clean untouched version.
This gives you a safe working copy and lets you compare your result to the original later.
Step 3: Choose Duplicate Layer
Use the duplicate layer command rather than working destructively on the only layer.
Step 4: Confirm the Duplicate
Create the copied layer/document you will use to build the mask.
Step 5: Convert the Duplicate to Grayscale
Go to Image > Mode > Grayscale.
The goal here is to strip away color information and focus only on tonal values. This grayscale version will become the basis for the halftone mask.
Step 6: Discard Color Information
Photoshop will ask whether you want to discard color information. Click Discard.
At this point, you are no longer building the final art—you are building the mask.
Step 7: Open Levels
Go to Image > Adjustments > Levels.
This step turned out to be one of the most important parts of the entire process.
Step 8: Evaluate the Initial Grayscale Version
The first grayscale version will often look too balanced or too normal.
That may sound fine, but in practice it can create a muted final image after masking.
Step 9: Push the White Point Up
This is where the breakthrough happened.
We moved the white point much farther than we might normally expect—so far that the grayscale image looked almost blown out in preview.
That sounds wrong, but it actually helped the final color image stay brighter and closer to the original.
Step 10: Don’t Panic if the Mask Looks Too Bright
The grayscale mask itself may look exaggerated. That is okay.
Remember, the mask is not supposed to be beautiful by itself. Its job is to preserve stronger bright areas while still creating open halftone zones.
Step 11: Convert to Bitmap
Now go to Image > Mode > Bitmap.
This is the step that converts tonal grayscale values into an actual halftone pattern.
Step 12: Flatten if Prompted
If Photoshop asks to flatten the image, confirm it.
At this stage, that is normal.
Step 13: Set the Bitmap Method
In the Bitmap dialog:
- keep the resolution appropriate for your file
- choose Halftone Screen
Step 14: Enter the Halftone Settings
Set:
- Frequency: 35 Lines/Inch
- Angle: 23.5°
- Shape: Round
Round dots at 35 LPI gave us a strong starting point for softness without destroying too much detail.
Step 15: Review the Bitmap Halftone Result
Once converted, you will see the black-and-white halftone structure.
This is the visual engine behind the process.
Step 16: Return to the Original Artwork
Go back to your original full-color art file. That is where the halftone is going to be used as a mask.
Step 17: Add a Layer Mask
Add a layer mask to the original artwork layer.
Step 18: Use the Halftone as the Mask Source
Bring the halftone into the mask workflow so the open areas start affecting the artwork.
This is where the solid full-color image begins to turn into a DTF-friendlier soft-hand variation.
Step 19: Check That the Openings Are Really There
This step matters more than many people realize.
You do not just want the artwork to look muted or dotted. You want actual open transparent spaces so those areas are not printed as solid transfer coverage.
Step 20: Review the Final Masked Artwork
At this point, you should have a final image that:
- still looks bright and attractive
- shows halftone structure in selected areas
- has reduced solid coverage
- is ready for output and test printing
Part 3: Why the First Result Looked Too Muted
This is probably the most valuable lesson from the whole process.
When we first used the halftone mask, the final image looked more muted than the original. That makes sense when you think about what the mask is doing. A grayscale-based mask reduces the visibility of the artwork in different tonal zones, so some brightness and punch can be lost.
That is why the Levels adjustment mattered so much.
By pushing the white point much farther—almost to the point where the grayscale preview looked blown out—we were able to:
- preserve more of the brightest parts of the image
- keep the final art from looking dull
- maintain a stronger visual result after masking
Key takeaway:
The mask may look overly bright by itself, but the final color artwork can end up much closer to the original.
That was one of the biggest practical discoveries in this test.
Side-by-Side Comparison: Before and After Levels Logic
A very useful supporting image here is your side-by-side showing:
- the muted version
- the improved version after Levels adjustment
Side-by-side Levels comparison
This image helps show readers something important:
The difference is not just theoretical. A better mask setting can be the difference between:
- a lifeless dull result
and - a bright, print-worthy final graphic
Part 4: What the Printed Transfer Looked Like
Once the art was printed as a DTF transfer, the halftone structure became even more meaningful.
In the transfer itself, you can clearly see that parts of the image are no longer solid blocks of coverage. Instead, selected tonal zones are broken up, which is exactly what we wanted.
Finished transfer photo
This matters because the transfer is where your digital theory becomes a real production result.
At this stage, inspect:
- whether the halftone dots reproduced cleanly
- whether the image is still vibrant enough
- whether the open areas are doing their job
- whether the transfer still looks commercially acceptable
Part 5: Comparing the Transfer to the Finished Shirt
One of the most helpful images in this whole article is the side-by-side comparison of:
- the finished transfer
- the pressed shirt
Transfer vs finished shirt comparison
This comparison helps demonstrate two things:
1. The transfer still looks strong enough to use
Even though coverage has been reduced, the image remains attractive and usable.
2. The black shirt becomes part of the final art
Once pressed, the open areas allow the shirt to participate in the design rather than being completely buried under a solid transfer layer.
That is one of the biggest reasons this method can help create a softer feel.
Part 6: The Finished Shirt Result
The final pressed shirt showed that the method can work well when dialed in.
Finished shirt photo
The final image still had:
- strong reds
- bright highlights
- attractive contrast
- good visual presence on the black garment
But it also showed visible areas where the black shirt could contribute to the finished look.
That is exactly what we were after.
Part 7: What Worked Well
Based on this test, here is what worked especially well:
1. Black shirts are the ideal starting point
The revealed garment color supports the image rather than fighting it.
2. 35 LPI is a practical starting point
It gives visible dot structure without immediately becoming too fine or too weak.
3. Round dots work well
Round dots tend to produce a more natural halftone character for this type of application.
4. Levels adjustment is critical
This may be the most important part of the workflow.
Without the Levels correction, the image can feel too muted. With the right white-point push, the final image can stay much brighter.
5. The method still preserves a strong commercial look
This is not just a novelty effect. It can create a very usable finished graphic.
Part 8: What to Watch Out For
This process also comes with a few cautions.
1. Not every image is a perfect candidate
Artwork with very delicate detail, tiny type, or large critical skin-tone areas may need extra care.
2. Garment color matters
This method works best on black and very dark garments. On other shirt colors, the revealed color may shift the design in unwanted ways.
3. Do not judge the mask by itself
A mask that looks too bright may actually produce a better final print.
4. You still need real-world testing
This is not a one-size-fits-all formula. The ideal result can vary based on:
- artwork type
- printer behavior
- RIP settings
- white ink density
- powder and curing
- press application
5. Softer feel should be tested, not assumed
The visual result is important, but the real reason to do this is to improve hand feel. Every shop should print, press, and compare.
Part 9: What We Would Test Next
This first test gave us a very strong starting point, but there are several things worth testing next:
- 35 LPI vs 40 LPI vs 45 LPI
- different Levels settings
- different types of artwork
- stronger vs weaker white ink percentages
- wash testing
- wear testing
- dark gray, navy, and other dark garments
This is the kind of workflow that can grow into a repeatable system once you test enough variations.
Final Thoughts: Are 35 LPI Halftones Worth Trying for DTF?
Yes—especially on black shirts.
If your goal is to create a softer-feeling DTF transfer without giving up too much visual strength, this workflow is worth experimenting with. It is not magic, and it will not be perfect for every design, but in our testing it showed real promise.
The biggest insight was this:
The halftone itself was only part of the solution. The Levels adjustment before the bitmap conversion was what helped preserve the life of the image.
That step made a major difference.
For shops looking to elevate the feel of large DTF graphics, this is a smart process to test.
Conclusion
DTF does not have to mean heavy, plastic-feeling prints.
With the right artwork, a black shirt, and a carefully built 35 LPI halftone mask, you can reduce coverage and still keep an image looking bold and vibrant.
If you have never tested halftones for DTF on black shirts, this is a great place to start.
And if you do test it, do not stop at what it looks like on screen.
Print it. Press it. Feel it. Compare it.
That is where the real answer lives.
Need Help?
If you need help with DTF printing, DTF transfers, or hands-on training, contact Kolormatrix. We work with shops every day that want better results, better processes, and better understanding of what makes decorated apparel succeed.