Blank Hoodies for DTF Transfers: Best Options by Weight
Blank Apparel

Blank Hoodies for DTF Transfers: Best Options by Weight

April 30, 2026 3 min read TheClothingSpace

In this article

    DTF transfers on hoodies require different press settings than on t-shirts. The fleece pile compresses under pressure, creating an uneven contact surface that affects adhesion. Heavier fleece needs longer dwell time and firmer pressure than lighter fabrics. Getting these settings right is the main variable between a DTF hoodie that lasts and one that peels after five washes.

    How Fleece Affects DTF Application

    Standard t-shirt fabric has a flat, tight surface that gives DTF adhesive consistent contact across the full print area. Fleece has a looped pile that creates small air gaps between the transfer film and the fabric. Under insufficient pressure, the adhesive only bonds to the high points of the pile, leaving unsupported edges on the transfer that lift during washing.

    The fix is a heat press pillow (also called a press pad or foam insert) placed inside the garment under the print area. The pillow compresses the fleece pile evenly and keeps the platen level across the print area. Without a pillow, the front pocket seam and side seams create pressure differences that show up as uneven adhesion across large prints.

    Top Wholesale Hoodies for DTF

    Gildan 18500 Crewneck / 18000 Sweatshirt

    Weight: 8 oz/yd². Fabric: 50/50 cotton-poly blend. DTF press: 300–310°F, 15–18 seconds, firm pressure with pillow, hot peel. The 50/50 blend requires a Teflon sheet to prevent sheen. This is the standard-issue blank for high-volume DTF fleece orders. Lower cost per unit, wide color selection, consistent dye lots for reorders.

    Gildan 18500 Hooded Sweatshirt

    Weight: 8 oz/yd². Fabric: 50/50 cotton-poly. Same press specs as the 18000. Most popular DTF hoodie at wholesale volume pricing. Hood and kangaroo pocket require pillow placement adjustments when printing near the pocket seam.

    Independent Trading SS4500

    Weight: 8.5 oz/yd². Fabric: 80/20 cotton-poly blend. DTF press: 310–320°F, 15–18 seconds, firm pressure with pillow, hot peel. Higher cotton content means slightly higher press temperature than the 50/50 Gildan. Heavier weight and retail fit. Sells at a higher price point, which supports a higher finished-garment retail price for DTF-decorated hoodies.

    Bella+Canvas 3719 Sponge Fleece

    Weight: 7.2 oz/yd². Fabric: 52/48 cotton-poly sponge fleece. DTF press: 300–310°F, 12–15 seconds, medium-firm pressure with pillow, cold peel. The sponge fleece construction is softer than standard fleece but has more surface variation. Cold peel produces cleaner edges on this blank. Retail fit and weight position this at the higher end of the price range.

    Champion S700 Reverse Weave

    Weight: 12 oz/yd². Fabric: 82/18 cotton-poly. DTF press: 315–325°F, 18–20 seconds, very firm pressure with pillow, hot peel. The reverse weave construction and heavyweight fabric require the longest dwell time of any standard hoodie. Transfers bond well on Champion due to the tighter weave, but incomplete pressing is common when using t-shirt settings. Increase dwell to 18–20 seconds and verify edge adhesion before a full run.

    Press Settings Summary for Hoodies

    Blank Weight Blend Temp Dwell Peel
    Gildan 18500 8 oz/yd² 50/50 300–310°F 15–18 sec Hot
    Independent SS4500 8.5 oz/yd² 80/20 310–320°F 15–18 sec Hot
    B+C 3719 7.2 oz/yd² 52/48 300–310°F 12–15 sec Cold
    Champion S700 12 oz/yd² 82/18 315–325°F 18–20 sec Hot

    Placement Considerations

    Front chest placement on hoodies with kangaroo pockets: position the transfer above the pocket opening, with at least 1 inch of clearance from the seam. The seam creates a hard edge under the transfer that shows as a pressure line if the transfer overlaps it. For full-front prints that extend below the pocket opening, use an extra-thick pillow and increase dwell by 2–3 seconds to compensate for the seam height difference.

    Hood print placement: the hood lining seam creates the same problem as the pocket seam. Limit transfers on the hood itself to no larger than 3x3 inches, positioned away from visible seams.

    All blank hoodies available wholesale at TheClothingSpace hoodies collection. DTF transfers ship next business day. For all-fabric press settings, see the DTF Temperature Guide.

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    Frequently Asked Questions

    It depends on the blend. 50/50 cotton-poly hoodies (Gildan 18500): 300–310°F for 15–18 seconds, hot peel, with Teflon sheet. 80/20 cotton-poly (Independent SS4500): 310–320°F for 15–18 seconds. 100% cotton hoodies: 320–330°F for 15–18 seconds. Always use a heat press pillow inside the garment to compress the fleece pile evenly.
    The main causes are: (1) insufficient pressure — the fleece pile was not compressed fully, leaving adhesive unbonded at the surface; (2) no heat press pillow — pressure is uneven across the print area; (3) wrong temperature for the blend — using cotton settings on a 50/50 blend causes scorching of the poly content; (4) peeling too quickly on blends — cold peel or wait 10 seconds before peeling on high-poly fleece.
    Yes. A heat press pillow placed inside the hoodie under the print area is required for consistent adhesion on fleece. Without it, the platen pressure is uneven across the seams and pile height, which causes partial adhesion that shows up as peeling within the first few washes.
    Yes, but keep prints small (under 4 inches) and away from the hood seams. The hood lining seam creates a hard ridge that prevents even pressure across larger transfers. For hood printing, increase pressure and dwell slightly to compensate for the uneven surface.