Nylon
Bags, jackets, and technical outerwear fabric. Low melt point, low surface energy, and the reason low-temperature DTF exists.
Short version, straight from the floor.
Nylon is a synthetic polymer fiber, distinct from polyester, and physically softer under heat than either polyester or cotton. It is used in bags, outerwear, packable jackets, athletic shorts, backpacks, and hat crowns on certain styles. The most common form we see coming across the shop floor is ripstop nylon and Cordura-style ballistic nylon, both used in the bags and outerwear categories.
Skipping the swatch test. Every nylon behaves differently. Grade, weave, finish, and coating all change the press behavior. Order a single sample or a swatch before running the batch. Five-minute test, 200-piece protection.
Assuming untreated and coated nylon are the same fabric. They are not. Coated nylon requires a specialty adhesive DTF. Untreated ripstop takes standard low-temp DTF. Confirm the finish before quoting the job.
Pressing hard. Nylon deforms under high pressure at any temperature. Light-firm pressure is the setting. Firm or hard pressure leaves a rectangular platen impression on lightweight fabrics.
A production-floor definition, not a hangtag.
Nylon is a synthetic polymer fiber, distinct from polyester, and physically softer under heat than either polyester or cotton. It is used in bags, outerwear, packable jackets, athletic shorts, backpacks, and hat crowns on certain styles. The most common form we see coming across the shop floor is ripstop nylon and Cordura-style ballistic nylon, both used in the bags and outerwear categories.
The property that changes everything about how we print on nylon is the low melt point. Nylon starts to gloss and deform between 350 F and 400 F depending on the exact resin, and it starts to shine at surface temperatures well below that. A standard DTF press at 315 F for 15 seconds is not automatically safe. It depends on the nylon grade, the finish, and whether the fabric has a water-repellent DWR coating. Every nylon job we take on begins with a swatch test.
The other property is low surface energy. Nylon is often coated in a durable water-repellent finish that literally repels adhesive. If the customer wants a decorated bag or jacket and the fabric is DWR-treated, the DTF adhesive will bond to the coating, not to the fibers, and the whole graphic will peel off after 3 to 5 wash cycles. The fix is either an untreated nylon fabric or a specialty DTF adhesive engineered for coated surfaces.
On this site, nylon jobs are handled case by case. Low-temperature DTF at 265 to 275 F with a light-firm pressure and 6 to 8 seconds of dwell is the working recipe for standard uncoated nylon. Coated nylon requires the specialty adhesive DTF and a swatch confirmation before we run the order. We do not ship nylon jobs by default without confirming the substrate first.
The numbers we look at before quoting a job.
Every fabric on this site carries the same profile. Composition, weight range, hand feel, three decoration suitability scores, wash durability, dye migration risk, press ceiling, and how it moves after the first wash. If a field is missing on a competitor product page, it is missing because they never tested it.
Decoration suitability
Requires low-temperature DTF. Coated nylons require specialty adhesive DTF. Every nylon job starts with a swatch test.
Specialty nylon inks exist but plastisol without them fails. Rarely a screen-print substrate in practice.
Bags and jackets embroider well with the right stabilizer. Lightweight ripstop puckers under dense stitch.
The transfers, blanks, and jobs this fabric earns.
These are the specific pairings we would put in front of a customer choosing this fabric. Not every product we sell, just the ones that actually make sense next to it.
Best-with methods
Where this fabric is the wrong call.
Refusing the wrong sale is the most credible thing we do. If your job lives inside one of these edges, we route you to what actually works.
Standard DTF at cotton temperatures.
315 F on nylon gives you gloss marks, hand-feel loss, and in some cases scorch. This is the fastest way to ruin a $40 bag or a $200 jacket. Never run standard DTF on nylon.
Go here instead: Cotton-Poly Blend for standard DTFDWR-coated jackets without specialty adhesive.
The DWR coating repels the DTF adhesive. The graphic looks perfect on day one and peels off inside a month of normal use. If the jacket is water-repellent, ask us before ordering the transfer.
Go here instead: Cotton Fleece for embroidered outerwearRetail-fashion apparel.
Nylon is a bags-and-outerwear substrate. Boutique retail apparel customers are not choosing nylon for a tee or hoodie. Match the fabric to the closet.
Go here instead: Tri-Blend for retail-fashionThe reprints we see over and over.
Skipping the swatch test.
Every nylon behaves differently. Grade, weave, finish, and coating all change the press behavior. Order a single sample or a swatch before running the batch. Five-minute test, 200-piece protection.
Assuming untreated and coated nylon are the same fabric.
They are not. Coated nylon requires a specialty adhesive DTF. Untreated ripstop takes standard low-temp DTF. Confirm the finish before quoting the job.
Pressing hard.
Nylon deforms under high pressure at any temperature. Light-firm pressure is the setting. Firm or hard pressure leaves a rectangular platen impression on lightweight fabrics.
Fabrics we would put next to this one in a quote.
Nylon is print-able if you respect the melt point.
Every nylon job we take on starts with a swatch confirmation. If you have a jacket, a bag, or a technical outerwear substrate to decorate, message us before ordering the transfer.