Sublimation vs Embroidery vs Screen Printing vs Heat Transfer

Choosing a decoration method is one of the most important decisions in custom sportswear development.

A buyer may initially ask, “Which printing method is best?” But that question is too broad.

The more useful question is:

Which decoration method is suitable for this fabric, artwork, order and intended use?

QEOK lists four key decoration approaches: full dye sublimation, embroidery, screen printing and digital heat transfer. The company states that the method is selected according to fabric, artwork, order quantity and end use.

Full Dye Sublimation

QEOK identifies full dye sublimation as a primary option for polyester team uniforms such as soccer and basketball kits.

This makes it particularly relevant to projects in which the garment carries a coordinated visual concept involving:

• Team colors
• Patterns
• Logos
• Names
• Numbers
• Sponsor marks

QEOK supports customization of all of these elements.

For a team uniform with extensive artwork, the graphic treatment therefore needs to be developed together with the garment itself.

Embroidery

Embroidery is another decoration option listed in QEOK's manufacturing capabilities.

The source document does not specify which particular QEOK garments or fabrics must use embroidery, so it would be incorrect to define a universal application.

Instead, QEOK states that the decoration method should be selected according to the actual fabric, artwork, order and end use.

For buyers, the important point is to discuss embroidery within the context of the complete product rather than selecting it solely because of appearance.

Screen Printing

Screen printing is also available within QEOK's documented decoration capabilities.

As with embroidery, the company information does not establish a fixed rule stating that particular products must use screen printing.

The selection should be evaluated alongside the garment specification and artwork.

Digital Heat Transfer

Digital heat transfer completes the four decoration approaches listed in the company profile.

Again, its use depends on the project requirements rather than a one-method-fits-all rule.

This is particularly important for buyers managing multiple product categories.

A complete teamwear collection can include competition uniforms, training tops, tracksuits, polos, hoodies, sweatshirts and jackets.

The same decoration method does not necessarily have to be applied across every product.

Comparison at a Glance

The key selection variables documented by QEOK are:

Fabric + Artwork + Order Quantity + End Use

Why Fabric and Decoration Should Be Selected Together

QEOK's project workflow does not separate material selection from decoration selection.

During the Design & Material Proposal stage, the company recommends suitable fabrics, construction and decoration methods together.

This reflects an important sourcing principle: graphics need to work with the physical garment.

Before choosing a decoration method, buyers should first define:

1. What product is being produced?
2. What artwork will appear on it?
3. What material direction is being considered?
4. How will the garment be used?
5. What quantity is required?

Confirm the Design Before Production

Once the basic method is selected, artwork and specifications are reviewed through a digital preview before sampling or production.

Where a sample is required, size, workmanship, color and details can then be confirmed before bulk manufacturing.

The correct decoration process is therefore not simply a printing decision.

It is part of the complete design → material → construction → approval → manufacturing process.

FAQ

Does QEOK offer more than sublimation?
Yes. Its documented capabilities also include embroidery, screen printing and digital heat transfer.

Is sublimation mainly used for polyester uniforms?
QEOK specifically identifies polyester soccer and basketball team uniforms as primary applications.

How should the method be chosen?
QEOK lists fabric, artwork, order quantity and end use as key selection factors.