Print quality: Sublimation stands out for its vibrant and long-lasting colors, but it only works on light surfaces and specially coated materials (such as polyester textiles). On the other hand, DTF allows printing on fabrics of any color, as it uses a white ink base. However, sublimation offers greater sharpness in terms of definition and color depth.
Material application: Sublimation is limited to surfaces with a special coating (e.g., polyester or varnished ceramics), whereas DTF is more versatile for textile applications, including cotton and fabric blends.
Durability: Both methods offer good durability, but sublimated products tend to better withstand wear over time, while DTF may wear out faster with multiple washes.
Customization quality: While sublimation relies on full-color image printing, laser engraving specializes in creating detailed embossed designs by engraving directly onto hard surfaces such as metal, glass, leather, or wood.
Material application: Laser engraving is much more versatile in terms of materials, as it can engrave surfaces that sublimation cannot, such as uncoated metal or natural leather. However, engraving is monochromatic, which limits the ability to work with complex or multicolored images.
Durability: Engraved products are usually extremely durable, as the laser permanently alters the material's surface. In contrast, sublimation may suffer wear over time if the product does not have adequate protection.
Print quality: The UV-DTF technique (Direct to Film with UV curing) is especially suitable for printing on non-porous surfaces like glass, plastic, or metal, using UV inks that cure instantly under ultraviolet light. Sublimation, on the other hand, offers deeper colors on porous materials such as textiles or coated ceramics.
Material application: Sublimation focuses on coated products to ensure proper ink adhesion, whereas UV-DTF is a versatile option for customizing rigid objects without requiring a special coating.
Durability: Both techniques offer durability, but UV-DTF is particularly resistant to external conditions such as UV rays and water exposure, making it suitable for outdoor products.
Print quality: Screen printing is ideal for simple and large designs, particularly on textiles like cotton, although it does not offer the same precision or color range as sublimation. However, it is more cost-effective for large batches of repetitive products.
Material application: Screen printing can be applied to a variety of materials such as textiles, wood, plastic, and metal, although its durability and quality results may vary depending on the material.
Costs: For large print runs, screen printing is more economical than sublimation, as the latter involves higher initial costs for specific materials and equipment.
Print quality: Sublimation embeds the image into the fabric fibers, while heat transfer vinyl (HTV) is applied on the surface of the garment in the form of cut-out sheets. Although vinyl offers solid colors and a smooth finish, it cannot replicate the precision or color range of sublimation for complex designs. However, it is excellent for simple logos, geometric shapes, and text.
Material application: HTV is ideal for cotton garments and polyester blends, whereas sublimation can only be applied to materials with high polyester content. Vinyl can also be used on dark surfaces, unlike sublimation.
Durability: HTV is fairly durable, but over time it can crack or peel, especially after many washes. In contrast, sublimation offers greater durability as the design becomes part of the material fibers, preventing wear and fading.
Costs: HTV is generally more affordable in terms of initial equipment, but it requires a cutting plotter and a heat press. It is a popular option for small runs or quick personalization, although it lacks the same efficiency as sublimation for large-scale production.