Articles

Glossy positive heat transfer works best with designs that are bold, structured, and visually clear. High-contrast colors, 3D or thick-layer graphi...

Perfecting the glossy surface in forward transfer is an exercise in patience and precision. By prioritizing leveling time, deposit thickness, and t...

Glossy positive heat transfer is shiny and vibrant, while matte is soft, non-reflective, and subtle. Knowing the difference ensures consistent qual...

High-gloss effects in Positive Heat Transfer are achieved by using glossy materials, optimizing heat press parameters, and applying proper post-pro...

Glossy effects in Positive Heat Transfer are achieved by using high-gloss materials, optimizing heat press parameters, and proper post-processing.

Silicone puff ink balances soft touch and abrasion resistance through an elastic silicone network, optimized closed-cell foam structure, reinforcin...

Silicone puff ink maintains shape and patterns on highly stretchable fabrics due to its elastic crosslinked network, resilient foam microstructure,...

Silicone puff ink thickness directly affects 3D height, bubble structure, and stress distribution. Moderate thickness ensures uniform, stable, and ...

Superior adhesion of puff silicone on functional fabrics results from its flexible Si–O–Si backbone, uniform closed-cell microstructure, and contro...

The superior elastic recovery of high-density puff silicone ink originates from its flexible Si–O–Si backbone and uniform microcellular structure. ...

The 3D effect in screen printing puff silicone arises from controlled microcellular expansion within an elastic silicone matrix. Precise regulation...

High-density screen-printed silicone exhibits modular, “Lego-like” properties, combining stackability with high plasticity. This enables precise mu...