Industrial curtain production requires high process consistency to maintain quality and efficiency. Acrylic foam coating binders contribute significantly to stable processing by offering predictable rheology, foaming behavior, and curing performance. Low and stable viscosity allows the binder to dis... read more
Curtains are exposed to varying environmental conditions throughout their service life, including humidity, condensation, and washing. Therefore, water resistance is a critical property of foam back coatings. Acrylic binders designed for curtain applications address this requirement through polymer ... read more
In curtain applications, performance requirements extend beyond light-blocking efficiency. Softness, drape, and hand feel are equally important, as they directly affect consumer perception and product value. Acrylic foam coating binders play a central role in achieving this balance. The glass transi... read more
Polyester remains the dominant substrate in curtain manufacturing due to its durability, dimensional stability, and cost efficiency. However, its low surface energy presents challenges for coating adhesion, particularly in foam back coating applications. Acrylic binders developed for curtain use are... read more
Foam stability is one of decisive parameters in curtain back coating processes. An unstable foam structure can collapse during coating or baking, to uneven thickness, pinholes, or insufficient blackout performance. Acrylic foam coating binders are engineered to support foam structure throughout th... read more