Special Effects

Printing auxiliaries for special effects are essential additives that enhance fabric aesthetics and functionality. They enable effects like puff, metallic shine, glitter, glow-in-the-dark, and crackle finishes. These auxiliaries improve print quality, durability, and color vibrancy, while ensuring smooth processing on diverse fabrics.
Suitable for both natural and synthetic textiles, they support creative, high-impact visual designs in fashion, home textiles, and promotional items. Their versatility and performance make them vital for innovative, eye-catching textile printing applications across industries.

Ready Foam Paste, Excellent Raise Effect, To Be Used For Making foam Print/rubber Print

GLOBAL AQ CRACK KHADI

GLOBAL AQ PEARL PASTE

Global AQ Auto Crack Base 9110

Global AQ Auto Crack White 9111

Aqueous Solution For Adjust Ph Of Paste

Special Effects

Global AQ FL 8020 delivers a ready to use, aqueous adhesive optimized for textile flocking, ensuring robust adhesion across cotton, polyester, and blended fabrics. Engineered for immediate printing before flock application, it forms a flexible, crack-resistant film that secures flock fibers even after repeated washes and abrasion. Compatibility with manual screen and machine printing prevents screen clogging, maintaining uniform viscosity and smooth coverage. Exceptional wash and rub fastness preserves flock integrity, while rapid drying and efficient curing minimize downtime and boost production efficiency. Heat- and humidity-resistant, this high-performance adhesive enables durable, visually striking flock finishes for diverse textile manufacturing needs

Global AQ Foam is an advanced foam binder formulated with thermal expandable microspheres, designed for creating high-density 3D foam effects in textile printing. While curing microspheres expand and the binder cross links, producing durable raised textures that enhance visual and tactile fabric appeal. Its strong adhesion ensures print longevity across cotton, polyester, and blends, with excellent color retention and flexibility to prevent cracking or peeling. Resistant to heat and chemicals, Global AQ Foam supports controlled application thickness and curing parameters for customizable effects, making it a preferred solution for durable, vibrant, and dimensional textile prints in diverse industrial applications.

Global AQ Foil 9400 has a brilliant, elastic foil effect with a soft-touch finish for premium textile printing. This high-performance water-based paste ensures excellent adhesion, maintaining brightness and flexibility even after multiple washes without fading or cracking.Engineered for cotton, polyester blends, and synthetics, the formulation spreads evenly and resists screen clogging. Ideal for fashion, sportswear, and decorative applications, Global AQ Foil 9400 guarantees durable, high-impact metallic prints through both manual and automatic printing processes, enhancing textile aesthetics with sustainability and performance

GLOBAL AQ CRACK KHADI is a high-opacity, PVC- and phthalate-free ink formulated for bold, distressed effects on dark fabrics. Designed for fashion prints, it naturally cracks after curing and washing, intensifying the vintage look over time. This two-part system maintains excellent elasticity, allowing cracks to form without compromising fabric flexibility. It blends easily with GLOBAL AQ Pigment Dispersions for color variations and offers strong wash fastness.Ideal for trend-driven apparel, it delivers realistic, cracked textures with a soft feel, making it a durable and eco-conscious choice for textile printers.

GLOBAL AQ PEARL PASTE is a premium water-based textile ink delivering a semi-bright metallic finish with superior elasticity and wash durability. Engineered for high-opacity printing on dark fabrics, it ensures a soft hand feel without fabric stiffening. Ideal for manual or automatic screen printing, its anti-clogging formula enhances fluidity and production efficiency. The pearltoned paste produces elegant, fashion-forward effects suitable for trend-driven apparel.Eco-friendly and easy to handle, this ink offers consistent brilliance and long-lasting performance across diverse fabric types.

Global AQ Auto Crack Base 9110 enables a distinctive cracked effect for textiles using a twolayer screen printing system. The base layer, infused with dyes, forms the foundation, while Global AQ Auto Crack White 9111 adds sharp contrast and depth. Ideal for distressed or vintage-style prints, this formulation offers superior wash durability and flexibility. Crack intensity is customizable, thinner layers yield fine cracks, while heavier coats produce bolder patterns. Compatible with manual and automatic setups, it ensures consistent performance across various fabrics, making it a go to solution for artistic, high impact textile designs.

Global AQ Auto Crack White 9111 delivers a bold, defined cracking effect when layered over Global AQ Auto Crack Base 9110, enhancing contrast and texture in textile designs. Ideal for vintage, distressed, and artistic finishes, it ensures exceptional wash durability without compromising fabric flexibility. The water-based, eco-friendly formulation supports both manual and automatic screen printing. Compatible with cotton, polyester blends, and synthetics, it performs across varied fabric types. Applying a medium-to-thick layer optimizes crack definition and visual depth, making it a reliable choice for creative fashion and textile applications demanding longevity and visual impact

Global AQ Foil PMD functions as a water-based textile dye engineered for high-performance foil transfer printing. Utilizing a self-crosslinking acrylic co-polymer emulsion, it ensures superior adhesion and durable foil effects with elastic, soft-touch finishes. Exceptional wash fastness preserves vibrant foil designs through repeated laundering. Engineered for both machine and screen printing, it minimizes equipment buildup for smooth production. With solid content, it achieves an optimal balance between strong binding and fabric flexibility, preventing cracking on stretch textiles while delivering thermal and mechanical stability in high-speed applications.