دوامة الألوان: سلسلة وسائد الطاقة السائلة

Project Overview

An electrifying pillow collection that captures the essence of motion through liquid-inspired abstract art. Designed to energize interiors with vivid saturation and hypnotic flow, this series draws from the beauty of marbled pigments and psychedelic swirls. Ideal for artistic homes, vibrant lounges, or creative studios, each piece transforms the ordinary cushion into a kinetic statement of colour and energy.

Year of Completion: 2025
Status: Active

Graphic Design

Each pillow bursts with a kaleidoscope of colour—fiery oranges, bold purples, sapphire blues, and tropical greens—blending together in seamless, fluid forms. The swirling compositions evoke both movement and emotion, mirroring the spontaneity of acrylic pour art and digital abstraction. These pillows are not only decorative but emotionally expressive, offering visual rhythm and contemporary flair.

Deliverables

• Original high-contrast swirl artwork for cushions

• Ultra-HD print-ready textile files with edge-to-edge coverage

• 3D-rendered pillow mockups for online and in-store marketing

• Promotional visuals formatted for social media and lookbooks

Tools Used

• Adobe Illustrator

• Adobe Photoshop

• Midjourney (for moodboard + shape development)

• Procreate

Results Achieved

• Art-Focused Appeal: Highlighted in modern art-focused interior design magazines and colour psychology blogs.

• Viral Visuals: Widely shared on TikTok and Instagram by interior stylists and abstract artists.

• Commercial Success: Licensed by premium furniture boutiques and lifestyle stores in the UK, UAE, and Qatar.

Challenges & Solutions

Challenges Faced:

• Preventing colour banding and loss of saturation during textile printing

• Ensuring the abstract patterns retained their emotional dynamism at various sizes

Solutions Implemented:

• Utilised CMYK-optimised layering and high-gamut digital fabric proofing

• Developed symmetrical and asymmetrical variants for different product sizes and placements

• Collaborated with textile printers to calibrate fabric weaves for ink retention and brightness