The CASH CA 2013 S/S DOT TECH JACKET Transitions with Ease
Katie Pagnotta — January 3, 2013 — Fashion
The CASH CA 2013 ‘DOT TECH JACKET’ displays designer Kazuki Kuraishi’s whimsical side. The cargo jacket is normally manufactured in a basic color scheme with pockets or minor embellishments and Kuraishi has resurrected this basic garment. The CASH CA jacket features a bold white polka dot pattern set against a beige background.
The durable and functional coat is made of DiAPLEX fabric, making it dependable and ideal for transitional weather. The polka dot jacket features micro-pores that open in hot conditions and close up in cooler conditions allowing your body temperature to regulate itself. This jacket is multifunctional and stylish.
Kazuki Kuraishi has outdone himself with this piece and proven he belongs at the helm of the label. The CASH CA 2013 ‘DOT TECH JACKET’ is the perfect blend of form, fabric and efficient design.
The durable and functional coat is made of DiAPLEX fabric, making it dependable and ideal for transitional weather. The polka dot jacket features micro-pores that open in hot conditions and close up in cooler conditions allowing your body temperature to regulate itself. This jacket is multifunctional and stylish.
Kazuki Kuraishi has outdone himself with this piece and proven he belongs at the helm of the label. The CASH CA 2013 ‘DOT TECH JACKET’ is the perfect blend of form, fabric and efficient design.
Trend Themes
1. Micro-pore Polka Dot Jackets - The use of micro-pore technology in polka dot jackets creates a disruptive innovation in temperature regulation for transitional weather garments.
Industry Implications
1. Fashion - The fashion industry can explore the use of micro-pore technology to develop innovative and functional garments for various weather conditions.
2. Sportswear - Sportswear brands can incorporate micro-pore technology in their jackets to provide athletes with temperature-regulating outerwear for optimal performance.
3. Outdoor Gear - Companies in the outdoor gear industry can utilize micro-pore technology to create jackets that adapt to changing weather conditions, providing comfort and protection to adventurers.
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