SiTEX® Far Infrared Shaping Shorts with Copper-Ion Crotch

SiTEX® Far Infrared Shaping Shorts are functional body-shaping shorts designed to combine contouring support, everyday comfort, and SiTEX® far infrared textile technology. The V-shaped cutting design helps create a streamlined silhouette, while the functional fabric and copper-ion crotch construction add performance-oriented features for daily wear.

What are the key features of the SiTEX® Shaping Shorts?

The SiTEX® Shaping Shorts combine patented SiTEX® energy fabric with body-contouring construction and hygiene-focused textile technology. The design emphasizes shaping, comfort, and functional performance in a lightweight short-length silhouette.

• Far Infrared Technology: Patented SiTEX® energy fabric with 95% far infrared performance
• Functional Positioning: Far infrared textile technology for everyday comfort
• Copper-Ion Crotch: Designed with copper-ion material for antibacterial and odor-control positioning
• Shaping Design: V-shaped cutting for a more streamlined body contour
• Fit: Close-fitting stretch construction
• Length: Short shaping-pant silhouette
• Suggested Use: Everyday wear, layering, travel, and comfort-focused shaping apparel

Who are the SiTEX® Shaping Shorts designed for?

SiTEX® Far Infrared Shaping Shorts are designed for women seeking light body-contouring support without the bulk of traditional shapewear. The V-shaped pattern is intended to create a more flattering silhouette while maintaining flexibility for everyday movement.

Why choose the SiTEX® Shaping Shorts?

The SiTEX® Shaping Shorts combine functional textile technology with practical shapewear construction. Patented FIR fabric, copper-ion textile positioning, and a V-shaped contour design make the shorts suitable for users who want shaping support with added comfort-oriented textile features.

Product Positioning

SiTEX® Far Infrared Shaping Shorts are positioned as functional shapewear that blends body-contouring design with SiTEX® textile technology and hygiene-focused materials. They are suitable for everyday lifestyle, travel, and layering applications.