Iron-Ic's excellence stems from Norman Group's constant commitment to research and development. Our exclusive patents represent the future of technical sportswear, combining high performance, maximum comfort, and an eco-sustainable production approach. Discover the technologies that make our garments unique.

Applied to long-sleeved t-shirt production, it reduces waste by 64%. For leggings, the technology achieves a 100% waste reduction (Zero Waste).

Less waste, streamlined storage processes, and a significant reduction in CO2 emissions.

Used on leggings and technical knitwear without altering the fit or fabric properties.

I-CONE is the innovative patent designed to drastically reduce the environmental impact of textile production. Thanks to this technology, we optimize the production process of seamless garments by eliminating material waste.

Unlike standard systems, I-BAND allows you to vary the amount of fabric between the front and back of the garment, ensuring greater elasticity and support where needed.

• Increases grip without constricting.
• Improves performance during physical activity.
• Retains shape over time.
• Applicable to all fabrics.

Ideal as a finish for tops, leggings, t-shirts, and sports underwear.

I-BAND is the patented finish by Norman Srl that revolutionizes the concept of traditional waistbands in sportswear. This technology allows for an intelligent distribution of fabric to perfectly adapt to body shapes.

The treatment acts on the fiber structure, ensuring:

• Advanced thermoregulation: Maintains a constant body temperature.
• Moisture management: Maximum breathability and rapid sweat absorption.
• Thermal insulation: Excellent protection against cold.

It creates an insulating barrier that protects the body during training, keeping the internal climate dry and comfortable.

Used in the inner layer (skin-layer) of knitwear, hosiery, and sports clothing for low temperatures.

The I-SOFT patent transforms the technical fibers of seamless garments, giving them the softness and warmth typical of natural fabrics without sacrificing their functional properties.