Commercial Moisture-Wicking Ice Silk Sportswear

Overview

This garment line is engineered for high‑intensity commercial use where sweat management, thermal regulation, and durability are critical. The base fabric combines a proprietary ice‑silk viscose blend with synthetic filaments to achieve a moisture transport index (MTI) above 0.8 mm/s under standard ISO 105‑E04 testing.

Fabric Technology

Ice silk refers to a modified viscose rayon with a circular cross‑section that increases surface area by approximately 18 % compared to conventional fibers, enhancing capillary action. The blend typically contains 55 % ice‑silk viscose, 30 % polyester micro‑filament, and 15 % spandex for elasticity. The polyester component provides structural stability and UV‑blocking (UPF ≥ 30), while spandex contributes 4‑way stretch recovery of ≥ 95 % after 50 % elongation.

Performance Specifications

Key measurable properties are summarized below. Values represent averages from three production lots; actual numbers may vary with exact formulation and finishing.

Applications

The moisture‑wicking capability reduces skin‑surface temperature rise by up to 3 °C during prolonged aerobic activity, lowering perceived exertion. Combined with the fabric’s quick‑dry rate, the apparel suits environments where frequent laundering and rapid turn‑over are required, such as professional fitness centers, tactical training facilities, and outdoor event staff uniforms.

Customization Options

Buyers may specify adjustments to the following parameters without compromising the core moisture‑management structure:

• Fabric weight ranging from 150 g/m² to 220 g/m² for seasonal variants.
• Spandex content adjustable between 10 % and 20 % to modify compression level.
• Color matching to Pantone or custom dye lots with UV‑stable pigments.
• Inclusion of antimicrobial silver‑ion treatment (up to 20 ppm) for odor control.
• Custom seam construction (flatlock, overlock, or bonded) for chafe reduction.

Quality Control Philosophy

Each lot undergoes tensile and moisture‑transport testing on a statistical sampling basis (ASTM D2260). Dimensional stability is verified after five industrial wash cycles at 60 °C, with shrinkage limited to ± 2 %. Visual inspection follows a 4‑point system targeting stitch uniformity, surface defects, and color consistency.

Comparison Table – Standard vs. Enhanced Variant

For technical datasheets, sample requests, or to discuss project‑specific tolerances, please use the inquiry link below.