Fiber Science

Material mechanisms behind performance review

This fiber science page explains the mechanisms behind Schoeller performance fabric decisions, including capillary channels, membrane pore control, elastomer recovery and R&D checkpoints from 2024 lab screening to 2026 mill trial documentation.

Capillary pullMembrane exchangeStretch recoveryThermal buffering
Science

Microstructure blocks for R&D discussion

The diagram blocks are explanatory placeholders and do not claim a proprietary cross-section without a supplier data file.

Face yarn

Denier, filament shape and finish chemistry influence wetting speed and hand feel.

Transport layer

Channel geometry and knit density affect drying time measured by AATCC 201-style review.

Barrier layer

MVTR and hydrostatic head targets are screened before garment or laminate trial.

Recovery core

Elastane or mechanical stretch is reviewed through growth and recovery after 30 minute loading.

Roadmap

R&D milestones used in qualification

Dates are workflow checkpoints for site review and help buyers see how lab evidence moves toward mill approval.

2024

Lab screen

Moisture transport, abrasion and stretch recovery are compared on small swatches.

2025

Pilot mill

Trial lots validate shade, hand feel and repeatability across two production windows.

2026

Brand packet

Method references, care notes and licensing checkpoints are compiled for downstream teams.