fabric techonolgy
- GEAR • Gear Reviews
- GEAR • Market Reports
- GEAR • Gear Guides
- GEAR • Gear Checklists
- GEAR • Make Your Own Gear
- GEAR • Gear Testing & Research
- SKILLS • Tips, Tricks, and Hacks
- SKILLS • Wilderness Skills
- SKILLS • Training
- SKILLS • Trip Planning
- SKILLS • Food Preparation
- PLACES • Trips
- PLACES • Routes
- CULTURE • Essays
- CULTURE • Stories
- CULTURE • Issues
- CULTURE • People
- CULTURE • News
- CULTURE • Media Reviews
- ARCHIVES (Before 30.Nov.2015)
- SEARCH LIBRARY
- TRAILHEADS
Technical Fabrics for Backpacks, Shelters, and Storage Systems: A Comparative Guide
A technical comparison of modern fabrics used in backpacks, shelters, and storage systems, including DCF, Ultra, X-Pac, ECOPAK, silnylon, silpoly, and ALUULA. The tables compare weight, tear strength, abrasion resistance, waterproofness, dimensional stability, construction, and key tradeoffs using current manufacturer data.
By The Numbers: Fun Findings For Five Fuzzy Fabrics
Five fuzzy insulations get measured head-to-head: Polartec Alpha Direct, Primaloft Evolve, and three Teijin Octa builds. See how structure drives air permeability, MVTR, drying rate and energy, directional R-value, and durability. Results highlight Alpha’s breathability and efficiency, Evolve’s resilience, and Octa’s structured, durable use cases for high-output backcountry layering systems.
Episode 127 | Field Notes – Shelter Fabrics
In episode 127 of the BPL Podcast, Ryan Jordan explores shelter fabrics: strength-to-weight, waterproofing, coatings, pitch stability, storm resilience, strength-to-weight ratios and waterproofing to coating quality, pitch stability, and storm resilience.

