-
Northlane Active Portugal: Odor-Free Tennis Dresses Built on Capillary Wicking Plated Structure
Odor-free case study: tennis dresses from Northlane Active built on Capillary Wicking Plated Structure, covering the sweat-smell problem, the fabric solution, AATCC 195 evidence and bulk results.
Details -
Vela Performance Switzerland: Odor-Free Tennis Dresses Built on Coffee Ground Polyester Yarn
Odor-free case study: tennis dresses from Vela Performance built on Coffee Ground Polyester Yarn, covering the sweat-smell problem, the fabric solution, ISO 17299-2 evidence and bulk results.
Details -
Cobalt Ridge Denmark: Odor-Free Tennis Dresses Built on Silver Ion Antibacterial Finish
Odor-free case study: tennis dresses from Cobalt Ridge built on Silver Ion Antibacterial Finish, covering the sweat-smell problem, the fabric solution, ISO 20743 evidence and bulk results.
Details -
Pulse Meridian Norway: Odor-Free Tennis Dresses Built on Zinc-Based Deodorant Finish
Odor-free case study: tennis dresses from Pulse Meridian built on Zinc-Based Deodorant Finish, covering the sweat-smell problem, the fabric solution, ISO 17299-2 evidence and bulk results.
Details -
Halden Works Sweden: Odor-Free Tennis Dresses Built on Copper Ion Filament
Odor-free case study: tennis dresses from Halden Works built on Copper Ion Filament, covering the sweat-smell problem, the fabric solution, AATCC 100 evidence and bulk results.
Details -
Everline Studio Ireland: Odor-Free Tennis Dresses Built on Built-In Antibacterial Masterbatch Yarn
Odor-free case study: tennis dresses from Everline Studio built on Built-In Antibacterial Masterbatch Yarn, covering the sweat-smell problem, the fabric solution, JIS L 1902 evidence and bulk results.
Details -
Northlane Active Switzerland: Odor-Free Compression Base Layers Built on Built-In Antibacterial Masterbatch Yarn
Odor-free case study: compression base layers from Northlane Active built on Built-In Antibacterial Masterbatch Yarn, covering the sweat-smell problem, the fabric solution, JIS L 1902 evidence and bulk results.
Details -
Ascend Form Portugal: Odor-Free Compression Base Layers Built on Zinc-Based Deodorant Finish
Odor-free case study: compression base layers from Ascend Form built on Zinc-Based Deodorant Finish, covering the sweat-smell problem, the fabric solution, ISO 17299-2 evidence and bulk results.
Details -
Vela Performance Denmark: Odor-Free Compression Base Layers Built on Bamboo Charcoal Filament Yarn
Odor-free case study: compression base layers from Vela Performance built on Bamboo Charcoal Filament Yarn, covering the sweat-smell problem, the fabric solution, JIS L 1902 evidence and bulk results.
Details -
Cobalt Ridge Sweden: Odor-Free Compression Base Layers Built on Capillary Wicking Plated Structure
Odor-free case study: compression base layers from Cobalt Ridge built on Capillary Wicking Plated Structure, covering the sweat-smell problem, the fabric solution, AATCC 195 evidence and bulk results.
Details -
Halden Works Norway: Odor-Free Compression Base Layers Built on Coffee Ground Polyester Yarn
Odor-free case study: compression base layers from Halden Works built on Coffee Ground Polyester Yarn, covering the sweat-smell problem, the fabric solution, ISO 17299-2 evidence and bulk results.
Details -
Pulse Meridian Ireland: Odor-Free Compression Base Layers Built on Silver Ion Antibacterial Finish
Odor-free case study: compression base layers from Pulse Meridian built on Silver Ion Antibacterial Finish, covering the sweat-smell problem, the fabric solution, ISO 20743 evidence and bulk results.
Details
Customer Cases
