Octa®


Features

Special Cross Section Fiber Octa®

Through a variety of fiber shapes, we can add the perceptual qualities of softness, draping, dry touch and the functionalities of sweat absorption, quick drying, non-see-through, lightweight, heat retention, and thermal insulation. Octa® is an exceptionally unique polyester fiber with a distinctive, highly modified cross-section with eight projections aligned in a radial pattern around a hollow fiber.


The voids in 8 fin fiber structure improve heat shielding and insulation properties, as well as create the lightweight feel of hollow yarn at roughly 50% weight of yarn of similar thickness.

The yarn of Sample fabric Octa®
40d/12f 100%
Round shape
SD75d/36f 100%
weight [g/m2] 95.2 175.9
thickness [mm] 0.480 0.398
bulkiness [cm/g] 5.05 2.27
weight [g/cm3] 0.20 0.44
air permability [cc/cm2·sec] 372.8 264.7

Thermo-graphic view



Thermal Property[%] 10.7 4.2

Use & Function

The enlarged fabric structures

The octopus-like appearance, OCTA® fiber is targeted to fall and winter middle layer, lining materials for outerwear in fashion and outdoor industries. The spaces between the projections preserve body heat to give extra warmth. OCTA® unique fiber construction contributes to quick drying and airy texture as fabrics with 50% lighter weight than regular polyester material.

Multi-Functionalities to replace conventional insulation materials


Octa® in the market position

“Zero Gravity Insulation” Zero Gravity Insulation Image

Product Lineups

Brushed type

Article No T3UA01
Width 60” x 47m
Weight 85gsm
Material Polyester 100%
Yarn 40d/12f, 30d/36f, Flat Side Face

Article No KG0828-L-1
Width 54”
Weight 140gsm
Material Polyester 100%

Non-Brushed (More Reduced Fiber Shedding)

Article No E3NA2T
Width 56/62”
Weight 67gsm
Material Polyester 100% (Recycled Contents 57%)
Yarn 40d/12f, SDE 30d/36f 22gauge
Remarks Bluesign

Article No T3A8BR
Width 56”
Weight 98gsm
Material Polyester 100%

Article No T3SS01
Width 47”
Weight 220gsm
Material Polyester 100%

Have Some Questions? Let’s Talk!