Topade brings together bio-based comfort fibers, adaptive padding concepts, cool-touch structures and antibacterial finishing options into one temperature-comfort fabric platform. Designed for apparel, sleepwear, babywear, home comfort and other close-to-skin applications, it keeps the story functional while leaving development details project-controlled.

Functional materials developed with a softer hand, lighter feel and more refined presentation for today's comfort-driven categories.
Viscose 4.0
At the center of the Topade platform is a bio-based temperature-regulating direction designed for close-to-skin comfort. The story can use common palm-oil bio-based language where appropriate, while detailed formulation and project information stays controlled inside each buyer project.
Helps reduce sudden temperature swings with a more stable and continuous comfort experience.
Built around a bio-based comfort narrative and function-led material language that is easier to communicate at product level.
Suitable for applications where softness, low irritation and next-to-skin comfort matter.
Engineered for a gentler touch, making it more relevant for apparel, baby and comfort-focused categories.
Buyer-facing documentation can support the comfort direction without exposing private sourcing channels.
The platform supports retail-facing language that helps make the function story visible at garment level.
Fabric weight, blend direction, construction and finishing can be adjusted by end use and performance target.

This section presents the fabric direction as a complete Topade comfort solution while keeping private project details controlled.
Filling Series
The padding and loft direction extends the Topade comfort concept into quilted, padded and home-comfort products. It is positioned around wash recovery, warmth, breathability and a softer overall feel, making it suitable for comfort-led bedding and apparel programs.
Maintains thickness more effectively after repeated washing, supporting longer-lasting product performance.
Designed to improve thermal efficiency while keeping the structure light and usable across comfort applications.
Allows better air circulation and moisture transfer for a less heavy and more balanced wearing or sleeping experience.
A finer and softer construction helps create a more premium tactile feel in finished products.

For products that need to maintain loft, volume and visual quality after repeated care cycles.
For padded constructions that require stronger heat retention without excessive heaviness.
For comfort products where warmth still needs to feel light, open and wearable.
For product stories where handfeel is part of the premium value proposition.
Fabric Development Platform
The fabric development platform makes the Topade system practical for repeated sampling and bulk programs. With flexible construction routes, controlled blend direction and application relevance across multiple categories, it helps move the conversation from functional concept to scalable product execution.

Suitable for quick-response sampling and more specific custom fabric requirements.
Built not only for extreme temperature moments, but for everyday comfort across longer wear cycles.
Well suited to categories where softness, comfort and skin-contact performance are especially important.
Useful for cooling tees and base layers that need a clearer functional proposition.
Brings thermal comfort logic into product lines built around long-hour daily use.
Cool-Touch Fabric Direction
The cool-touch series expands the Topade platform into lighter, summer-oriented applications. Positioned around cool sensation, visible comfort performance and versatile end-use potential, it is suitable for sportswear, innerwear, socks, home textiles and other skin-close products designed for warmer conditions.
Core fabric directions can be selected by handfeel, stretch, surface and end-use need.
Presented with a clearer warm-season comfort narrative and buyer-side testing direction.
Suitable for apparel, underwear, socks, homewear and cooling bedding-related applications.
