01
Plant Material
Selection
Select renewable plant-based materials such as pineapple leaf fiber, bamboo, wood fiber, and other plant ingredients.
Materials
Plant
Carefully selected PU and vegan leather options that deliver excellent performance with a reduced environmental footprint.
Biobased Content
Durable & Scratch Resistant
Easy to Clean
Plant Material
02
Fiber
Preparation
Clean, process, and refine the plant materials into usable fibers or bio-based components.
03
Bio-Based
Resin Blending
Blend plant-derived ingredients with bio-based resins to create a more sustainable composite material.
04
Coating &
Lamination
Apply or laminate the bio-based PU layer onto the backing fabric or base material.
05
Embossing &
Surface Finishing
Add the desired grain, texture, and surface treatment for a premium leather-like appearance.
06
Finished Plant
Leather
The finished material offers soft handfeel, durability, and reduced dependence on fossil-based raw materials.
Lychee-grain Leather
Article
HY-Biobased 24018
Thickness
0.8±0.05mm
Composition
35%Recycled+22%PU+43%Cornfiber
Skin feeling Leather
Article
HY-Biobased 23018
Thickness
1.1±0.05mm
Composition
25%polyester+25%PU+50%applefiber
Vegetable-tanned Leather
Article
HY-Biobased 20018
Thickness
1.2±0.05mm
Composition
3%metal wire+22%cotton+25%PU+50%apple fiber
Vegetable-tanned Leather
Article
HY-Biobased 22018
Thickness
1.03±0.05mm
Composition
25%cotton+25%PU+50%Cornfiber
Vegetable-tanned Leather
Article
HY-Biobased 21018
Thickness
1.3±0.05mm
Composition
25%cotton+25%PU+50%apple fiber
Common Backing Fabrics
Testing Information
Chemical Performance / Compliance
Lead < 90ppm
Cadmium < 75ppm
Formaldehyde < 75ppm
Hexavalent Chromium < 3ppm
Azo < 5ppm
Nickel < 0.05
APEO < 100ppm
AP < 10ppm
DMFa < 500ppm, PVC-free
Dry wipe level 4; wet wipe level 3
Yellowing resistance: Grade 4
Flame retardants are prohibited
Total 18 PAHs < 10ppm; each item < 0.5ppm