Natural Leather
Has environmental burdens from using chromium heavy metals, greenhouse gas emissions and wastewater pollution from livestock rearing processes, includes issues of animal cruelty, and is highly priced.
Artificial Leather
Has eco-friendly issues from using harmful chemicals like PVC and carbon emissions, has problems with sustainability, and lacks durability. Growth is slowing due to increasing demand for carbon-neutral and eco-friendly materials.
Regenerated Leather
Refers to leather made by regenerating scraps from cutting natural leather. It is more durable than artificial leather and more eco-friendly than natural leather, but since it uses animal-based materials, it cannot be considered vegan leather.
GreenContinue Leather
A 0% animal-derived, vegan fabric made from domestic plant by-products. It contributes to the environment by preventing carbon emissions that would occur from discarding
by-products and upcycling them into materials. Additionally,
it can be used in various ways depending on the unique characteristics of the by-products.
Natural Leather
Has environmental burdens from using chromium heavy metals, greenhouse gas emissions and wastewater pollution from livestock rearing processes, includes issues of animal cruelty, and is highly priced.
Artificial Leather
Has eco-friendly issues from using harmful chemicals like PVC and carbon emissions, has problems with sustainability, and lacks durability. Growth is slowing due to increasing demand for carbon-neutral and eco-friendly materials.
Regenerated Leather
Refers to leather made by regenerating scraps from cutting natural leather. It is more durable than artificial leather and more eco-friendly than natural leather, but since it uses animal-based materials, it cannot be considered vegan leather.
GreenContinue Leather
A 0% animal-derived, vegan fabric made from domestic plant by-products. It contributes to the environment by preventing carbon emissions that would occur from discarding by-products and upcycling them into materials. Additionally,
it can be used in various ways depending on the unique characteristics of the by-products.
01
Agricultural By-product Collection
By-product Selection
Annual By-product Collection
02
Special Immersion
& Component Exploration
Immersion under Special Conditions
Component Exploration Technology
through Dissolution & Analysis
03
Cutting & Limited Temperature Drying
Natural & Special Drying Techniques
Temperature Control Technology for Optimal Component Exploration
04
5-Stage Precision Grinding
Five-Stage Precision Grinding Technology
05
Material Extraction for Material Processing
Material Extraction Development Technology for Cost-Saving and Component Adjustment
06
Eco-Friendly Leatherization Material
Eco-Friendly Leatherization Material
01
Agricultura
By-product
Collection
By-product Selection Annual By-product Collection
02
Special Immersion
& Component Exploration
Immersion under Special Conditions
Component Exploration Technology
through Dissolution & Analysis
03
Cutting & Limited Temperature Drying
Natural & Special Drying Techniques
Temperature Control Technology for Optimal Component Exploration
04
5-Stage Precision Grinding
Five-Stage Precision Grinding Technology
05
Material Extraction for Material Processing
Material Extraction Development Technology for Cost-Saving and Component Adjustment
06
Eco-Friendly Leatherization Material
Eco-Friendly Leatherization Material
Cactus Leather | |
 | Green Continue uses by-products discarded from domestic cactus farms. |
 | Cactus leaves regenerate as a resource after 6 months. |
| It is a pure eco-friendly resource cultivated without pesticides. |
 | (Limited to some fabrics) It biodegrades naturally in soil with in 5 years. |
 | Resistant to moisture and water, it has an average life span 5 years longer than existing animal leather. |
 | Utilizing by-products generates additional in come for farm owners. |
 | A 33,000 m² cactus farm has a carbon dioxide absorption effect of 7,000kg. |
Characteristics of Citrus Peel Leather | |
We collect and reuse citrus peels discarded in Korea to produce fabric. |
|
As long as citrus is cultivated, the peels can be continually used as a resource. |
|
No harmful chemicals are used in the cellulose extraction process from citrus peels. |
|
(Limited to some fabrics) It biodegrades in regular soil with in 5 years. |
|
Has a similar sheen and texture to natural leather. |
|
Utilizing by-products generates additional in come for farm owners. |
|
Reusing citrus peels helps reduce carbon emissions. |
|
Cactus Leather | |
| Green Continue uses by-products discarded from domestic cactus farms. |
| Cactus leaves regenerate as a resource after 6 months. |
| It is a pure eco-friendly resource cultivated without pesticides. |
| (Limited to some fabrics) It biodegrades naturally in soil with in 5 years. |
| Resistant to moisture and water, it has an average life span 5 years longer than existing animal leather. |
| Utilizing by-products generates additional in come for farm owners. |
| A 33,000 m² cactus farm has a carbon dioxide absorption effect of 7,000kg. |
Characteristics of Citrus Peel Leather | |
| We collect and reuse citrus peels discarded in Korea to produce fabric. |
 | As long as citrus is cultivated, the peels can be continually used as a resource. |
| No harmful chemicals are used in the cellulose extraction process from citrus peels. |
 | (Limited to some fabrics) It biodegrades in regular soil with in 5 years. |
 | Has a similar sheen and texture to natural leather. |
 | Utilizing by-products generates additional in come for farm owners. |
 | Reusing citrus peels helps reduce carbon emissions. |
Developed Melon Leather
using Low-Grade Melons from Chilgok County
What is Cellulose?
CELLULOSE POLYMER
This word, called "fibrous" in Korean, refers to a compound where hundreds to thousands of D-glucose unit bodies are linked by glycoside bonds.
Cellulose is particularly abundant in green plants and is considered the most abundant organic compound on Earth.
As it is fibrous, it is mainly used in the production of cardboard and paper. Green Continue is upcycling this fibrous extract into new materials.
What is Cellulose?
CELLULOSE POLYMER
This word, called "fibrous" in Korean,
refers to a compound where hundreds to
thousands of D-glucose unit bodies are
linked by glycoside bonds.
Cellulose is particularly abundant in
green plants and is considered the most
abundant organic compound on Earth.
As it is fibrous, it is mainly used in the
production of cardboard and paper.
Green Continue is upcycling this
fibrous extract into new materials.
