advanced materials, delivering a sustainable functional fiber
GREEVO Core Technology
GREEVO uses a proprietary patented method
to blend 100% plant-derived oil extracts uniformly into
polymer chips, followed by melt spinning to
embed functionality deep within the fiber
GREEVO Functional Features
-
GREEVO is a functional fiber made from plant-based oil.
-
The smooth surface stays close to the skin, offering a soft and comfortable touch.
-
The original components of the plant oil provide natural antibacterial and deodorizing properties.
-
Functional substances are semi-permanently embedded within the fiber, allowing the features to remain effective through repeated washing, unlike external coating methods.
-
A sustainable fiber solution is provided through ecofriendly materials and processes.
-
Anti-Odor-
Fuction Odor control through deodorizing function -
Anti
Bacteria Antibacterial function that eliminates bacteria -
Thermal
Insulation Thermal insulation that supports both warming and cooling -
Skintight
Feeling Skin-friendly close contact -
Smooth Surface
Texture Soft and smooth surface texture -
Far Infrared
Rays Emission of far-infrared rays that benefit the human body
GREEVO Production Process
- Extrusion Process
- Feeding
- Melting
- Side Feeding
- Mixing
- Degassing
- Metering
- Extrusion
- Post-Processing
- Water Bath Cooling
- Strand De-Watering
- Pelletizing
- Vibrating Screen
- Packaging
GREEVO is produced using a melt spinning process based on
a master batch that contains plant-based oil and functional additives
- Moisturizing
- Softness
- Skin-Friendliness
- Eco-Friendliness
- Antibacterial
- Deodorization
-
-
Skin Moisturization and Soft TouchThe Oleic acid and Vitamin E components found in plant-based oil help maintain skin moisture and flexibility.
Plant-based oil is embedded in the fiber, helping to reduce dryness and irritation while offering a soft feel on the skin.
-
Skin-FriendlinessThe durability of synthetic fibers is combined with the softness of plant-based oil to create a material suitable for sensitive skin.
Ideal for products that stay in close contact with the skin, such as bedding and underwear.
-
Sustainable MaterialUses plant-based raw materials and is recognized as an eco-friendly, sustainable fabric solution.
Functions are achieved through natural ingredients without chemical treatment.
-
Antibacterial and Deodorizing FunctionPlant-derived fatty acid oil enables antibacterial and deodorizing performance without the addition of chemical agents.
- Moisturizing
- Antibacterial
- Deodorizing
- UV Protection
- Soothing Effect
-
Safety of ZnOZnO is a safe substance for the human body and is commonly used in a range of cosmetics and pharmaceuticals (such as supplements and ointments).
-
Enhanced Antibacterial and Deodorizing Function(ZnO)Zinc oxide, a natural mineral ingredient, helps prevent the growth of bacteria and reduces unpleasant odors.
Unwanted smells caused by sweat and moisture are reduced, providing a more comfortable wearing experience.
-
UV Protection Effect (UV Protection)ZnO is a widely used ingredient for blocking ultraviolet rays.
When applied to fiber, it helps shield the skin from UV exposure and reduces irritation during both outdoor and everyday use.
-
Skin Soothing and Protection (Green Oil+ZnO)The moisturizing and calming effects of plant-based oil work together with the protective qualities of ZnO to deliver a soft, non-irritating feel, even for sensitive skin.
-
Maintained Sense of CleanlinessThanks to its antibacterial, deodorizing, and UVblocking functions, the fabric stays clean and fresh even with long-term wear.
- Skin-Friendliness
- Antibacterial
- Temperature Regulation
- Static Control
- Durability
-
Antibacterial & Deodorizing Functio (Graphene)
Graphene delivers strong antibacterial and deodorizing effects.
Bacterial growth is suppressed, allowing the fabric to stay comfortable even during extended wear.
Static electricity is also reduced, which helps prevent dust from sticking.
-
Temperature Regulation Function (Graphene+Polymer)The thermal conductivity of graphene helps keep body temperature stable, functioning as a material that stays warm in winter / comfortable in summer.
-
Durability & Lightness (Polymer)Polymer is lightweight and maintains its shape well, showing minimal deformation after washing and offering reliable durability.
The combination of plant-based oil and graphene provides a soft texture with lasting performance.
- Moisturizing
- Antibacterial
- Deodorizing
- UV Protection
- Soothing
- Static Control
- Temperature Regulation
-
Safety of ZnO
ZnO is a safe substance for the human body and is commonly used in a range of cosmetics and pharmaceuticals(such as supplements and ointments).
-
Enhanced Antibacterial and Deodorizing Function (ZnO+Graphene)
Zinc oxide, a natural mineral ingredient, helps prevent the growth of bacteria and reduces unpleasant odors.
Unwanted smells caused by sweat and moisture are reduced, providing a more comfortable wearing experience.
-
UV Protection Effect (UV Protection)
ZnO is well known as a UV-blocking ingredient and provides skin protection when applied to fabric.
This feature is especially useful for products used in outdoor activities, bedding, and outdoor gear.
-
Skin Soothing & Protection (Green Oil+ZnO)
The moisturizing and soothing effects of plant-based oil, combined with the protective and irritationreducing properties of zinc oxide, deliver a gentle and safe experience, even for sensitive skin.
-
Temperature Regulation & Static Control (Graphene)
Graphene helps keep body temperature steady and reduces static electricity, supporting a comfortable and static-free wearing experience.
GREEVO Product Applications
Outstanding functionality and wearing comfort suited to various lifestyles
Supply Format
Full lineup provided from raw materials to finished products
Tailored solutions offered through product structure + supply format
Functional raw materials such as graphene, natural minerals, and plant-based oil are precisely dispersed into polymer resin to produce a functional masterbatch that contains GREEVO’s core technology.
The masterbatch is melt-spun into continuous filament. At this stage, GREEVO’s functions—such as thermal conductivity, antibacterial performance, and deodorizing effect—are embedded into the fiber.
The masterbatch is melt-spun into continuous filament. At this stage, GREEVO’s functions—such as thermal conductivity, antibacterial performance, and deodorizing effect—are embedded into the fiber.
The masterbatch is spun into staple fiber (short fiber). This fiber can be blended with other fibers such as cotton or linen to create various textures and structures.
Functional raw materials such as graphene, natural minerals, and plant-based oil are precisely dispersed into polymer resin to produce a functional masterbatch that contains GREEVO’s core technology.
and End Product
The finished fabric is used in a wide range of products including bedding, clothing, pet items, and industrial materials.
The yarn is processed into woven or knitted fabric, completing the GREEVO functional textile.
and End Product
The finished fabric is used in a wide range of products including bedding, clothing, pet items, and industrial materials.
The masterbatch is spun into staple fiber (short fiber). This fiber can be blended with other fibers such as cotton or linen to create various textures and structures.
GREEVO’s Safety and Core Values
-
Plant-derived
natural ingredients Provides an eco-friendly
solution that is safe for the
human body, using functional
fibers made from naturally
sourced raw materials -
Reduced chemical
processing Reduces the use of
post-processing chemicals,
as well as energy consumption,
wastewater, and chemical
discharge -
Durability and long
product life Combines the strength of
polymer with the softness of
plant-based oil to create
a durable, long-lasting material -
Eco-conscious
innovation Improves both functionality and
environmental value through the
combination of advanced materials
such asgraphene and zinc oxide
Certification Structure
Green Oil to Green Life
If you have any questions about GREEVO,
please contact us
Announcement
Directions
