Technology

Reduce, not add, for your skin.
Hydrogen graphene replaces it.
Experience the GOH solution.

GOH is a brand made based on graphene science, designed to obtain various synergies when caring for skin through hydrogen graphene cosmetics, and pursues advanced use and effects that have not been experienced before through graphene science. Hydrogen graphene used in GOH has no harmful ingredients unlike general graphene and is cleanly produced in Korea with 99.9% high purity graphene. It is applied as a booster for vegan peel off Mask pack (G-Ceramide & G-Hydro), to gently and cleanly remove dead skin cells and manage pores and maintains the oil-water balance of the skin and reduces ingredients that may be sensitive. It provides luxurious coolness and comfort with high heat transfer effect. Its natural high strength and dense adhesion help it to be applied softly and thinly, and densely absorbs dead skin cells and waste matter between pores and skin texture and gently removes them. As a Hypoallergenic (skin sensitivity 0.00) product. It maximizes the skin soothing effect of allantoin, strengthens the skin barrier of ceramide, and improves the moisturizing power by helping to balance oil and moisture to comfortably care for rough and dry skin.

New method/Hybrid graphene production Hybrid graphene Hi-puri and Hydra production with high dispersion and excellent conductivity through hydrogen treatment.

Using chemical and physical methods Our graphene form is intentionally designed to have easy workability, such as normal graphite, But when used in practice, unlike normal graphite.
it has been developed to show the characteristics of graphene through strong dispersion.
The excellent dispersibility can be found in our products

Aluminum plate heaters, Stainless steel plate heaters production.
Stable thermal efficiency and Graphene plate heaters that have good maintaining efficiency and High temperature uniformity produced by wide heating area.

Our hybrid graphene heater is based on UD's graphene heating element manufacturing technology.
Our parts have high electrical energy efficiency (over 300%).
And Graphene thin film heating unit :Al/Stainless covered: Hience-U/SU series, which have good temperature uniformity and have a large heating area, which is advantageous for maintaining efficiency.
They offer the range of High temperatures from 400°C to 600°C.

Our graphene composites are producing in a variety of types, including metals and ceramics.
Graphene coated composites, Graphene functionalized composites, Graphene riched composites.
Hybrid graphene- aluminum mixture and composite for casting

UD (UDerive) Co., Ltd. has the technology to produce composites in a variety of ways based on hybrid graphene.
We have the technology to produce graphene-coated composites, graphene functionalized composites, and graphene riched composites.
To meet a variety of objectives, by producing graphene composites, Solving the difficulties of purchasing and applying graphene composites, and trying to have a positive impact on the industry.

Producing block-structure heater modules with excellent thermal energy efficiency:
Higher energy efficiency than conventional electric heaters.

High thermal energy efficiency and reduced electric energy consumption by over 70% compared to conventional electric heaters.
Block structure makes it easy to expand.

Flexible graphene heating unit : Hience-F series that show stable heating efficiency even in a bent state.

From 150℃ to 200℃ of using temperatures , Hience-F serise is a flexible heater with excellent conductivity and high thermal efficiency.
It is produced using our hybrid graphene, and the exterior is applied with polyimide.
It is excellent in heat resistance, and it is easy to be applied to devices that require dynamic changes multiple times due to the characteristics of graphene and film type, and it shows stable heating efficiency even in a curved state.

The Suitable products production for a wide range of viscosity, excellent conductivity, high temperature usability and excellent Diffusion (spreadability) and the moderate drying conditions fitting for various business filed.

Starting with the production and manufacture of graphene in our hybrid way, the excellent characteristics of our graphene have been done in the lineup of conductive inks, pastes, spray solvents and functional paint products.

Graphene and SnO₂ Composite production for gas sensors that reduces electrical barriers to operate at room temperature, reducing electrical signal noise/loss.

UD's graphene metal oxide composite is developed for applying to electronic devices.
Among them, the graphene-SnO₂ composite has excellent performance in sensors for detecting atmospheric NO₂.
In general, SnO₂ is all thing of the sensor material for NO₂ gas sensor, Our products have graphene functionalized structure on the SnO₂-Sn: core-shell structure so composite that has changed the work function and the band gap of SnO₂.
This structural design allows the sensor to operate at room temperature, although the existing sensor operating temperature was over 200℃.
At the same time, electrical barriers between grain boundaries are reduced to reduce electrical signal noise or loss.

Mass-productionable Graphene metal alloy materials.

Graphene-metal alloy has been proved through numerous studies that it has superior mechanical, thermal, and electrical properties compared to conventional metal or metal alloys.
However, the density difference between graphene and metal caused separation and agglomeration between two materials during the casting process, so there was no casting material that could overcome this

UDPIS: Inventory logistics management, web browser based, mobile use available, automatic reporting program(medicine serial number management)

UDMRP: Managing Software site - Manufacturing Equipment

Program for the spread of smart industrial systems.  It is a business group that is expected with the complete landing of 5G with technologies that will help small and medium-sized enterprises manage logistics and establish automatic reporting systems, manage production facilities, predict production cycles and efficiency.