Coating type
Coating type and characteristics
| Coating type | Name | Color | Microhardness (Hv) |
Coefficient of friction | Film thickness(one side ㎛) | Heat resistance temperature(°C) | Maximum operating temperature(°C) | Features Or Application |
|---|---|---|---|---|---|---|---|---|
| TiN | Sigma | Gold | 2500 | 0.4 | 1~4 | 500 > | 500 | * As a popularized coating with excellent cost-effectiveness, it is applied to various fields and is particularly harmless to the human body, so it is applied to the medical field (orthopedic surgery, dentistry) * Cutting (Turning, Drilling, Milling, Reaming) / Cold forging (Cold forging) Implant / Artificial articulation |
| TiCN | Omega | Gray | 3000 | 0.3 | 1~4 | 500 > | 400 | * Application of mold parts, punches, and cutting tools that require fusion resistance and strength as the HCD-type nanoparticle coating layer is combined with titanium, carbon and nitrogen * Stamping / Forming / Punching / Bending Drawing / Tapping |
| CrN | Delta | Metal silver | 2000 | 0.3 | 1~4 | 500 > | 700 | * HCD-type nanoparticle coating layer is particularly excellent in corrosion resistance, lubricity, and releasability, so it is applied to semiconductors, small injection molds and non-ferrous tools. * Semiconductor/ Injection/ Copper cutting |
| CrN Base | Bocro | Bright Gray | 2200 | 0.35 | 3~8 | 480 > | 700 | * Through the latest arc source technology development, it is an upgraded version of the delta coating that improves abrasion resistance and lubricity by improving the droplet in the form of a thick multi-layer structure in the middle based on CrN coating. It is applied to various fields such as large molds and parts. * Press / Deep Drawing / Bending / Die casting / |
| TiAIN | Gamma | Violet-black | 3300 | 0.45 | 1~4 | 500 > | 900 | * Using a TiAl-based alloy target to increase heat resistance during cutting Applied to cutting tools and mold parts for cemented carbide and high-quality materials * Cutting (Turning, Drilling, Milling, Reaming) / Drawing (Deep Drawing) |
| AITiN | Mu | Blue-black | 3500 | 0.45 | 1~4 | 500 > | 1000 | * Excellent abrasion resistance and heat resistance by using an alloy target with increased Al content Upgrade to create customized single-layer structure and multi-layer structure thin film according to the item Popularized and applied to various fields such as molds, parts, and cutting tools * Die casting/ Cutting (Turning, Drilling, Milling, Reaming) |
| AITiCrN Base | Hexa | Copper | 3600 | 0.45 | 1~4 | 500 > | 1200 | * Applying high-load milling and drilling operations with a multi-layer structure with Si added Applied to tools for wet and dry machining of materials with optimum adhesion and medium hardness * Cutting (Turning, Drilling, Milling, Reaming) |
| TiAlSiN Base | Hexa-V | Dark Copper |
3600 | 0.45 | 1~4 | 500 > | 1200 | * Upgraded version of nuclear yarn coating with multi-layer structure with increased Si content and adhesion In particular, QT-treated high-hardness materials wet/dry high-speed/overload drilling, milling Excellent performance in the work and special coating for carbide tools * Cutting (Turning, Drilling, Milling, Reaming) |
| TiSiN Base | Ultra | Copper | 3800 | 0.45 | 1~4 | 500 > | 1200 | * Optimized with a single-layer structure in the form of nanoparticles by using a high-content Si alloy Based on adhesion, it is suitable for wet and dry cutting of medium and high hardness materials. * Cutting (Turning, Drilling, Milling, Reaming) |
| TiSiN Base | Ultra-X | Dark Copper / Blue |
4000 | 0.45 | 1~4 | 500 > | 1200 | * Ultra coating upgraded version using an ultra-high content alloy target that maximizes Si content With an ultra-hard single-layer structure, it is particularly excellent for dry, high-speed and high-load cutting. Applied to materials with HRc 50 or higher and difficult-to-cut machining such as Inconel and Titanium * Cutting (Turning, Drilling, Milling, Reaming) |
| AITiCrSiN Base |
Helios | Copper | 3800 | 0.4 | 1~4 | 500 > | 1100 | * Through the development of the latest arc source technology, a complex multi-structure is created in a combination of four elements. Formed to maximize super-hardness and heat resistance, Applied to severe cutting process with fast machining conditions by reducing wear load In particular, it is excellent for machining high-hardness materials treated with QT and high-hardness difficult-to-cut bearing steels. * Cutting (Turning, Drilling, Milling, Reaming) |
| AlTiCrN Base | Miracle | Dark Gray | 3600 | 0.4 | 1~4 | 500 > | 1000 | * Abrasion resistance with the latest arc source next-generation single-layer structure rigid thin film With high coating, it is suitable for drilling and reaming of carbon steel, FC, and FCD series. It is excellent and has a wide range of applications such as carbide and high-speed tools such as gear processing tools *Cutting (Turning, Drilling, Milling, Reaming)/ Gear Machining (Hobbing) |
| AlCrN Base | Pecro | Bright Gray | 3500 | 0.4 | 1~4 | 500 > | 1100 | * Forming a uniform coating film and using the patented method for cylindrical cathode Nanoparticle multi-layered coating based on minimal deposition technology Applied to small mold parts due to its strong scratch resistance and cutting tools * Cutting (Turning, Drilling, Milling, Reaming) / Gear Machining (Hobbing) Stamping / Forming / Punching |
| AlCrN Base | Mega Chrome | Bright Gray | 3600 | 0.35 | 1~4 | 500 > | 1100 | * The latest arc source deposition technology using AlCrN + special alloy target is combined. The next-generation single-layer structure with upgraded film hardness minimizes droplets. By improving the roughness of the coating film, the lubricity and the welding load on the cutting edge are improved. Improves machinability and applies to SUS series difficult-to-cut machining * Cutting (Turning, Drilling, Milling, Reaming) / Gear Machining (Hobbing) Stamping / Forming / Punching |
| TiAlN Base | Mega Plus | Bright Gray | 3600 | 0.35 | 2~6 | 500 > | 1100 | * Megachrome upgrade coating combining the latest arc source technology and special alloy It is possible to form a thick coating layer with multi-layer structure, Improved impact resistance and applied to cutting and various fields * Cutting (Turning, Drilling, Milling, Reaming) / Gear Machining (Hobbing) Stamping / Forming / Punching |
| Vanadium Carbide |
TD | Dark Gray | 3500 | 0.6 | 1~4 | 1,000 > | 600 | * Carbon in the base material and vanadium in molten salt are diffusion-bonded to improve abrasion resistance, seizure resistance, and Applied to severe work such as press and forging by improving corrosion resistance and oxidation resistance * Drawing/ Press/ Forming/ Punching |
| CrN Base | Preos | Bright Gray | 3000 | 0.35 | 5~10 | 480 > | 900 | * TiAlN in the middle based on CrN coating +CrN multi-structure coating layer thick Coating with improved impact resistance and improved wear resistance and lubricity by forming Applied to automobile high-tensile steel sheet press process and die-casting process * Press Mold / Die casting Mold |
| CrN Base | Heracl | Bright Gray | 3200 | 0.4 | 5~10 | 480 > | 900 | * Upgraded version of Prios coating that laminates special alloy based on CrN coating High-hardness multi-layer structure multi-layer in the middle with coating provides abrasion and heat resistance It maximizes impact resistance and forms a final high-lubrication thin film. In particular, applied to automobile ultra-high-strength steel sheet press process and die-casting process * Press Mold / Die casting Mold |
| DLC ( Ta-C ) |
Graphene | rainbow | 4000 ~ 7000 | 0.15 | 0.1~0.7 | 100 > | 500 | *FVAS (Filtered Vacuum Arc Source) method using only pure carbon Minimum unit deposition with nanoparticle coating close to diamond crystal structure Al, Cu, Acryl non-ferrous metals based on technology and the best surface roughness and releasability Excellent cutting performance by minimizing workpiece sticking during cutting Next-generation DLC coating applied to automobile, medical, electronic, semiconductor, and aviation related parts |
| DLC ( Ta-C ) |
Gracut | Dark Gray | 4000 ~ 7000 | 0.15 | 1~5 | 100 > | 500 | * Graphene Upgraded version using only pure carbon in the form of nanoparticles. When depositing a multi-structure ultra-hard thin film thick, it minimizes the stress New concept DLC coating that combines adhesion and differentiated surface roughness compared to CVD coating In particular, small cutting tools for graphite, ceramic, CFRP, GFRP, and composite materials Applied to automobile, medical, electronic, semiconductor and aviation related parts |
| DLC ( Ta-C ) |
Zeta | Black | 1800~3,000 | 0.2 | 1~5 | 200 > | 250 | * It is a popular general DLC coating that combines carbon and hydrogen (H). It improves mechanical properties and durability on the surface of the product and provides excellent release properties. Based on various fields such as automobile, medical, electronic, semiconductor, aviation, optics, display, etc. widely applied to |
| DLC ( Ta-C ) |
Elec-Ω | Black | 1800~2100 | 0.2 | 1~5 | 200 > | 250 | * Electric resistance control with the effect of preventing the generation of static electricity due to contact or friction With a purpose-built DLC coating, 10³~10¹º Ω/cm² electrical resistance is required. Products and inspection equipment Applied to parts that require conductivity, such as probes and plates Applied to semiconductors, biosensors, secondary batteries, displays, and electronics |
| TiN | Med-Tin | Gold Brown Light Black Turbid Silver Blue / Green purple |
2500 | 0.4 | 0.5~2 | 300> | 500 | * Ti alloy is harmless to the human body and has excellent biocompatibility, so it is close to the human body for medical use. It is widely used as artificial parts, and TiN vacuum deposition technology is also used for dental implant parts. It is mainly used by depositing on artificial joints and applied to various industries other than the medical field. In particular, it is possible to realize various coating colors, so Widely applicable to various fields such as religion (Buddhism, Christianity), bathroom, leisure (fishing, golf), mechanical parts, etc. |
| ZrN | Med-Zr | Light Gold Yellow silver |
2500 | 0.4 | 0.5~2 | 300 > | 500 > | * Zirconium (Zr) and titanium (Ti) have very similar properties, uses, and compounds. It is harmless to the human body and has excellent biocompatibility, so it is applied to the medical field and various products. In particular, ZrN coating has high corrosion resistance compared to TiN coating by using a high-quality target at high cost. It is very excellent and it is possible to realize the unique soft gold color, so it is a soft and luxurious Applied in various ways to products that want to embody the feeling |
| AlTiN | Med-Altin | Blue-black | 3500 | 0.5 | 0.5~2 | 300 > | 900 > | * Combining Ti+Al alloy to minimize the hardness and deformation of the base material through low-temperature deposition. It is mainly used for dental applications based on stable adhesion with excellent illuminance and high hardness and heat resistance. Applied to products such as implant drill, screw driver, rotary file and various fields |
| CrN | Med-Cr | Bright silver Dark black |
2000 | 0.35 | 0.5~2 | 300 > | 700 > | * Eco-friendly low-temperature vacuum deposition technology that does not use hexavalent chromium differentiated from wet Cr plating It minimizes deformation in a clean system environment where corrosion resistance and lubrication are required. Bright silver and dark black color based on better adhesion to molds and products It is possible to realize machine parts, daily necessities, decorative parts, accessories, religions (Buddhism, Christianity), Widely applied to various fields such as kitchen, bathroom, leisure (fishing, golf) |
The provided data is an approximation, and the measured values and application standards may change depending on the measurement environment and conditions of use.
(Multi-layer structure has different hardness for each layer)
Coating type
Coating type and characteristics
| Coating type | TiN |
| Name | Sigma |
| Color | Gold |
| Microhardness(Hv) | 2500 |
| Coefficient of friction | 0.4 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 500 |
Features Or Application
* As a popularized coating with excellent cost-effectiveness,
it is applied to various fields and is particularly harmless to the human body,
so it is applied to the medical field (orthopedic surgery, dentistry)
* Cutting (Turning, Drilling, Milling, Reaming) / Cold forging (Cold forging)
Implant / Artificial articulation
| Coating type | TiCN |
| Name | Omega |
| Color | Gray |
| Microhardness(Hv) | 3000 |
| Coefficient of friction | 0.3 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 400 |
Features Or Application
* Application of mold parts, punches, and cutting tools that require fusion resistance
and strength as the HCD-type nanoparticle coating layer is combined with titanium, carbon and nitrogen
* Stamping / Forming / Punching / Bending
Drawing / Tapping
| Coating type | CrN |
| Name | Delta |
| Color | Metal silver |
| Microhardness(Hv) | 2000 |
| Coefficient of friction | 0.3 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 700 |
Features Or Application
* HCD-type nanoparticle coating layer is particularly excellent in corrosion resistance,
lubricity, and releasability, so it is applied to semiconductors, small injection molds and non-ferrous tools.
* Semiconductor/ Injection/ Copper cutting
| Coating type | CrN Base |
| Name | Bocro |
| Color | Bright Gray |
| Microhardness(Hv) | 2200 |
| Coefficient of friction | 0.35 |
| Film thickness(one side ㎛) | 3~8 |
| Heat resistance temperature(°C) | 480 > |
| Maximum operating temperature(°C) | 700 |
Features Or Application
* Through the latest arc source technology development,
it is an upgraded version of the delta coating that improves abrasion resistance
and lubricity by improving the droplet in the form of a thick multi-layer structure in the middle based on CrN coating.
It is applied to various fields such as large molds and parts.
* Press / Deep Drawing / Bending / Die casting /
| Coating type | TiAIN |
| Name | Gamma |
| Color | Violet-black |
| Microhardness(Hv) | 3300 |
| Coefficient of friction | 0.45 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 900 |
Features Or Application
* Using a TiAl-based alloy target to increase heat resistance during cutting
Applied to cutting tools and mold parts for cemented carbide and high-quality materials
* Cutting (Turning, Drilling, Milling, Reaming) / Drawing (Deep Drawing)
| Coating type | AITiN |
| Name | Mu |
| Color | Blue-black |
| Microhardness(Hv) | 3500 |
| Coefficient of friction | 0.45 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 1000 |
Features Or Application
* Excellent abrasion resistance and heat resistance by using an alloy target with increased Al content
Upgrade to create customized single-layer structure and multi-layer structure thin film according to the item
Popularized and applied to various fields such as molds, parts, and cutting tools
* Die casting/ Cutting (Turning, Drilling, Milling, Reaming)
| Coating type | AITiCrN Base |
| Name | Hexa |
| Color | Copper |
| Microhardness(Hv) | 3600 |
| Coefficient of friction | 0.45 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 1200 |
Features Or Application
* Applying high-load milling and drilling operations with a multi-layer structure with Si added
Applied to tools for wet and dry machining of materials with optimum adhesion and medium hardness
* Cutting (Turning, Drilling, Milling, Reaming)
| Coating type | TiAlSiN Base |
| Name | Hexa-V |
| Color | Dark Copper |
| Microhardness(Hv) | 3600 |
| Coefficient of friction | 0.45 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 1200 |
Features Or Application
* Upgraded version of nuclear yarn coating with multi-layer structure with increased Si content and adhesion
In particular, QT-treated high-hardness materials wet/dry high-speed/overload drilling, milling
Excellent performance in the work and special coating for carbide tools
* Cutting (Turning, Drilling, Milling, Reaming)
| Coating type | TiSiN Base |
| Name | Ultra |
| Color | Copper |
| Microhardness(Hv) | 3800 |
| Coefficient of friction | 0.45 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 1200 |
Features Or Application
* Optimized with a single-layer structure in the form of nanoparticles by using a high-content Si alloy
Based on adhesion, it is suitable for wet and dry cutting of medium and high hardness materials.
* Cutting (Turning, Drilling, Milling, Reaming)
| Coating type | TiSiN Base |
| Name | Ultra |
| Color | Dark Copper / Blue |
| Microhardness(Hv) | 4000 |
| Coefficient of friction | 0.45 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 1200 |
Features Or Application
* Ultra coating upgraded version using an ultra-high content alloy target that maximizes Si content
With an ultra-hard single-layer structure, it is particularly excellent for dry, high-speed and high-load cutting.
Applied to materials with HRc 50 or higher and difficult-to-cut machining such as Inconel and Titanium
* Cutting (Turning, Drilling, Milling, Reaming)
| Coating type | AITiCrSiN Base |
| Name | Helios |
| Color | Copper |
| Microhardness(Hv) | 3800 |
| Coefficient of friction | 0.4 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 1100 |
Features Or Application
* Through the development of the latest arc source technology, a complex multi-structure is created in a combination of four elements.
Formed to maximize super-hardness and heat resistance,
Applied to severe cutting process with fast machining conditions by reducing wear load
In particular, it is excellent for machining high-hardness materials treated
with QT and high-hardness difficult-to-cut bearing steels.
* Cutting (Turning, Drilling, Milling, Reaming)
| Coating type | AlTiCrN Base |
| Name | Miracle |
| Color | Dark Gray |
| Microhardness(Hv) | 3600 |
| Coefficient of friction | 0.4 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 1000 |
Features Or Application
* Abrasion resistance with the latest arc source next-generation single-layer structure rigid thin film
With high coating, it is suitable for drilling and reaming of carbon steel, FC, and FCD series.
It is excellent and has a wide range of applications such as carbide and high-speed tools such as gear processing tools
*Cutting (Turning, Drilling, Milling, Reaming)/ Gear Machining (Hobbing)
| Coating type | AlCrN Base |
| Name | Pecro |
| Color | Bright Gray |
| Microhardness(Hv) | 3500 |
| Coefficient of friction | 0.4 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 1100 |
Features Or Application
* Forming a uniform coating film and using the patented method for cylindrical cathode
Nanoparticle multi-layered coating based on minimal deposition technology
Applied to small mold parts due to its strong scratch resistance and cutting tools
* Cutting (Turning, Drilling, Milling, Reaming) / Gear Machining (Hobbing)
Stamping / Forming / Punching
| Coating type | AlCrN Base |
| Name | Mega Chrome |
| Color | Bright Gray |
| Microhardness(Hv) | 3600 |
| Coefficient of friction | 0.35 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 1100 |
Features Or Application
* The latest arc source deposition technology using AlCrN + special alloy target is combined.
The next-generation single-layer structure with upgraded film hardness minimizes droplets.
By improving the roughness of the coating film, the lubricity and the welding load on the cutting edge are improved.
Improves machinability and applies to SUS series difficult-to-cut machining
* Cutting (Turning, Drilling, Milling, Reaming) / Gear Machining (Hobbing)
Stamping / Forming / Punching
| Coating type | TiAlN Base |
| Name | Mega Plus |
| Color | Bright Gray |
| Microhardness(Hv) | 3600 |
| Coefficient of friction | 0.35 |
| Film thickness(one side ㎛) | 2~6 |
| Heat resistance temperature(°C) | 500 > |
| Maximum operating temperature(°C) | 1100 |
Features Or Application
* Megachrome upgrade coating combining the latest arc source technology and special alloy
It is possible to form a thick coating layer with multi-layer structure,
Improved impact resistance and applied to cutting and various fields
* Cutting (Turning, Drilling, Milling, Reaming) / Gear Machining (Hobbing)
Stamping / Forming / Punching
| Coating type | Vanadium Carbide |
| Name | TD |
| Color | Dark Gray |
| Microhardness(Hv) | 3500 |
| Coefficient of friction | 0.6 |
| Film thickness(one side ㎛) | 1~4 |
| Heat resistance temperature(°C) | 1,000 > |
| Maximum operating temperature(°C) | 600 |
Features Or Application
* Carbon in the base material and vanadium in molten salt are diffusion-bonded to improve abrasion resistance,
seizure resistance, and Applied to severe work such as press and
forging by improving corrosion resistance and oxidation resistance
* Drawing/ Press/ Forming/ Punching
| Coating type | CrN Base |
| Name | Preos |
| Color | Bright Gray |
| Microhardness(Hv) | 3000 |
| Coefficient of friction | 0.35 |
| Film thickness(one side ㎛) | 5~10 |
| Heat resistance temperature(°C) | 480 > |
| Maximum operating temperature(°C) | 900 |
Features Or Application
* TiAlN in the middle based on CrN coating +CrN multi-structure coating layer thick
Coating with improved impact resistance and improved wear resistance and lubricity by forming
Applied to automobile high-tensile steel sheet press process and die-casting process
* Press Mold / Die casting Mold
| Coating type | CrN Base |
| Name | Heracl |
| Color | Bright Gray |
| Microhardness(Hv) | 3200 |
| Coefficient of friction | 0.4 |
| Film thickness(one side ㎛) | 5~10 |
| Heat resistance temperature(°C) | 480 > |
| Maximum operating temperature(°C) | 900 |
Features Or Application
* Upgraded version of Prios coating that laminates special alloy based on CrN coating
High-hardness multi-layer structure multi-layer in the middle with coating provides abrasion and heat resistance
It maximizes impact resistance and forms a final high-lubrication thin film.
In particular, applied to automobile ultra-high-strength steel sheet press process and die-casting process
* Press Mold / Die casting Mold
| Coating type | DLC ( Ta-C ) |
| Name | Graphene |
| Color | rainbow |
| Microhardness(Hv) | 4000 ~ 7000 |
| Coefficient of friction | 0.15 |
| Film thickness(one side ㎛) | 0.1~0.7 |
| Heat resistance temperature(°C) | 100 > |
| Maximum operating temperature(°C) | 500 |
Features Or Application
* FVAS (Filtered Vacuum Arc Source) method using only pure carbon
Minimum unit deposition with nanoparticle coating close to diamond crystal structure
Al, Cu, Acryl non-ferrous metals based on technology and the best surface roughness and releasability
Excellent cutting performance by minimizing workpiece sticking during cutting
Next-generation DLC coating applied to automobile, medical, electronic, semiconductor, and aviation related parts
| Coating type | DLC ( Ta-C ) |
| Name | Gracut |
| Color | Dark Gray |
| Microhardness(Hv) | 4000 ~ 7000 |
| Coefficient of friction | 0.15 |
| Film thickness(one side ㎛) | 1~5 |
| Heat resistance temperature(°C) | 100 > |
| Maximum operating temperature(°C) | 500 |
Features Or Application
* Graphene Upgraded version using only pure carbon in the form of nanoparticles.
When depositing a multi-structure ultra-hard thin film thick, it minimizes the stress
New concept DLC coating that combines adhesion and differentiated surface roughness compared to CVD coating
In particular, small cutting tools for graphite, ceramic, CFRP, GFRP, and composite materials
Applied to automobile, medical, electronic, semiconductor and aviation related parts
| Coating type | DLC ( Ta-C ) |
| Name | Zeta |
| Color | Black |
| Microhardness(Hv) | 1800~3,000 |
| Coefficient of friction | 0.2 |
| Film thickness(one side ㎛) | 1~5 |
| Heat resistance temperature(°C) | 100 > |
| Maximum operating temperature(°C) | 250 |
Features Or Application
* It is a popular general DLC coating that combines carbon and hydrogen (H).
It improves mechanical properties and durability on the surface of the product and provides excellent release properties.
Based on various fields such as automobile, medical, electronic, semiconductor, aviation, optics, display, etc.
widely applied to
| Coating type | DLC ( Ta-C ) |
| Name | Elec-Ω |
| Color | Black |
| Microhardness(Hv) | 1800~2100 |
| Coefficient of friction | 0.2 |
| Film thickness(one side ㎛) | 1~5 |
| Heat resistance temperature(°C) | 200 > |
| Maximum operating temperature(°C) | 250 |
Features Or Application
* Electric resistance control with the effect of preventing the generation of static electricity due to contact or friction
With a purpose-built DLC coating, 10³~10¹º Ω/cm² electrical resistance is required.
Products and inspection equipment Applied to parts that require conductivity, such as probes and plates
Applied to semiconductors, biosensors, secondary batteries, displays, and electronics
| Coating type | TiN |
| Name | Med-Tin |
| Color | Gold Brown Light Black Turbid Silver Blue / Green purple |
| Microhardness(Hv) | 2500 |
| Coefficient of friction | 0.4 |
| Film thickness(one side ㎛) | 10.5~2 |
| Heat resistance temperature(°C) | 300> |
| Maximum operating temperature(°C) | 500 |
Features Or Application
* Ti alloy is harmless to the human body and has excellent biocompatibility, so it is close to the human body for medical use.
It is widely used as artificial parts, and TiN vacuum deposition technology is also used for dental implant parts.
It is mainly used by depositing on artificial joints and applied to various industries other than the medical field.
In particular, it is possible to realize various coating colors, so
Widely applicable to various fields such as religion (Buddhism, Christianity), bathroom, leisure (fishing, golf), mechanical parts, etc.
| Coating type | ZrN |
| Name | Med-Zr |
| Color | Light Gold Yellow silver |
| Microhardness(Hv) | 2500 |
| Coefficient of friction | 0.4 |
| Film thickness(one side ㎛) | 0.5~2 |
| Heat resistance temperature(°C) | 300> |
| Maximum operating temperature(°C) | 500 > |
Features Or Application
* Zirconium (Zr) and titanium (Ti) have very similar properties, uses, and compounds.
It is harmless to the human body and has excellent biocompatibility, so it is applied to the medical field and various products.
In particular, ZrN coating has high corrosion resistance compared to TiN coating by using a high-quality target at high cost.
It is very excellent and it is possible to realize the unique soft gold color, so it is a soft and luxurious
Applied in various ways to products that want to embody the feeling
| Coating type | AlTiN |
| Name | Med-Altin |
| Color | Blue-black |
| Microhardness(Hv) | 2500 |
| Coefficient of friction | 0.4 |
| Film thickness(one side ㎛) | 0.5~2 |
| Heat resistance temperature(°C) | 300> |
| Maximum operating temperature(°C) | 500 > |
Features Or Application
* Zirconium (Zr) and titanium (Ti) have very similar properties, uses, and compounds.
It is harmless to the human body and has excellent biocompatibility, so it is applied to the medical field and various products.
In particular, ZrN coating has high corrosion resistance compared to TiN coating by using a high-quality target at high cost.
It is very excellent and it is possible to realize the unique soft gold color, so it is a soft and luxurious
Applied in various ways to products that want to embody the feeling
| Coating type | CrN |
| Name | Med-Cr |
| Color | Bright silver Dark black |
| Microhardness(Hv) | 2000 |
| Coefficient of friction | 0.35 |
| Film thickness(one side ㎛) | 0.5~2 |
| Heat resistance temperature(°C) | 300> |
| Maximum operating temperature(°C) | 700 > |
Features Or Application
* Eco-friendly low-temperature vacuum deposition technology that does not use hexavalent chromium differentiated from wet Cr plating
It minimizes deformation in a clean system environment where corrosion resistance and lubrication are required.
Bright silver and dark black color based on better adhesion to molds and products
It is possible to realize machine parts, daily necessities, decorative parts, accessories, religions (Buddhism, Christianity),
Widely applied to various fields such as kitchen, bathroom, leisure (fishing, golf)
The provided data is an approximation, and the measured values and application standards may change depending on the measurement environment and conditions of use.
(Multi-layer structure has different hardness for each layer)