Design Stainless Product

Nano Ceramic Coating

DSP Leading Advanced PVD Technology

DSP uses advanced Physical Vapor Deposition (PVD) coating technology based on advanced high vacuum technology to produce elegant, beautiful colors and durable arc-ion plated stainless steel products. This surface treatment process allows for wear resistant coatings by 10 times stronger than normal stainless steel products and lasts longer than any other coloring process known to date. The DSP stainless steel products are characterized by their color and gloss which are semi-permanent and they are strong enough to withstand acid rain and contaminants. They have greater resistance to fire resistance and resistance against chemicals than any other exterior finish materials.

Advantage

N.C.C

This is an electrochemical coating method using organic/inorganic hybrid technique The surface undergoes anti-bacterial, anti-contamination and anti-fingerprint treatment, facilitating maintenance and washing in comparison to ordinary stainless steel. This strong and elegant stainless steel is then used in construction (interior and exterior), furniture and home appliances to great effect.

N.C.C 1

Anti-fingerprint functionality
Diffuse Reflection Control (matte effect)
Anti-bacterial effect (99.9% inhibition rate for Escherichia coli, etc.)
Minimization of management and maintenance costs
More resistant to corrosion than ordinary STS
Aesthetical and elegant colors

N.C.C 2

Easy cleaning
Surface hardening (pencil hardness of 9H or higher)
Glass membrane-like outstanding gloss
Anti-bacterial effect (99.9% inhibition rate for Escherichia coli, etc.)
Minimization of management and maintenance costs
More resistant to corrosion than ordinary STS
Aesthetical and elegant colors

Easy cleaning

Antibacterial tests

NCC coating antibacterial test

Unit : CFU

Type of bacteria	Test Sample	No. of bacteria	24 hours later	Rate of elimination
E.coil	STS	3.9 × 10⁵	1.5 × 10⁶	-
E.coil	NCC STS	3.9 × 10⁵	＜ 10	99.99%
S.aureus	STS	2.0 × 10⁵	9.3 × 10⁵	-
S.aureus	NCC STS	2.0 × 10⁵	＜ 10	99.99%

N.C.C - EX

Super-hydrophilic performance
Contamination resistance performance

Organic matter decomposition effect
Fingerprint decomposition effect

Electrochemical surface coating process using organic/inorganic hybrid techniques. This functional coating has self-cleaning and organic matter decomposition effects ensuring the exterior material remains clean at all times.

Photocatalyst super-hydrophilic performance test

Multi-functional coating system NCC-EX

Decomposition under OH radical, activated oxygen (oxidation-reduction reaction)

Decomposition of contaminants

Super-hydrophilic effect

NCC Technology

Ti-Color & NCC Coating

NCC Coating

NCC-EX activity evaluation (fingerprint decomposition effect)

Test conditions

Comparable test with a non-coated specimen coated with NCC-EX on the Ti-coated stainless steel sheet (Black, Bronze, Gold).
Fingerprints are applied to the specimen with the WD-40 lubricant in hand to maximize the fingerprint decomposition effect.
Check the decomposition effect by photographing after 24, 48, 72 and 100 hours at 1.43 mW/cm for UV intensity.