Excellence in Effect Pigment

Transcription

1 Excellence in Effect Pigment Tony Tsang // Page Products Effect-Pigment Value added products & services Aluminium Pigments Zinc Pigments Metallic Inks PVD Aluminium Pigments Pearlescent Pigments Bonding Goldbronze Pigments Atomised Metal powder Metal-pigmentconcentrates // Page Effect Pigments Global Footprint Production, Sales Sales office ECKART UK Ltd. ECKART Benelux B.V. ECKART France S.A. ECKART Pigments, Ky Pori, Finland ECKART Germany Guentersthal, Wackersdorf BYK Korea Kwangiu-City ECKART America Corp. Painesville, Ohio BYK Japan Osaka ECKART America Corp. Louisville, Kentucky ECKART de Mexico Ltda., Mexico ECKART Switzerland Suisse, Vetroz ECKART Italia S.r.l. Rivanazzano ECKART Shanghai China ECKART Asia Hongkong, China Aldoro, Brazil (% participation) ECKART Zhuhai China // Page

2 ECKART in China Zhuhai / Production facility in China // Page Highlights ECKART Zhuhai Excellent logistics, convenient traffic Secure electricity, sufficient land resources Precise and innovative technical service laboratory Outstanding environmental measures Experienced and skilled core staffs Customized solutions (tailor made products) and prompt reactions to market demand Capacity app. mt/year // Page German production technology is implemented in ECKART Zhuhai: High Degree of Automation Bigger Batch Size High Quality Consistency Technical Service strategy in China Technical Services BCP TS Coating -Good experienced and continuously trained employees -Capability for all customer related test procedure - application - physical testing - chemical testing // Page

3 ECKART in China New Product Portfolio "Siltaway" Stapa Siltallux / Stapa Siltallic / Siltallux SR // Page 7 ECKART in China New Product Portfolio ECKART Quality made in China and made for China Short lead time to customer request aromatic solvent free grades available (low PAH) FDA approval Al pigment for the high demands in OEM, Refinish, Plastic and GI Coating // Page ECKART / Product Portfolio Siltallic Stapa Siltallic Stapa Siltallic Stapa Siltallic Stapa Siltallic 7 Stapa Siltallic Stapa Siltallic Stapa Siltallic Stapa Siltallic D in μm // Page

4 ECKART / Product Portfolio Siltallic D D (μm) D (%) Stapa Siltallic Stapa Siltallic Stapa Siltallic Stapa Siltallic Stapa Siltallic 7 Stapa Siltallic Stapa Siltallic Stapa Siltallic // Page ECKART / Product Portfolio Siltallux Stapa Siltallux 77 Stapa Siltallux 777 Stapa Siltallux 77 Stapa Siltallux 777 Stapa Siltallux Stapa Siltallux Stapa Siltallux 77 Stapa Siltallux 7 Stapa Siltallux // Page D in μm // Page ECKART / Product Portfolio Siltallux D D (μm) D (%) Stapa Siltallux 77 Stapa Siltallux Stapa Siltallux 7 7 Stapa Siltallux Stapa Siltallux Stapa Siltallux 7 7 Stapa Siltallux Stapa Siltallux 77 7 Stapa Siltallux 7 Stapa Siltallux 7 7 Stapa Siltallux 7 7

5 ECKART / Product Portfolio Siltallux SR: - high quality product specially designed for OEM - high shear resistant to resist high shear forces - very good effect and brilliance - suitable for different application - pneumatic - high rotation / electrostatic Bell // Page ECKART / Product Portfolio Siltallux SR Stapa Siltallux Stapa Siltallux Stapa Siltallux Stapa Siltallux 7 Stapa Siltallux // Page D in μm ECKART / Product Portfolio Siltallux SR: Siltallux SR D D D Solid Content % 7 7% 7% 7% 7%

6 Aluminium Pigments: Global Overview Silvershine S Metalure Stapa Metallux Stapa Metallux Stapa Metallux Stapa Mobilux Stapa Metallic Stapa Siltallic Stapa Siltallux Stapa Siltallux SR Stapa Metallux Stapa Hydrolan Stapa Hydroxal Hydroshine WB // Page Stapa ferricon Magnetic effect Stapa HCP Acrylic encap. Phoenix Symic Pearl pigment Aloxal Champagne Luxan Glass flake Glass Pearl pigments // Page 7 Luxan Glass flakes Differences between Mica and Glass natural mica synthetic Glass layered structure, thickness deviation within one flake homogeneous thickness within one flake microscopic view of uncoated substrates (mica vs. Glass) // Page

7 Natural mica vs artificial mica Page Christian Rummer ECKART GmbH Luxan Glass flakes interference red based on Mica interference red based on Glass // Page Microscopic view of TiO -coated substrates (Glass vs. mica) Natural mica vs artificial mica Page Christian Rummer ECKART GmbH

8 Natural mica vs artificial mica Artificial mica Seite LUXAN_Nov. Glasspearls ECKART-patent: Effect pigments comprising a glass flake substrate ECKART's patented coating technology guarantees a very smooth surface of our LUXAN products. This results in increased gloss and diminished scattering of LUXAN pigments. competitor // Page Different glassflakes PSD - LUXAN () : LUXAN : : Page Christian Rummer ECKART GmbH : ()

9 Different glassflakes - appearance LUXAN ( ) Page Christian Rummer ECKART GmbH Different glassflakes - gloss LUXAN shows an excellent gloss compared to other glassflakes with a similar particle size distribution. This is a result of ECKART s patented coating technology and classification know-how.,, Different Glassflakes - Gloss,,,,,,, Luxan C Competitor A Competitor B Gloss Gloss Seite LUXAN_Nov. Product Portfolio Colour Fineness [μm] C Silver - C Blue - D Silver - D Gold - E Silver - E Gold - E Red - CFX C Silver - coated CFX C Blue - coated CFX D Gold - coated Seite 7 LUXAN_Nov.

10 ,,,,,,,,,,,,,, Colour measurement of Effect Pigments What do the differences in particle shape particle size distribution surface mean on lightness on gloss on sparkling and can the effects be measured?? Seite LUXAN_Nov. Sparkling intensity and sparkling area on face depend only on a low level on loading. Results help to find the ideal pigmentation rate LUXAN Effect_Graph Start\End Parameter All Parameter Parameter Luxan C pigm.,% lll/obs D/ Luxan C pigm.,%; Luxan C pigm.,%; S_G =,; =,; =, S_G = ; =,; =, 7 Luxan C pigm.,%; S_G =,; =,; =, Luxan C pigm.,%; S_G = ; =,; =, Luxan C pigm.,%, Luxan C pigm.,% Luxan C pigm.,% Luxan C pigm.,%; S_G = ; =,7; =, Luxan C pigm.,%; S_G = ; =,7; =,, S_G S_G S_G S_G S_G S_G S_G S_G 7 S_G S_G S_G S_G S_G S_G S_G S_G S_G S_G 7 S_G S_G Graininess G =,7 G _i _i _i _a _a, _a, dg Seite LUXAN_Nov. Sparkling intensity on face nearly independent on pigmentation rate, area increasing by number of particles Effect_Graph Start\End Parameter All Parameter Parameter lll/obs D/ Competitor pigm.,%; S_G =,; =,; =, S_G S_G S_G S_G S_G S_G Competitor pigm.,% Competitor pigm.,% S_G S_G 7 S_G S_G S_G S_G S_G S_G S_G Competitor pigm.,% Competitor pigm.,% S_G S_G S_G 7 Competitor pigm.,%; Competitor pigm.,%; S_G = ; =,; =,7 S_G = ; =,; =, S_G S_G Graininess G =,,,,,, G Competitor pigm.,%; S_G =,; =,; =, Competitor pigm.,%; S_G = ; =,; =,7 Competitor pigm.,%; S_G = ; =,; =,,,, _i, _i _i _a, _a, _a, dg Seite LUXAN_Nov.

11 ,,,,,,,,,, Dia g ra mtitel,,,,,,,,, Same sparkling area achieved by different loading results in different intensities on face LUXAN vs Effect_Graph Start\End Parameter All Parameter Parameter lll/obs D/ Competitor pigm.,%; S_G =,; =,; =, 7 S_G S_G S_G S_G S_G S_G S_G S_G 7 S_G Competitor pigm.,% Luxan C pigm.,% S_G S_G S_G S_G S_G S_G Competitor pigm.,%; Competitor pigm.,%; S_G = ; =,; =,7 S_G = ; =,; =, S_G S_G S_G 7 S_G S_G Graininess G =, G Competitor pigm.,%; S_G =,; =,; =, Competitor pigm.,%; S_G = ; =,; =,7 Competitor pigm.,%; S_G = ; =,; =,,, _i _i _i _a _a, _a, dg Seite LUXAN_Nov. Same intensitiy achieved by different loading results in different area. LUXAN vs Effect_Graph Start\End Parameter All Parameter Parameter lll/obs D/ Competitor pigm.,%; S_G =,7; =,7; =, S_G S_G S_G S_G S_G S_G S_G S_G 7 S_G Competitor pigm.,% Luxan C pigm.,% S_G S_G S_G S_G S_G S_G Competitor pigm.,%; Competitor pigm.,%; S_G =,; =,; =, S_G = ; =,; =,7 S_G S_G S_G 7 S_G S_G Graininess G =,,,,, G Competitor pigm.,%; S_G =,7; =,7; =, Competitor pigm.,%; S_G =,; =,; =, Competitor pigm.,%; S_G = ; =,; =,7 7,,,, _i _i _i _a _a, _a, -, - -, - dg Seite LUXAN_Nov. LUXAN Low pigmentation does not influence lightness in the angles Delta Lab-Graph Start\End Date: Parameter All Parameter Parameter lll/obs D/ L*=,; a*=,; b*=,7 - db* L*=,; a*=,; b*= dl* db* dl* schwarzluxan C pigm.,% schwarzluxan C pigm.,% schwarzluxan C pigm.,% schwarzluxan C pigm.,% L*=,; a*=,; b*=, db* dl* da* da* da* L*=,7; a*=,; b*=, L*=,; a*=,; b*=,7 L*=,; a*=,; b*=, db* da* dl* db* dl* da* db*,, - -, - -,,, -, - -, - dl* da* Seite LUXAN_Nov.

12 ,,,,,,,,,, Diagra mtitel,,,,,,,,, Low pigmentation has a big influence on sparkling intensity and area on face and none in the angle LUXAN Effect_Graph Start\End Parameter All Parameter Parameter lll/obs D/ S_G =,; =,; =, S_G = ; =,; =, S_G S_G S_G schwarz S_G S_G S_G schwarzluxan C pigm.,% S_G S_G 7 S_G schwarzluxan C pigm.,% S_G S_G S_G S_G S_G S_G schwarzluxan C pigm.,% S_G S_G S_G 7 schwarzluxan C pigm.,% S_G S_G Graininess S_G = ; =,; =, G =, 7 G S_G =,; =,; =, S_G = ; =,; =, S_G = ; =,; =, _i _i _i _a _a _a dg Seite LUXAN_Nov. Only a higher pigmentation has influence on lightness on face. LUXAN Delta Lab-Graph Start\End Date: Parameter All Parameter Parameter lll/obs D/ L*=,7; a*=-,; b*=, - db*,, da* - -, - -,,, -, L*=,; a*=-,; b*=, dl* db*,, da* - -, - -,,, - -, dl* - silberluxan CFX C pigm.,% silberluxan CFX C pigm.,% silberluxan CFX C pigm.,% silberluxan CFX C pigm.,% L*=,; a*=-,; b*=-, db*,, - -, - -,,, -, da* dl* , - -, - -, L*=,7; a*=-,; b*=-, L*=7,; a*=-,; b*=-, L*=,77; a*=-,; b*=-,7 db*,, - -, - -,,, -, - -, - da* dl*,, -, - -, - db* dl*,, da* - -, - -,,, -, , db*,, - -, - -,,, -, - -, - dl* da* Seite LUXAN_Nov. Some additional sparkling keeps the elegance of classical silver and makes it exciting LUXAN Effect_Graph Start\End Parameter All Parameter Parameter lll/obs D/ S_G =,; =,; =, S_G =,; =,; =, silber silberluxan CFX C pigm.,% silberluxan CFX C pigm.,% silberluxan CFX C pigm.,% silberluxan CFX C pigm.,% S_G S_G S_G =,; =,; = 7, S_G S_G S_G S_G S_G S_G S_G S_G 7 S_G S_G S_G S_G S_G S_G S_G S_G S_G S_G 7 Graininess G =,,,,,, G S_G =,; =,; =, S_G =,; =,; =, S_G =,; =,; = 7, 7 7,,, _i _i _i, _a _a _a, -, - -, - dg Seite LUXAN_Nov.

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