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GLASS COATING: APOLLON

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Glass & Solar Division GLASS COATING: APOLLON Bringing light to life
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Page 1: GLASS COATING: APOLLON

Glass & Solar Division

GLASS COATING: APOLLONBringing light to life

Page 2: GLASS COATING: APOLLON
Page 3: GLASS COATING: APOLLON

Yesterday, glass was a design element. Today, it’s mission critical technology. That’s why glass manufacturers use Leybold Optics to optimise their operations. Its unsurpassed experience and expertise allow them to respond to new require-ments – fast! Take Apollon systems, for example. They produce functional coatings on architectural glass in a highly efficient, homogeneous and uncompromising manner. Shouldn’t you too?

PUTTING IMAGINATION TO WORK

WINDOWS OF OPPORTUNITIES

GO GREEN!

MAKING GLASS MAKE A DIFFERENCEA tradition of innovation makes Leybold Optics one of the most respected names in the thin-film industry. Its Glass & Solar Division is renowned for vacuum systems used to manufacture advanced nanotechnology solutions. Leybold Optics produces high-performance machinery for coating glass of every kind. And businesses requiring state-of-the-art deposition systems turn to Leybold Optics to help them manufacture the future.

The world’s climate is changing. So are attitudes towards energy conservation. No wonder high-quality glass coatings are in such demand. They save resources. They save money. And they help ensure well-balanced interior climates – in winter and summer. As the world goes green, more and more glass specialists go “Leybold Optics”. Its inline coating systems optimise thermal insulation values. And that’s a natural advantage.

FOR

EN

VIRONMENTAL A

WAR

EN

ES

S

TECHNOLOGY

LEYBOLD OPTICS

Page 4: GLASS COATING: APOLLON

Solar energy is reflected – interior comfort is improvedLimited light transmittance – improves everyone’s “point of view” Interior heat build-up decreases – A/C energy costs do tooAdjustable colours enhance exterior appearances – and design flexibility

••••

SOLAR CONTROL COATINGS

Top coat

Bottom coat

Leybold Chromos

Blocking layer

Glass

SATISFYING THE HIGHEST THERMAL-COMFORT DEMANDS

Page 5: GLASS COATING: APOLLON

LOW-E COATINGS

READY TO MEET THE HIGHEST ENERGY-CONSERVATION STANDARDSInfrared mirror minimizes U-values – efficiency improvesHeating and cooling systems require less energy – costs decreaseA low shading coefficient combines with high visible light transmittance (high selectivity) – room comfort is easily maintainedNeutral transmittance ensures authentic views – Look at that!Multiple Low-E coatings improve living comfort – and savings

•••

••

Top coat

Leybold Lumina

IR ReflectorProtective layer

Seed layer

Glass

Dielectric

Page 6: GLASS COATING: APOLLON

LOADING WASHING ENTRANCE AREA

APOLLON: THE BEST KEEPS GETTING BETTER

Entrance Area: Here clear glass substrates enter the coating-process environment. Step by step ambient pressure is reduced from atmospheric pressure to the 10-3 mbar range. As the glass moves along, it converts froma cyclic loading sequence to a continuous substrate flow.

APOLLON 2590

2.590 mm x 3.660 mm

up to 12 Mio m²

20 sec

80 m200 m x 20 m

APOLLON 3300

3.300 mm x 6.000 mm

up to 16 Mio m²

30 sec

100 m250 m x 20 m

Max. Substrate Size

Annual Productivity

Min. Cycle Time

Typical Dimensions - Coater Length - Factory Footprint

GLASS TRANSPORT

TECHNICAL DATA

Page 7: GLASS COATING: APOLLON

Process Area: Here individual layers are applied during the stack sequence. How? By using DC and AC driven PVD tools (sputtering cathodes). Various target materials (metals and/or cera-mics) and specific gas atmospheres create the desired functional coatings (dielectrics, absor-bers, reflectors, conductors, etc.).

RotatingTargets

PumpUnit

Substrate

GasSupply

AC-PowerSupply

~

PROCESS AREA

Page 8: GLASS COATING: APOLLON

Sputteredtarget atom

Ar+ ion

Ar+ ion createdby electron impact

Electron released from target

Exit Area: Here finished products feed outof the process environment and are prepared for quality inspection and unloading. As the ambient pressure rises, processing conditions gradually convert to atmospheric pressure. The transport sequence reverts back to a discontinuous substrate flow.

PumpUnit

Substrate

TargetGasSupply

DC-PowerSupply

PROCESS AREA

Page 9: GLASS COATING: APOLLON

EXIT AREA QUALITY INSPECTION UNLOADING

FEATURES AND BENEFITS

• Versatile compartment design ensures maximum set-up flexibility during configuration changes for different products.

• State-of-the-art, fully automated controls and HMI package provide effective, reliable, customer-oriented operations of the entire coating system.

• Industry-proven vacuum components from first-class suppliers providing worldwide service ensure highest machine uptime.

• The unique horizontal substrate transport system is tailor-made for mass production operations. It guarantees unsurpassed accuracy – plus the highest production yields.

• Leading-edge deposition tools and related accessories provide the superb layer properties that are required to satisfy even the most sophisticated product demands.

• Quality assurance and inspection equipment comply with the latest worldwide industrial quality standards.

Page 10: GLASS COATING: APOLLON

SPECIAL SYSTEMS FOR SPECIAL NEEDS

You are undoubtedly familiar with the popular Apollon coating system for flat architectural glass. But did you know that the Leybold Optics product portfoliois being constantly improved and extended to provide precisely the thin-film deposition platforms you – and your ever-changing customer base – require?

The Leybold Optics product range includes applications for meeting thehighest Electrochromic Glass, Low Maintenance Glass, Display Products,and Photovoltaic Industry standards. Whatever you demand, Leybold Opticshas the experience and expertise it takes to develop and deliver tailor-made coating systems for your every business requirement. Examples include:

A 400 … 1700Vertical (5-7° tilted) coating system for PVD deposition of thin films withoutmechanical contact with the substrate surfaces

H 1700 / H 3200Horizontal coating platform developed for photovoltaic applications using a direct transport system (no carriers) and a substrate heating capability of up to 200 °C

PEGASUSA dedicated vertical coating system for display and other applications requiring the lowest particle contamination

WEB 200 … 2000A roll-to-roll coating system equipped with PVD tools for thin-film depositions onto flexible substrates like steel strips or foils

A 400 … 1700 H 1700 / H 3200

WEB 200 … 2000PEGASUS

Page 11: GLASS COATING: APOLLON

Photography by:Frank MeylRalph RichterFotolia, F1 Online, iStockphoto

When you purchase a Leybold Optics system, you get much more than a machine. Being a reliable, efficient and competent after-sales partner for our customers is a cornerstone of Leybold Optics’ philosophy.

All-round maintenance packages, process consulting, the fastest reaction times, profound technical expertise, and a vast number of parts in stock make us the industry benchmark.

ConsumablesMaterials & componentsSpare partsMaintenanceHotline supportCustomized service contractsExchange parts service

A WORLD OF SUPPORT

Whatever the challenge, we will find a solution. Whether you need a special coating that has never been deployed or the most recent innovation – Leybold Optics business is here to help your business succeed!

ConsultationUpgrades and retrofitsRemote operationRelocationsStock handlingProduction / operator training

Service

SpainLeybold Optics Ibérica, S.L.

08980 Sant Feliu de Llobregat (Barcelona)

email: [email protected]

United KingdomLeybold Optics UK

Manchester, M32 OZE

email: [email protected]

GermanyLeybold Optics Dresden GmbH

01109 Dresden

email: [email protected]

FranceLeybold Optics France

91140 Villebon sur Yvette

email: [email protected]

Support

JapanLeybold Optics Japan Co. Ltd.

Tokyo, 105-0003

email: [email protected]

ItalyLeybold Optics Italia

20025 Legnano (MI)

email: [email protected]

USALeybold Optics USA

Cary, NC 27513

email: [email protected]

ChinaLeybold Optics Beijing Co. Ltd.

101102, Beijing BDA

email: [email protected]

Collaborations

HeadquartersLeybold Optics GmbH Germany

63755 Alzenau

email: [email protected]

TaiwanLeybold Optics Taiwan

Taiwan R.O.C.

email: [email protected]

Hong KongLeybold Optics Hong Kong Ltd.

Central Hong Kong

email: [email protected]

KoreaLeybold Optics Korea Ltd.

Seoul 158-723

email: [email protected]

Page 12: GLASS COATING: APOLLON

GLASS COATING

Copyright 2012 ©Leybold Optics GmbH

GLASS COATING

GermanyHeadquartersLeybold Optics GmbHSiemensstrasse 8863755 AlzenauGermany

www.leyboldoptics.comPhone: +49-6023-500-0Fax: +49-6023-500-150E-Mail: [email protected]


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