Advanced Laminates


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Advanced Laminates For architecture, transportation, and security

Product Information

Superior optical clarity 94

Corning® Gorilla® Glass Advanced Laminates offer a unique

92

sign options for a variety of applications. They’re so versatile, we haven’t even scratched the surface of their possibilities. • Formed from our proprietary fusion process, the glass can be used in the laminate structure “as drawn” without grinding and polishing, thus reducing surface flaws and processing • Applications benefiting from use of thin, lightweight, scratch resistant laminates include: o Architecture: elevator walls and ceilings, building facades, and overhead canopies

o Transportation: automotive, rail, marine, and aviation windows

o Security laminates: bullet resistant glass and blast resistant glazing

• Optical clarity of the glass creates an impression that the material behind the glass is actually on the surface – it’s almost as if the glass “disappears” • Tough and durable, thin Corning Gorilla Glass preserves and helps protect the material beneath it

Transmission, %

combination of elegance and toughness, enabling new de-

90 88 Gorilla Glass 1.0 mm Gorilla Glass 2.0 mm

86

Low Iron Soda Lime 3.2 mm 84 82 390

Float Glass 3.2 mm

440

490

540

590

640

690

740

Wavelength, nm

Compared to soda lime glasses in the thickness noted above, Corning Gorilla Glass has a higher transmission performance and superior optical clarity in the visible range.

Enables lighter weight compared to typical architectural constructions Configuration

Thickness Weight per area (mm) kg/m2 lb/ft2

Gorilla-PVB-Gorilla 1.0 mm  /  0.76 mm  /  1.0 mm

2.8

5.7

1.2

3.2 mm Soda Lime Glass

3.2

8.1

1.6

6 mm Soda Lime Glass

6.0

15.1

3.1

Soda Lime-PVB-Soda Lime 3.2 mm/0.76 mm/3.2 mm

7.2

16.9

3.5

Corning Gorilla Glass laminates configured as noted in the table are thinner and up to 66% lighter than monolithic 3.2 mm and 6 mm soda lime glass and a typical soda lime-PVB-soda lime laminate.

Corning® Gorilla® Glass / Advanced Laminates Product Information Sheet / October 2012

Corning® Gorilla® Glass – Advanced Laminates Laminate Structures with Corning Gorilla Glass

90

Standard glass thicknesses

1.0 mm, 0.7 mm Others available on request

50

450

500

Meets U.S. standards for indoor use, includ-

ing: CPSC 16 CFR 1201, ANSI Z97.1-2009, ASTM 600

550

E84, ANSI maximum impact Class A and CPSC maximum impact level Cat II

Wavelength (nm)

Decoration 2318 300

me

oda Lime hrsIOX) No

Standard edge profile

350

400

450

500

550

Screen printing, digital ink-jet printing, decorative interlayers, anti-glare frosting. Others available on request C-Ground/Pencil

Soda Lime Gorilla Can be laminated with all major interlayer products, including: PVB, 95 (with 0.04 IOX) (with IOX) TPU, EVA, ionomer, and optically clear adhesives.

Time

11.96 1.10

Young’s modulus Temperature (C) Poisson’s ratio

0.5

1.0 1.5 Scratch Load (N)

2.0

2.5

3.0

GORILLA Damage Severity SODA LIME SODA LIME

Enables greater design strength.

There is less strength degradation after scratching.

99 10

90

5

GORILLA 50

SODA LIME Strength, MPa Note: Edge strength is measured using 4-pt bend test

10

1

Increasing load

2.44 g/cm3

Strength, MPa Note: Edge strength is measured using 4-pt bend test

Gorilla Glass exhibits tighter strength distribution.

71.7 GPa Weight Loss (mg/cm2) 0.21

24 hrs 95 0.04 0.7 MPa m1/2 20 min 20 3.14 lectric constant Loss Tangent of thermal 8.45 ppm/K 20 min Coefficient 20 11.96 expansion (0-300ºC) 86 hrs 0.013 95 1.10 ABRADED STRENGTH Chemical strengthening 6 0.013 Compressive stress Capable > 800 MPa 0 Typical depth of0.014 layer Capable > 40 µm 2 0.015 Loss Tangent 9Dielectric constant 0.016 Greater impact resistance 7.38 0.013 20 7.26 0.013 0.5 0.7 0.9 1.1 1.3 7.30 0.014 15 Thickness, mm 7.22 0.015 LLA (DO = 41 µm) SODA LIME (DO = 12 µm) 10 7.19 0.016

0.0

Scratches are less visible. Gorilla Glass exhibits tighter strength distribution. 5 GORILLA Greater scratch resistance

600

Interlayer Materials Wavelength Temperature (C)(nm) Weight Loss (mg/cm2)

20 Density 95

Greater Damage Tolerance

1

minto initiate 20 (radial) cracks 3.14in the glass. oad Corning Gorilla Glass

min hrs

0

Failure Probability, %

400

4.2 – 5.7 kg/m2 for Gorilla-PVB-Gorilla laminates

2318

Standards testing

Failure Probability, %

1400 mm x 1850 mm

Weight

350

800

99

Size (maximum)

amage resistance.

00

1200

Enables greater design strength. 400 Enables greater edge strength

Properties

SODA LIME

1600

Ring-on-Ring Load at Fail

0.015 0.016

Glass Strength

7.22 7.19

5

age resistance.

LIME

0

Corning Gorilla Glass Laminate

Heat-Strengthened Soda Lime Laminate

Ring-on-Ring Load at Failure (N)

Glass Strength

When1600 subjected to a scratch resistance test involving increasing loads (20g Gorilla glass suppresses damage zones and lateral to 100g of force), ion-exchanged Corning Gorilla Glass showed greater cracking that make less soda visible. scratch resistance compared withscratches ion-exchanged lime. 1200

Greaterstrength retained strength. Greater retained 800 Ring-on-Ring Load at Failure (N)

es benefit from a greater retained strength.

Ion-Exchanged Soda-LimeSilicate Glass Ion-Exchanged Corning Gorilla Glass Ion-Exchanged Soda-Lime Ion-Exchanged Gorilla Glass Greater retained strength. 8 mm scratches made with Scratchesonon Corning Gorilla 8 mm scratches made withload Scratches Gorilla glass visibleGlass ramped from from 20 g to visible under a microscope load ramped 20 100 g tog100 g onlyonly under a microscope

Glass Strength

Impact Energy at Failure (joules)

use of thinner glass. Fracture toughness

Greater Damage Tolerance

4001600 01200 800

as compared to similarly configured soda lime glass laminates.

0.5

GORILLA SODA LIME

1.0 1.5 Scratch Load (N)

0

0.0

0.5

GORILLA SODA LIME

1.0 1.5 Scratch Load (N)

2.0

2.5

3.0

Damage Severity

Corning Gorilla Glassisshows high retained strength when subjected to There less strength degradation after scratching. controlled damage.

me OX)

Soda Lime Gorilla (with IOX)information: (with IOX) For more [email protected], CorningGorillaGlass.com Corning and Gorilla are registered trademarks of Corning Incorporated, Corning, N.Y., USA Corning Incorporated. All Rights Reserved. to initiate©2012 (radial) cracks in the glass.

Increasing load Corning® Gorilla® Glass / Advanced Laminates Product Information Sheet / October 2012

Scratches are less visible.

Gorilla

3.0

Damage Severity

Scratches are less visible.

Soda Lime

2.5

Greater Damage Tolerance

ODA LIME

da Lime

2.0

400 is less strength degradation after scratching. There

Products used: Gorilla-PVB-Gorilla laminate at 1.5 mm/0.76mm/1.5mm thickness, heat-strengthened SLG-PVB-SLG laminate compared at equal glass and interlayer thicknesses. Data is ball-drop impact data with 500 g ball.

amage resistance. Corning Gorilla Glass laminates demonstrated greater resistance to impact

0.0