Technical Data Sheet
Eastman Spectar™ Copolyester 14471

Applications Building materials Displays/in-store fixtures Indoor signs Lighting Point-of-purchase Shelving solutions-retail Skylights Thermoformed sheet Visual merchandising Walls

Key Attributes Acrylic alternative (PMMA alternative) BPA free Easily formed and shaped Free of materials of concern Glasslike clarity Naturally smooth edges Passes NFP 286 flammability test Polycarbonate alternative (PC alternative) Popular for COVID-18 barriers and sneeze guards Resilient to most commercial disinfectants and cleaning agents Scratches can be easily removed with a common heat gun Shatter resistant

Product Description
Eastman Spectar™ 14471 copolyester is a sparkling, clear plastic material that is increasingly popular for protective barriers used to limit the spread of viruses like COVID-19, including sneeze guards. For these applications, Spectar is a proven alternative to polycarbonate and acrylic.

Eastman Spectar™ copolyester is BPA free, environmentally friendly, fire and shatter resistant, long lasting, and resistant to common commercial cleaning agents. It can be found in a variety of end applications around the world, like point-of-purchase displays and other in-store fixtures; separation barriers; signs; light fixtures at retailers, schools, hospitals, and office buildings; and sneeze guards.

Facility managers prefer Spectar copolyester for its excellent fire safety, chemical resistance, and versatility. It is the only clear plastic for heavy-gauge sheet applications that passes the National Fire Protection Association’s NFP 286 flammability test, required by many regional and national building codes.

Unlike some materials, Spectar is highly resistant to common cleaning agents, including many Spartan and Clorox products, enabling it to withstand discoloration and last longer. It is less brittle than acrylic polymers, allowing it to be easily shaped and formed to enable faster, easier installation. And best of all, surface scratches or scuff marks can be removed using a common heat gun.

Retailers prefer Spectar copolyester for point-of-purchase displays due to its aesthetically pleasing, crystal-clear, premium appeal that enhances the shopping experience. It is the material of choice for its glasslike appearance and ability to be shaped and curved.

Sheet made from Eastman Spectar™ copolyester is available throughout North America, Europe, Asia, and Latin America. Ask your contractor, fabricator, distributor, or e-retailer to specify Spectar for your next project.

This product has been GREENGUARD INDOOR AIR QUALITY CERTIFIED®.
GREENGUARD Certification recognizes Eastman for manufacturing products with low chemical and particle emissions for better indoor environments. For more information about GEI and to obtain printable certificates for Eastman copolyesters, visit www.greenguard.org. Choose Eastman Chemical Company under the “Manufacturer” category and click search to display a list of our products.

This product is certified to NSF/ANSI Standard 51 for Food Equipment Materials.
This product has received a Platinum level Material Health Certificate from the Cradle to Cradle Products Innovation Institute. A Material Health Certificate is awarded to products that meet the Material Health requirements of the multi-attribute Cradle to Cradle Certified™ Product Standard. The Cradle to Cradle Products Innovation Institute is a nonprofit organization that administers the publicly available Cradle to Cradle Certified™ Product Standard, which provides designers and manufacturers with criteria and requirements for continually improving product materials and manufacturing processes. The Material Health Certificate provides manufacturers with a trusted way to communicate their efforts to identify and replace chemicals of concern in their products. For more information about Cradle to Cradle certification and to obtain printable certificates for Eastman copolyesters, visit www.c2ccertified.org. Search for Eastman Chemical Company in the Material Health Certificate Registry.

Typical Properties

Propertya	Test Methodb	Typical Value, Unitsc
Electrical Properties
Dielectric Strength, Short Time, 500 V/sec rate-of-rise	D 149	16.1 kV/mm (410 V/mil)
Surface Resistivity	D 257	1016 ohms/square
Volume Resistivity	D 257	1015 ohms/square
Arc Resistance	D 495	158 sec
Dissipation Factor
1 MHz	D 150	0.02
1 kHz	D 150	0.005
Dielectric Constant
1 MHz	D 150	2.4
1 kHz	D 150	2.6
General Properties
Density	D 1505	1.27 g/cm3
Water Absorption, 24 h immersion	ISO 62	0.2 %
Density	ISO 1183	1270 kg/m3
Thickness of Sheet Tested	D 374	3 mm
Water Absorption, 24 h immersion	D 570	0.2 %
Mechanical Properties
Impact Resistance (Puncture), Energy @ Max. Load
@ -30°C	ISO 6603-2	74 J
@ -20°C	ISO 6603-2	73 J
@ -10°C	ISO 6603-2	70 J
@ 0°C	ISO 6603-2	61 J
@ 23°C	ISO 6603-2	59 J
Charpy Impact Strength, Unnotched
@ -40°C	ISO 179	NB
@ 0°C	ISO 179	NB
@ 23°C	ISO 179	NB
Charpy Impact Strength, Notched
@ 0°C	ISO 179	6.1 kg/m3
@ -30°C	ISO 179	4.4 kJ/m2
@ 23°C	ISO 179	10 kJ/m2
Izod Impact Strength, Notched
@ -30°C	ISO 180	4.4 kJ/m2
@ 0°C	ISO 180	6.1 kJ/m2
@ 23°C	ISO 180	11.5 kJ/m2
Flexural Strength	ISO 178	69 MPa
Flexural Modulus	ISO 178	2100 MPa
Tensile Modulus	ISO 527	2200 MPa
Elongation @ Break	ISO 527	40 %
Elongation @ Yield	ISO 527	4.7 %
Tensile Strength @ Break	ISO 75	26 MPa
Tensile Strength @ Yield	ISO 527	53 MPa
Impact Resistance (Puncture), Energy @ Max. Load
@ -30°C (-22°F)	D 3763	47 J (34 ft·lbf)
@ -20°C (-4°F)	D 3763	43 J (32 ft·lbf)
@ -10°C (14°F)	D 3763	42 J (31 ft·lbf)
@ 0°C (32°F)	D 3763	40 J (30 ft·lbf)
@ 23°C (73°F)	D 3763	33 J (24 ft·lbf)
Tensile Modulus	D 638	2200 MPa (3.2 x 105 psi)
Tensile Stress @ Yield	D 638	53 MPa (7700 psi)
Tensile Stress @ Break	D 638	26 MPa (3800 psi)
Elongation @ Yield	D 638	4.8 %
Elongation @ Break	D 638	50 %
Flexural Modulus	D 790	77 MPa (11200 psi)
Rockwell Hardness, R Scale	D 785	115
Izod Impact Strength, Notched
@ 0°C (32°F)	D 256	66 J/m (1.2 ft·lbf/in.)
@ 23°C (73°F)	D 256	88 J/m (1.7 ft·lbf/in.)
@ -30°C (-22°F)	D 256	39 J/m (0.7 ft·lbf/in.)
Impact Strength, Unnotched
@ 0°C (32°F)	D 4812	NB
@ 23°C (73°F)	D 4812	NB
@ -30°C (-22°F)	D 4812	NB
Optical Properties
Refractive Index, nD	D 542	1.57
Yellowness Index
CIELAB, Illuminant D6500, 10° Observer	D 1925	<1.5
Color, b*
CIELAB, Illuminant D6500, 10° Observer	E 308	<1
Gloss @ 60°	D 523	159
Total Transmittance	D 1003	91 %
Regular Transmittance	D 1003	89 %
Haze	D 1003	<1 %
Thermal Properties
Flammability/Great Britain	BS 476 - Part 7	1Y
Flammability/Germany	DIN 4102 - Part 1	B1
Flammability/France	NFP 92-501	M2
UL Flammability Classification	UL 94	94V2
Vicat Softening Temperature
@ 5 kg load	ISO 306	78 °C
@ 1 kg load	ISO 306	83 °C
Deflection Temperature
@ 0.45 MPa	ISO 75	72 °C
@ 1.80 MPa	ISO 75	68 °C
Oxygen Index	D 2863	26 %
Coefficient of thermal expansion	D 696	7 (x10-5/°C) (4 (x10-5/°F))
Vicat Softening Temperature	D 1525	83 °C (181 °F)
Deflection Temperature
@ 0.455 MPa (66 psi)	D 648	74 °C (164 °F)
@ 1.82 MPa (264 psi)	D 648	70 °C (181 °F)

^aUnless noted otherwise, all tests are run at 23°C (73°F) and 50% relative humidity.
^bUnless noted otherwise, the test method is ASTM.
^cUnits are in SI or US customary units.


Technical Disclaimer
Eastman makes no representation and disclaims any warranty that the material in any particular shipment will conform exactly to the values given.  Values as well as the performance of the final molded article may be affected by various factors such as the part design, mold design or tooling,  drying, processing conditions as well as coloring or pigmentation of the product. No warranty of merchantability or fitness for use is made, and nothing herein waives any of the Seller''s conditions of sale. You must make your own determination of the suitability of this product in your specific application due to the many factors (e.g. design, processing and conditions of use) that affect the performance of the final molded article.  Suitability of use should be evaluated with appropriate testing and analysis. The processing melt temperature and mold temperature refer to the actual resin melt temperature and actual mold surface temperature respectively. Consider overall resin residence time, part shot size utilization and part geometry to set appropriate processing melt temperature and mold temperature in order to minimize IV loss and maximize molded part performance.

Comments
Properties reported here are based on limited testing. Eastman makes no representation that the material in any particular shipment will conform exactly to the values given.

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Eastman and its marketing affiliates shall not be responsible for the use of this information, or of any product, method, or apparatus mentioned, and you must make your own determination of its suitability and completeness for your own use, for the protection of the environment, and for the health and safety of your employees and purchasers of your products. No warranty is made of the merchantability of fitness of any product, and nothing herein waives any of the Seller's conditions of sale.

8/10/2020 8:28:31 AM