Palight - products used for print
PALIGHT®
PVC products
PALIGHT®
PALIGHT foamed PVC sheets
PALIGHT®

PALIGHT®

A family of products used for print, display, fabrication and more

Palram has been producing PVC products since 1963, and is proud of its reputation as a global leader in this sector. Based on the knowledge and expertise accumulated during this time, Palram developed a line of products to meet a variety of application needs and budgets.  PALIGHT foamed PVC sheets (also known as cellular PVC) are significantly lighter and more cost-effective than other options such as solid PVC sheets. They also offer excellent rigidity and performance. PALIGHT is one of the many products that Palram has developed for the evolving and diversifying print, display, and fabrication market.

FREE FOAM VS. CELUKA TECHNOLOGY

Free Foam and Celuka are the two predominant types of PVC manufacturing technologies. While both of them have been available for some time, Palram favors the Free Foam method as it produces a more consistent density throughout the panel.

The cellular structure of the panel’s core is dense and, if manufactured to Palram’s high standards, does not contain voids or large air bubbles. Celuka PVC typically has a less dense core structure but has a harder “skin” on the outer surface which can sometimes result in chipping when cut.

The image shown here has been highlighted with blue to illustrate the typical thickness of the harder skin. If you look at the edge of the Celuka product, you’ll see chipping has occurred. Fabrication and milling of Free Foam PVC are generally easier and result in a better finish than Celuka products.

FREE FOAM VS. CELUKA TECHNOLOGY

PRODUCT DETAILS

available thicknesses

Color1220x2440mm1560x3050mm2030x3050mm
White ST-101-13, 15, 19, 24, 25, 30, 40AllAll
Yellow ST-303, 5
Red ST-503, 53, 5
Black ST-903, 5, 103, 53, 5, 6, 8, 10
Blue ST-703, 53, 5
Green ST-803
Grey ST-1003, 53, 53, 5
Dimensions Note * Special Dimensions And Designers Colors Are Available Upon Request.

Print Standard Sizes

Color1,220x2,440mm1220x3,050mm1,560x3,050mm2,030x3,050mm
White02-1002-1002-1002-10
Print Standard Sizes Notes * Special Dimensions Are Available Upon Request.

Palight 2001 Standard Sizes

Color1220x2440mm1220x3050mm
White Gloss3, 5, 103, 5, 10
Black Gloss3, 5
Palight 2001 Standard Sizes Notes * Special Dimensions Are Available Upon Request.

Standard Color chart

ColorsCodePANTONE®RAL
White*ST-10-
RedST-501807U-
YellowST-30108U-
BlueST-70288C-
GreenST-803415C-
BlackST-904C9011
GreyST-100430C7037

* Whites are divided by thickness: 1-10mm: ST-10, 12-25mm: Classic White

Standard Color Text Palihgt Comes In Below Standard Colors + Designer Colors. See Details On Palight Page. Palihgt 2001 Available In White Gloss And Black Gloss Only. Palight Print Available In White Only.

Designer Colors

Color NameCodePANTONE¨RAL
Digital White DEDE-11
Cream STST-209001
Antique CreamDE-21Warm Grey 2C1013
Smoke GreyDE-141428C7047
Dim GreyDE-151408C
Dark GreyDE-131431C7012
BurgundyDE-71187C3002
Cardinal RedDE-211193C3031
Firebrick RedDE-61485C
Orchid PinkDE-221204C4003
OrangeDE-5121C2004
Blaze OrangeDE-41158C2011
Bright YellowST-401235C
LemonDE-31102C
Lime greenDE-181390C
Sea GreenDE-171361C6018
Mint GreenDE-111340C6024
Olive GreenDE-161378C
Dark GreenDE-1213308C6005
TurquoiseDE-101337C
Steel BlueDE-812707C
Sky BlueDE-2017401C
Light BlueST-602935C
Royal BlueDE-191287C191 287C
Sapphire BlueDE-912757C5002

* The printed colors and the indicated PANTONE® and RAL designations are the closest match. The indices are presented only to give an approximate indication. To view the exact color, please request a sample chip from your Palram distributor.

** The designer colors are available in all thicknesses and dimensions stated above. They are subject to a minimum quantity.

Typical Physical Properties

PropertyStandardConditionUnitValue
Thickness3mm - 10mm
Physical
Specific GravityASTM D-1505g/cm³0.57-0.50
Water absorptionASTM D-57024 hr @ 23°C%0.5-0.8
Mechanical - Machine Direction
Flexural ModulusASTM D-790MPa1400-1100
Shore hardnessASTM D-79070-80
Impact strength - CharpyASTM D-25623°C16-22
Thermal
Service temperature range-10 to 55
Heat deflection temperatureASTM D-648Load: 1.82 Mpa59-63
VICAT softening temperatureASTM D-1525Load:1 kg75
Coefficient of linear thermal expansionASTM D-69610-⁵ / °C6.7
Thermal ConductivityASTM C-177W/mk0.07
Electrical
Surface resistanceASTM D-257Ohm5x1015
Volume resistanceASTM D-257Ohm-cm2.6-21x1015

 

Typical Physical Properties Notes *Conditions, Units And Values In U.S. Customary Units Are Presented In The Table Within Parentheses

Flammability

StandardClassification*
EN 13501B, s1-3, d0
BS 476/7Class 1
NSP 92501,5M-1, M-2
UL 94V-0

 

Flammability Notes *Depends On Product Type Thickness And Color. See Product Page For Details.

Regulatory Code Compliance Certification

OrganizationStandardClassification
Underwriters Laboratories*UL 94V-0

 

Regulatory Code Compliance Text Notes *UL-Equivalent Testing Conducted By 3rd Party Accredited Laboratory

WE WORK WITH THE BEST SO YOU CAN TOO!

HP
Agfa
Canon
Esko
EFI
Marabou
Mimaki
Mutoh
Roland
swissQprint
zund_logo_color

Frequently Asked Questions

What are three-dimensional or 3D logo signs?
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3D letters and/or 3D logos are made of plastic, metal or foam. They reinforce an upscale image and create a clear highlighted message. These signs can be illuminated when required.

Should products be pre-dried before thermoforming?
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This depends on the production date and storage conditions of the product before thermoforming. It is recommended to check the product before thermoforming is attempted.

Is the PE film suitable for thermoforming applications?
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Most of Palram's products that are delivered with PE film covering are suitable for thermoforming. In general, we recommend using clear PE and not printed PE.

When should I use multiwall polycarbonate and when solid polycarbonate?
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Multiwall polycarbonate should be used when the key design parameter is thermal insulation. Solid polycarbonate should be used when the key design parameter is acoustic insulation and glass-like appearance.

Which of Palram's sheets are suitable for printing, sign & display applications?
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For use in illuminated signage, PALSUN, PALSUN CS (Coil Stock) and PALGLAS are suitable for the sign face; and PALBOARD, PALOPAQUE, and PALIGHT for the body of the letters or symbols. For print & display, Palram's entire product portfolio can be used based on the specific application. This choice depends on a combination of several parameters, including the cost of the media, its durability, and its suitability for the specific application. Please visit Palram’s Flat sheet application catalog for more information.

Which materials can be used in the construction of my sign?
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Sign faces are usually made from polycarbonate or acrylic. For extreme conditions such as heavy hail, low temperatures, or high temperatures produced when thermo-forming, polycarbonate is probably more suitable. For sign boxes or channel letter cans, PVC, multi-layered PVC and foam PVC can be used.

What is an illuminated sign?
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A sign that is illuminated by an electrical light source (fluorescent\LED).

What is the most accurate white point that is suitable for wide-format printing?
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There are different white substrates available but in order to achieve a true colored image according to the design, a process of profiling (ICC profile) needs to be done. By using a natural white substrate (a tint which been made with no extra additives), the process of measuring and profiling becomes very simple and fast.

How do I handle inkjet printable media before and after printing?
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Before: use a protected sheet with PE masking, store unused inkjet printable media in original packaging and in a clean area, and avoid touching the print side by handling the edges of the sheet or by using lint-free white gloves.

After: avoid any finishing until prints are completely dry, store the printed media in a clean environment, and avoid dust from sticking to the fresh cured ink.

What is the difference between a polypropylene sheet and PVC?
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In terms of ink adhesion properties, both polymers act very differently. PVC is a ready-to-use polymer so no pre-treatment needs to be done before printing (on rigid or flexible media). Polypropylene has different chemical properties and for this reason, needs to get a pre-treatment coat ('Corona'), which has a limited shelf life.

What is the best wide-format inkjet media (substrate) for my application?
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This is based on a combination of several parameters, but the main ones are the cost of the media and its durability, and its fit to the required application. Please visit Palram’s Flat Sheet Application Catalog.

What can assure accurate double-sided printing or recto verso prints?
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A strict spec of diagonal (from angle to angle) during the production process is feasible for this.

PRODUCTS