User Manual
www.cosmofilms.com
Cosmo Films Limited
B-14/8-9, MIDC, Waluj, Aurangabad 431136 (MS) India. T : +91 240 2554611-14 E : info.abad@cosmofilms.com
Corp. Office : 1008, DLF Tower - A, Jasola District Center, New Delhi 110 025 India. T : +91 11 4949 4949 / 34 E : info.del@cosmofilms.com
COSMOTHERMCOSMOTHERMCOSMOTHERM
TM
Technical Data Sheet
Features
Description
Thermal Gloss Film
(PET Based)
It is PET based, both side corona treated and one side extrusion coated,
thermal laminating film. Film has extrusion coated surface on PET film with
low temp. melting resin, which enables the lamination of film to paper
products by heat and pressure.
Excellent optical properties
Fibre-tear bond strength with paper
Excellent tear resistance
Applications
Thermal lamination with all kinds of printed & unprinted paper and paper
boards like maps, book covers, posters, magazines, boxes, brochures etc.
Disclaimer : The information provided above is based on COSMO FILMS LTD's conclusive tests, which are indicative only and provided as guidelines.
They do not constitute a guarantee of any specific product attributes or the suitability of products for specific applications.
Updated as on March -2014
Typical Values
Properties
Units
ASTM #/
Test Method
Yield
2
m /kg
2
g/m
Unit Weight
25.5
39.22
D-4321
D-2578
100 - 130
-
Surface Tension (min.)-
Ex-coated side
40
dynes/cm
Lamination Temp.
o
C
22 PCT-2 (PDL)
o
Gloss 45 (min.) - Un-coated side
gardner
80
28.8
34.72
100 - 130
42
30 PCT-2 (PDL)
80
37 PCT-2 (PDL)
D-2457
PCT-2 (PDL)
38.5
25.97
42
80
100 - 130
Special Instructions
Cosmo PET based thermal gloss film can be laminated with the temperature range of
100 to 130 deg C. However the optimum conditions may be selected based on the
lamination speed (Dwell time) and dimensional stability.
Please make sure that the printed surface is well dried before lamination.
Strongly recommend to handle with care and cleanliness as it may spoil it’s look by
rough handling, dust contamination and scratches.
It is advisable to cool sufficiently one surface before proceeding the lamination to
other surface.