ORALITE 5700

Description

ORALITE 5700

ORALITE 5700
6 Mil Engineering Grade Reflective Vinyl.
• 7 year outdoor durability.
• Solvent polyacrylate permanent adhesive.
• Designed for safety markings, construction, guidance, warning, and informational signs, as well as reflective lettering, numbering and symbols.
• Reflective data and colors at daylight comply with international specifications for reflective materials, including ASTM D 4956.
• Do not wet apply.

http://www.folii-adezive.ro/documente/produse/5700.pdf

Description
ORALITE® – Reflective films Series 5700 ENGINEER GRADE PREMIUM are weatherproof, self-

adhesive retroreflective films with an excellent corrosion and solvent resistance.
The retroreflective system of the ORALITE® – Reflective films Series 5700 ENGINEER GRADE
PREMIUM consists of catadioptric glass beads which are embedded in a transparent layer of plastic
material (corresponds to class RA 1, design A, formerly Typ I). The smooth surface shows a high scratch
resistance and impact strength and a very good printability.
The reflective data and colours at daylight comply with the international specifications for reflective
materials of this class, such as EN 12899-1 (Europe), DIN 67520 and DIN 6171 (Germany), BS 873: Part
6 (Great Britain), NFP 98-520 (France), SN 640878 (Switzerland), ASTM D 4956 (US), JIS Z 9117
(Japan).
Release paper
PE-coated silicone paper, 145g/m².
As the product and batch number are applied to the silicone-coated paper, all production parameters and
raw materials can be completely traced back.
Adhesive
Solvent polyacrylate, permanent
Area of use
ORALITE® – Reflective films Series 5700 ENGINEER GRADE PREMIUM were especially developed
for the manufacture of traffic control and guidance signs, warning and information signs, and for reflective
lettering, numbers and symbols, which are intended for long-term outdoor use.
The ORALITE® 5700 ENGINEER GRADE PREMIUM has an adhesive with an excellent adhesion on
metallic surfaces as aluminium and zinc coated steel plate.
When using the ORALITE® – Reflective films Series 5700 ENGINEER GRADE PREMIUM, the
particular national specifications have to be complied with.
Printing method
The use of ORALITE® – Screen printing inks series 5010 and series 5018 is recommended.
A transparent coating is not necessary.
Front material
Alkyd resin
ORAFOL Europe GmbH – Orafolstraße 2 – D 16515 Oranienburg
Telefon: +49 (0) 33 01/864 0 – Telefax: +49 (0) 33 01/864 100
E-Mail: [email protected] – Internet: http://www.orafol.de
The statements in this information sheet are based upon our knowledge and practical experience. This data is intended only as a source of
information and is given without guarantee and does not constitute a warranty. Due to the wide variety of possible uses and applications customers
should independently determine the suitability of this material for their specific purpose, prior to use.ORALITE
5700 ENGINEER GRADE
®
2009/50
Page 2 of 3
Technical Data Sheet
PREMIUM
Technical Data
Minimum reflection data (DIN 67520, Part 1 and Part 2, state as manufactured)
Colour coordinates
white 0,305
yellow 0,494
orange 0,61
red 0,735
green 0,11
blue 0,13
brown 0,455
010
020
035
030
060
050
080
0,315
0,505
0,39
0,265
0,415
0,09
0,397
0,335
0,47
0,535
0,7
0,17
0,16
0,523
0,345
0,48
0,375
0,25
0,415
0,09
0,429
0,325
0,513
0,506
0,61
0,17
0,16
0,479
0,355
0,437
0,404
0,34
0,5
0,14
0,373
0,295
0,545
0,57
0,66
0,11
0,13
0,558
0,325
0,454
0,429
0,34
0,5
0,14
0,394
>=0,35
>=0,27
>=0,17
>=0,05
>=0,04
>=0,01
0,03<=ß<=0,09
1 2 3 4
x y x y x y x y
Luminance
factor ß
Colours (DIN 5033 Part 3, DIN 5036 Part 1, DIN 6171, state as manufactured)
Specific coefficient of retroreflection R’ in cd / lx per m²
brown 080 2 3 1 5
black 070 25 10 20 8
Observation angle 0,2°
Entrance angle 5° 30°
0,33°
5° 30°
white 100
yellow 60
orange 30
red 22
green 13
blue 6
010
020
035
030
060
050
40
26
12
9
5
2,4
80
45
25
17
11
4
35
20
10
6,5
5
1,3
2°
40° 40° 5° 30° 40°
10
7
2,2
2
1,5
0,5
9
6
2,2
1,8
1,2
5
3
1,2
1
0,5
2,5
1,5
0,5
0,5
0,3
1,5
1
0,5
0,2
black 070 Black is the colour at daylight. When being illuminated in darkness, it appears silver to silver gray