UPM Communication Papers
Wish to be able to tailor your label release liner to suit your needs? It’s possible with these heavily calendered, transparent glassine papers. Glassines offer very good quality consistency, optimal surface properties, even thickness and strength.
Regions
North America | Africa | Europe | Middle East | South America
Business contact
Category
Base papers
Description
High density release base paper with superior surface properties, with eye-catching purity designed to be used with synthetic faces. White shade.
Grade
Glassine
End use
Label
Finish
Supercalendered
Converting method
Emulsion silicone coating | Solvent based silicone coating | Solventless silicone coating | UV cured silicone coating
Format/Size
Reels
Reel Diameter (cm)
80,0 - 135,0
Reel Width (cm)
50,0 - 230,0
Core (mm)
76,0 / 153,0
Certificates and labels
94/62 EC Heavy Metal Certificate | BfR Food Certificate | EMAS | EN 71/3:1988 D Safety of Toys | FDA Food Certificate | Food Approval Statement | FSC Chain-of-Custody | ISO 14001 | ISO 22000 | ISO 9001 | PEFC Chain-of-Custody
Note
PEFC and FSC on request but subject to availability.
Technical target values (imperial in paranthesis)
Basis Weight (ISO 536) (g/m²) (lb/3000ft²)
62.0
(38.1)
64.0
(39.3)
71.0
(43.6)
72.0
(44.2)
Thickness (ISO 534) (µm) (mils)
53.0
(2.1)
55.0
(2.2)
60.0
(2.4)
61.0
(2.4)
Moisture (%)
6.5
6.5
6.5
6.5
Tensile Strength MD (kN/m) (lb/in)
7.4
(42.3)
7.6
(43.4)
8.1
(46.3)
8.2
(46.8)
Tensile Strength CD (kN/m) (lb/in)
2.9
(16.6)
3.0
(17.1)
3.1
(17.7)
3.2
(18.3)
Tear Strength MD (mN) (g)
275.0
(28.1)
290.0
(29.6)
320.0
(32.6)
330.0
(33.7)
Tear Strength CD (mN) (g)
295.0
(30.1)
305.0
(31.1)
370.0
(37.7)
380.0
(38.8)
Unger Oil Absorption (g/m²)
0.6
0.6
0.6
0.6
Transparency (%)
47.0
46.0
43.0
42.0
Roughness PPS10 TS (µm)
1.4
1.4
1.4
1.4
L-value C/2°
95.0
95.0
95.0
95.0
a-value C/2°
-1.0
-1.0
-1.0
-1.0
b-value C/2°
6.0
6.0
6.0
6.0
Porosity BEKK (s)
250.0
250.0
275.0
275.0
Imperial values indicated in paranthesis
Please note: Technical values are informative and subject to production variations.