Paper Splicing

Most often used in paper manufacturing processes.



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tesa® 4432

Specifications
flat paper
natural rubber
330 µm
6 %

tesa® EasySplice 51150 FastLine

Specifications
flat paper
repulpable tackified acrylic
100 µm
6 %

tesa® EasySplice 51157 FastLine Heat

Specifications
flat paper
repulpable tackified acrylic
100 µm
6 %

tesa® CaRes 51445 PV11

Specifications
flat paper
repulpable tackified acrylic
80 µm
6 %

tesa® CaRes 51455 PV11

Specifications
flat paper
repulpable tackified acrylic
80 µm
6 %

tesa® EasySplice 51465 WinderLine

Specifications
flat paper
repulpable tackified acrylic
80 µm
6 %

tesa® EasyBridge 51720

Specifications
flat paper
92 µm

tesa® EasyBridge 51721

Specifications
flat paper
92 µm

tesa® EasyBridge 51722

Specifications
flat paper
92 µm

tesa® EasySplice 51780 PrintLine Plus

Specifications
flat paper
100 µm
6 %

tesa® 51914

Specifications
non-woven
repulpable tackified acrylic
90 µm

tesa® 51916

Specifications
none
repulpable tackified acrylic
50 µm

tesa® EasySplice 61152 CoaterLine Premium

Specifications
flat paper
repulpable tackified acrylic
100 µm
6 %

tesa® EasySplice 61170 CalenderLine Premium

Specifications
flat paper
repulpable tackified acrylic
90 µm
6 %

tesa® CaRes 61445 CaRes®

Specifications
flat paper
repulpable tackified acrylic
80 µm
6 %