Products tagged with 'TESA'

tesa® 4090 strapping tape has a strong tensilized polypropylene backing with a rubber resin adhesive. The adhesive has good initial tack and high shear resistance. Properly applied tape shrinks around loads and holds them tightly. Impact strength allows give-and-take without snapping. Designed for palletizing and unitizing corrugated and paper board boxes and non-critical bundling applications.

tesa® 7496 is a premium strength tear tape with a strong tensilized polypropylene backing with natural rubber adhesive. General-purpose tear tape has good initial tack, excellent shear resistance, and strong ultimate adhesion.

tesa® Softprint 52017 STM is a double-coated foam tape, designed specifically for mounting photopolymer plates with a thickness of 1.14mm (0.045") or 1.70 mm (0.067") in flexographic label printing. The soft foam makes this the ideal solution in printing screens and line work.

tesa® Softprint 52017 STM is a double-coated foam tape, designed specifically for mounting photopolymer plates with a thickness of 1.14mm (0.045") or 1.70 mm (0.067") in flexographic label printing. The soft foam makes this the ideal solution in printing screens and line work.

tesa® 52664 is a double-sided tape of 380 μm (15 mil) thickness with a cloth backing and a rubber adhesive. Suitable for corrugated postprint plate mounting, where the tape is first applied to the printing plate, then the liner is removed and the plate is attached to the carrier film. The cloth backing provides a high degree of flexibility, facilitating easy plate mount, while the well-proven adhesive ensures a reliable yet removable bond between printing plate and carrier film.

tesa® 8401 is a reactive heat activated film based on phenolic resin and nitrile rubber. This amber double sided tape has no backing. It is protected by a strong paper liner and can easily be slit and die cut. At room temperature this tape is not tacky. It is activated for pre-lamination by heat and starts to become tacky at 90°C/194°F. In a second application step heat and pressure is applied over a certain period of time.