Page 208 - Training 2019
P. 208

EXAFIT HP RANGE – WHY HIGH PERFORMANCE?
     HIGH PERFORMANCE FOAM
            Faster dynamic response whatever the hardness;
            Better resilience characteristic for improved absorption of mechanical vibration and variability of substrate;
            Consistency of performance whatever the machine setting conditions;
            Wider range of hardness and more reactive foam performance for a better solution to the most demanding
            printing jobs.

     HIGH PERFORMANCE LINER
            Flexible and smooth liner for easy removability and improved handling performance and accurate positioning;
            Embossed which allows air bubbles to be removed easily;
            Transparent liner for a clear and quick identification.

     EXAFIT SCAPA HP RANGE – ADHESIVE TECHNOLOGY
     HIGH PERFORMANCE ACRYLIC ADHESIVE ON CYLINDER SIDE WITH DIFFERENT ADHESIVE LEVELS ON PLATE SIDE
     Standard adhesive, range – 0:
            Product Reference: all products references ending with 0 HP, as example 43220 HP:
             o   Where standard adhesion to plate is required;
             o   Good compromise between tack and adhesion levels;
             o   Easy repositioning and demounting properties;
             o   Dedicated for thin and large plates;
             o   Good demounting through minimal increase of adhesion.

     Higher adhesive, range – 1:
            Product Reference: all products references ending with a 1 HP, as example 43221 HP:
             o   Specifically used on small cylinders;
             o   Specifically used on rigid & thicker plates;
             o   Specifically used on high speed machines;
             o   Adhesive properties prevent plate lifting;
             o   Removable without leaving adhesive residues behind on plate surface.




                                                                         SCAPA CUSHION MOUNT TRAINING MANUAL     4
                                                                                                Updated - 24 June 2019
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