Pressure sensitive shrink label
A technology of labeling and shrinkage, applied in the direction of labels, labeling machines, identification devices, etc., can solve the problems of high waste or extra processing steps, expensive, etc.
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Examples
Embodiment 1
[0108] The pressure sensitive shrink labels were constructed of a 3 mil thick low density polyethylene multilayer shrink film named CorrTuff from Sealed Air. The film was coated with acrylic emulsion adhesive S692N from Avery Dennison. The adhesive was applied on a coated paper Glassine BG-40 silicone release liner. The labels are extra large, having dimensions of approximately 5 x 3.5 inches, which is 20% larger than the industry standard recommended label size for the bottle to which the label is applied.
[0109] Compound curve 15 oz Johnson & Johnson Baby Lotion bottles were filled with water, capped and processed through a Label-Aire 9000 Series labeler at 100 bottles per minute (BPM). The labeler features dual feed screws with speed-matched upper and lower conveyor belts, a Label-Aire 2115-CD labeler head, and a high torque stepper motor drive. The label is pressed down with a walking beam type wiping device that provides a direct, center-out force to direct entrapped ...
Embodiment 2
[0112] A pressure sensitive shrink label consisting of a 2 mil thick polypropylene multilayer shrink film designated CZPA 200 from Innovia was applied to the bottle with compound curves following the method described in Example 1 . After initial wiping, medium-sized protrusions formed. High velocity hot air heats the bottle and label to 100°C. Protrusions shrink and rub flat easily after application of heat. Burst does not recover after aging.
Embodiment 3
[0114] A pressure sensitive shrink label consisting of a 2 mil thick polylactic acid monolayer shrink film designated EARTHFIRST PLA from Plastic Suppliers was applied to the bottle with compound curves following the method described in Example 1 . After initial wiping, medium-sized protrusions formed. High velocity hot air heats the bottle and label to 70°C. Protrusions shrink and rub flat easily after application of heat. Burst does not recover after aging.
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Abstract
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