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FINAT FTM2
FINAT FTM2
FINAT FTM 2 is a standardized test method used to determine the peel adhesion characteristics of self-adhesive labels and pressure-sensitive materials. The test quantifies the peeling force needed to peel a label from a standard test surface following a specified angle of pull and rate of pull after a defined dwelling time. Peel adhesion is one of the most critical indicator parameters of the performance of pressure-sensitive labels and is a direct indicator of the bond strength that is formed between the adhesive and the label stock. FINAT FTM 2 is a widely utilized test for labeling manufacturers, packaging manufacturers, and adhesive manufacturers to assess label performance under controlled laboratory conditions. Presto Stantest has cutting-edge peel adhesion testing devices to suit industry needs for evaluating the quality of adhesive used in adhering various materials like paper, cardboard, wood, cardboard over paper, wood over wood, metal sheets, and chipboard by FINAT FTM 2 requirements.
Significance
The sticking power of the label directly translates to its ability to stick during storage, transport, handling, and end use. Labels might lift, wrinkle, or even peel off if they're not adhered well, or they may adhere too tightly and cause removal or reinstallation issues. FINAT FTM 2 assists manufacturers in comparing formulations of adhesives, checking consistency of production, and evaluating different label products for different applications. The test results provide support for the quality control process, product development programs, and material selection process. Regular peel adhesion testing also supports industries in keeping their product quality levels up and avoiding product failures in their market. Scope FINAT FTM 2 covers the determination of peel adhesion for pressure-sensitive labels and adhesive materials using a controlled peel test procedure. This is a measure of the force to separate a label from a standard label substrate when tested under specific testing conditions. It ensures a consistent and reproducible method of comparing the effectiveness of adhesives and evaluating the quality of labels in different laboratory settings.