Holding Power Strength Testing Instrument Lab tester Supplier Low Tack Tape Lasting Adhesiveness Tester ASTM D3654

The LAT Lasting Adhesiveness Tester, also referred to as the Tape Shear Adhesion Tester, stands as an innovative solution within the realm of pressure-sensitive tape and label evaluation. Developed by Cell Instruments, this state-of-the-art instrument is meticulously engineered to assess the enduring adhesive properties of pressure-sensitive tapes and labels, gauging their capability to sustain adhesion under consistent loads parallel to the surface of both the tape and substrate. By delivering precise and dependable results, the LAT Lasting Adhesiveness Tester emerges as a pivotal component in quality assurance across diverse sectors including plastics, paper, textiles, food, pharmaceuticals, toiletries, printing, adhesives, and more.

Technical Features of LAT Lasting Adhesiveness Tester

The LAT Lasting Adhesiveness Tester integrates several advanced technical features to ensure the accuracy and efficiency of testing procedures:

1. Microcontroller for timing: Enhanced precision is achieved through the incorporation of a microcontroller, elevating the testing process to new levels of accuracy.
2. LCD display and time-locking function: Equipped with an LCD display, monitoring becomes effortless, complemented by a time-locking function that guarantees precise testing durations.
3. Customizable configurations: Users benefit from the flexibility to tailor the tester to different testing stations, accommodating varying requirements effortlessly.
4. Adaptability to temperature environments: Versatility in testing environments is assured as the LAT Lasting Adhesiveness Tester can be adjusted to suit diverse temperature conditions, ensuring consistent and reliable results across the board.

Why Choose LAT Lasting Adhesiveness Tester?

The LAT Lasting Adhesiveness Tester serves as an indispensable tool for industries reliant on pressure-sensitive tapes and labels, safeguarding the quality and reliability of adhesive products by meticulously evaluating the uniformity of adhesion under sustained stress. Its significance is particularly pronounced in applications where adhesion strength plays a pivotal role in product performance and longevity.

Purpose of of LAT Lasting Adhesiveness Tester

Primarily, the LAT Lasting Adhesiveness Tester is designed to assess lasting adhesiveness, shear adhesion, shear resistance, and static shear adhesion of pressure-sensitive adhesive tapes, labels, and related products. Through controlled conditions encompassing standardized temperature and load parameters, valuable insights into material adhesive properties are gleaned, aiding manufacturers in refining product formulations and ensuring adherence to industry standards.

Application of LAT Lasting Adhesiveness Tester

Tailored for testing the lasting adhesive/holding power of pressure-sensitive adhesive tapes, labels, and related products, the LAT-01 Lasting Adhesiveness Tester finds application across industries where tape and label adhesion strength is imperative for product reliability and performance.

Standard Compliance of LAT Lasting Adhesiveness Tester

The LAT Lasting Adhesiveness Tester adheres rigorously to international standards, including ASTM D3654, PCTC-107, JIS Z0237, and GT/T 4851. Such adherence underscores the reliability and accuracy of the testing process, positioning the LAT Lasting Adhesiveness Tester as the discerning choice for quality control measures.

FAQs of LAT Lasting Adhesiveness Tester

• How is the test result recorded?

After the test duration concludes, weights are removed, and the extent of slippage or the duration for tape separation from the panel is recorded using a magnifying glass with graduations.

• How is the test sample prepared in the tape shear adhesion test?

The specimen is aligned parallel to the longitudinal axis of the two panels, affixed to the central portion of the panels. A roller is utilized to roll the specimen at a speed of approximately 300mm/min or 10mm/s, ensuring application of force solely from the roller's mass. The number of rolling cycles can be specified based on product requisites.

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