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Hot Tack Testing for Optimizing Production Efficiency in Form-Fill-Seal Lines

Hot Tack Testing for Optimizing Production Efficiency in Form-Fill-Seal Lines

Hot Tack Testing for Optimizing Production Efficiency in Form-Fill-Seal Lines

Product catalog summary
Introduction to Hot Tack Testing
Hot tack testing is essential for optimizing the hot sealing parameters in Form-Fill-Seal (FFS) lines, which are prevalent in packaging industries for products such as food, medicine, and cosmetics. Hot tack refers to the initial seal strength immediately after heat sealing, crucial for FFS lines where minimal cooling time is available before product filling.

Case Study Overview
A case study involving Labthink C632B Hot Tack Tester evaluated two film materials (A and B) for an East Asian food producer. The objective was to select the material that would enhance the FFS line's efficiency. The client's requirements included a maximum sealing temperature of 133°C and a minimum hot tack strength of 2N.

Testing and Results
The Labthink C632B Hot Tack Tester is used for various tests, including hot tack and heat seal performance tests. The results showed that Film A met the minimum hot tack requirement only at higher temperatures (127°C - 133°C) and longer sealing times (above 0.5s). Film B, however, exceeded the requirement over a broader temperature range (118°C - 133°C) and shorter sealing times (as low as 0.3s).

Recommendations and Conclusions
Film B was recommended due to its superior performance at lower temperatures and shorter sealing times, leading to increased production efficiency and reduced energy consumption. The report suggests further testing to fine-tune sealing temperatures for consistent production line performance and emphasizes considering material cost alongside hot tack performance for a comprehensive cost-efficiency analysis.

Importance of Hot Tack Testing
Hot tack testing is vital for selecting optimal sealing parameters, enabling manufacturers to achieve higher production efficiency. As demand for functional packaging materials grows, testing methods are evolving to ensure comprehensive evaluation. Labthink encourages collaboration with industry companies for quality control.
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Catalog excerpts

Hot Tack Testing for Optimizing Production Efficiency in Form-Fill-Seal Lines-1

Labthink Instruments Co., Ltd. [email protected] +86-531-85068566 Hot Tack Testing for Optimizing Production Efficiency in Form-Fill-Seal Lines Hot tack testing plays an important role in selecting optimal hot sealing parameters for Form-Fill-Seal (FFS) lines. Hot tack refers to the initial seal strength of packaging materials immediately after heat sealing, before they cool down. It is crucial for FFS lines where product filling follows hot sealing with minimal cooling time. FFS lines are widely used in packaging industries for products like food, medicine, and cosmetics. In these lines, packages are formed and filled simultaneously. Since the filling process creates an impact on the package bottom, sufficient hot tack strength is essential to prevent breakage and ensure filling efficiency. While ultimate seal strength, measured after cooling, is a valuable quality metric, it's not applicable in FFS due to the short time frame. A case study is presented hereunder, Labthink C632B Hot Tack Tester was used to evaluate two film materials (A and B) for an East Asian food producer. Both films had similar performance parameters, but the goal was to select the material that would optimize the FFS line's efficiency. The client's requirements specified a maximum sealing temperature of 133°C and a minimum hot tack strength of 2N. Other sealing parameters like sealing pressure and film side for sealing were fixed.

 Open the catalog to page 1
Hot Tack Testing for Optimizing Production Efficiency in Form-Fill-Seal Lines-2

Labthink Instruments Co., Ltd. [email protected] +86-531-85068566 Labthink C632B Hot Tack Tester is applicable in hot tack and heat seal performance tests for plastic films, laminated films and other packaging materials. It is applicable in peel test, tensile at break test, and other tests for adhesives, adhesive tapes, laminated films, plastic films, paper and other flexible materials. The test results revealed that both films exhibited an optimal hot sealing temperature around which hot tack strength decreased. Film A achieved the client's minimum hot tack requirement only at higher temperatures...

 Open the catalog to page 2
Hot Tack Testing for Optimizing Production Efficiency in Form-Fill-Seal Lines-3

Labthink Instruments Co., Ltd. [email protected] +86-531-85068566 for optimal and consistent sealing across the production line. It also emphasizes considering material cost alongside hot tack performance for a holistic cost-efficiency analysis. Hot tack testing plays a critical role in selecting optimal hot sealing parameters for FFS lines. By identifying materials with superior hot tack properties, manufacturers can achieve higher production efficiency through faster sealing cycles and lower energy usage. This report highlights the importance of hot tack testing in optimizing production line...

 Open the catalog to page 3

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  34. C 631 H

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  35. C660 B

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  36. VAC-VBS

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Archived catalogs

  1. C611M

    2  Pages

  2. C306H

    3  Pages

  3. C230H

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  4. Leak Tester

    2  Pages

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.
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