1990Journal of Plastic Film & SheetingRequires access

Slow Rate Penetration of Packaging Films

Rick J. Seyler

Open publisher page 11 citations

Abstract

A detailed evaluation of the slow rate penetration resistance measure ment was conducted on twenty-two different monolithic, coextruded, or laminated flexible barrier packaging films using five different probe geometries. No universal change in penetration resistance with penetration rate was found. Decreasing probe sharpness or severity increased the observed penetration resis tance and improved the signal-to-noise ratio. However, similar rankings of film per formance were possible regardless of probe geometry. After considering these and many other factors, it is recommended that measurement of slow rate penetration re sistance should be made using a 20 mm/min penetration rate and a 3 2 mm dia hemispherical probe with a probe:clamp diameter ratio of 10.

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What this paper is about

A detailed evaluation of the slow rate penetration resistance measure ment was conducted on twenty-two different monolithic, coextruded, or laminated flexible barrier packaging films using five different probe geometries. No universal change in penetration resistance with penetration rate was found. Decreasing probe sharpness or severity increased the observed penetration resis tance and improved the signal-to-noise ratio. However, similar rankings of film per formance were possible regardless of probe geometry. After considering these and many other factors, it is recommended that measurement of slow rate penetration re sistance should be made using a 20 mm/min penetration rate and a 3 2 mm dia hemispherical probe with a probe:clamp diameter ratio of 10.

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Available abstract

A detailed evaluation of the slow rate penetration resistance measure ment was conducted on twenty-two different monolithic, coextruded, or laminated flexible barrier packaging films using five different probe geometries. No universal change in penetration resistance with penetration rate was found. Decreasing probe sharpness or severity increased the observed penetration resis tance and improved the signal-to-noise ratio. However, similar rankings of film per formance were possible regardless of probe geometry. After considering these and many other factors, it is recommended that measurement of slow rate penetration re sistance should be made using a 20 mm/min penetration rate and a 3 2 mm dia hemispherical probe with a probe:clamp diameter ratio of 10.

Key concepts: Penetration (warfare), Materials science, Penetration rate, Composite material, Penetration depth, Penetration test, Rate of penetration, Optics

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