+--------------------------------------------------------------+ | JIS Z 1707 COMPLIANCE | +------------------------------+-------------------------------+ | PARAMETER | SPECIFICATION / REQUIREMENT | +------------------------------+-------------------------------+ | Maximum Thickness | 0.25 mm (250 µm) | | WVTR Barrier Max | 168 g/m²·24h | | Swelling Value Limit | 70% Maximum | | Verified Testing Pillars | Puncture / Tensile / Elongation| +------------------------------+-------------------------------+
Of these, the is one of the most commonly cited from JIS Z 1707. It measures the resistance of a plastic film to being pierced by a sharp object, which is critical for preventing pinholes and maintaining the integrity of the package during distribution and handling. The specific test parameters are:
According to the standard (and various research citations), films must meet specific thresholds for safety and durability: ResearchGate jis z 1707
is the definitive Japanese Industrial Standard that outlines the general rules and quality frameworks for plastic films used in food packaging. Formally titled "General Rules of Plastic Films for Food Packaging," this critical standard establishes technical baselines for physical, mechanical, and safety properties. It ensures that packaging materials protect human health and maintain food quality throughout production, transportation, and retail distribution.
JIS Z 1707:1997 General rules of plastic films for food packaging Formally titled "General Rules of Plastic Films for
: It applies to films primarily composed of membranous high polymer materials with a thickness under 250 µm .
Displaying compliance with Japanese industrial standards enhances brand reputation, signaling superior product protection and hygiene to consumers worldwide. Conclusion this step evaluates structural durability.
: While often referenced alongside other standards like ASTM F88 , it outlines general expectations for the integrity of heat-sealed packages. Standard Details Film Cutter FSC-1525
Referencing cross-cutting test metrics like , this step evaluates structural durability. The film is loaded into a universal testing machine and pulled apart until a fracture occurs. It verifies that the film can elongate elastic strain and handle load pressures without instantly snapping.