Jis Z 1707 Site

Draft revisions for the next edition (expected 2026–2027) propose new sub-categories for nanocomposite PE films with thicknesses as low as 0.012 mm while maintaining Type 2 strength properties.

The standard specifies tolerances for thickness and width.

JIS Z 1707 is a Japanese Industrial Standard (JIS) related to ergonomics and human factors in product design, specifically addressing visual display terminal (VDT) workstations and the visual environment. It situates itself within a broader set of standards intended to ensure safety, comfort, productivity, and health for users interacting with visual displays. This essay examines the standard’s scope, historical context, core requirements, technical rationale, practical implications for designers and employers, and its relationship to other national and international standards. jis z 1707

The standard restricts the presence of heavy metals like lead, cadmium, and mercury, which can be present in inferior plasticizers or colorants.

The standard also groups films by nominal thickness: Draft revisions for the next edition (expected 2026–2027)

Note: Thickness tolerances are strictly enforced, typically within ±10% of nominal value.

In the world of industrial packaging and material science, standards are the invisible backbone that ensures quality, safety, and interchangeability. One such critical standard, particularly within the Japanese industrial landscape and increasingly recognized globally, is JIS Z 1707. In the world of industrial packaging and material

JIS Z 1707 specifies the requirements for general purpose polyethylene (PE) films used for packaging and general industrial applications. This Japanese Industrial Standard (JIS) outlines the classification, quality, test methods, and dimensions of flexible polyethylene films not intended for agricultural use (which falls under a different standard, JIS K 6782).

If you are a manufacturer, quality control engineer, procurement specialist, or packaging designer working with polyethylene materials in regions that adhere to Japanese specifications (including automotive parts, electronics, food packaging, or heavy industry), understanding JIS Z 1707 is non-negotiable. This article provides a deep technical dive into every clause, test method, and practical implication of JIS Z 1707.