[Lead-in]​ Hand stretch film is usually expected to be "thick and durable," but the new generation of ultra-thin products takes the opposite approach — at just 8 microns thick, roughly one-tenth the diameter of a human hair. How can a film this thin "punch above its weight"?

Just How Thin Is 8 Microns?

      Eight microns equals about 0.008 mm. For comparison, conventional hand stretch film is typically 15 microns or thicker. While being "thin," the ultra-thin formulation retains sufficient strength and puncture resistance through high-strength raw materials and a multi-layer structure design, delivering overall performance superior to traditional hand stretch film.

Less Material, More Goods Wrapped

      The direct benefit of going ultra-thin is material savings: according to company data, 1 ton of ultra-thin hand stretch film can deliver the wrapping performance of about 2.5 tons of conventional stretch film, reducing stockpiling and warehouse space occupancy while also lowering consumable cost per packaging cycle.

Subtracting Material Cost

      While ensuring load stability and puncture resistance, ultra-thin hand stretch film can cut material cost by approximately 50%. For high-consumption manual packaging operations, this is a tangible saving that truly adds up.

Who Is It For?

      Ultra-thin hand stretch film suits irregularly shaped goods, small to medium batches and a wide range of manual packaging scenarios, with multiple specifications available for flexible selection based on actual needs. (Data on thickness, coverage multiple and cost reduction are based on company figures; verification against test reports is recommended.)