​​Packaging Breakthrough: New 4.9g Bottle Cuts Plastic Use by 30% Without Sacrificing Performance​

July 5, 2025 –

​Industry Giants Shatter PET Bottle Weight Barrier with Revolutionary Design​

A groundbreaking collaboration between packaging leaders Krones and Husky has yielded the lightest 500ml PET beverage bottle ever produced. Weighing just 4.9 grams, the Factor 101 bottle represents a 30% reduction from conventional designs while maintaining exceptional durability standards.

The innovation builds upon the conceptual Factor 100 bottle first showcased at drinktec 2017, incorporating three key technological advancements:

  1. Patented “pop-in” base structure enhancing internal pressure resistance
  2. Precision temperature control system for optimal material distribution
  3. Reinforced shoulder geometry with honeycomb sidewall patterning

“The Factor 101 achieves what many considered impossible – significant weight reduction without compromising performance,” stated the project’s lead engineer. Independent testing confirms the bottle withstands 220N top loads, exceeding industry requirements by 10%.

Manufacturing breakthroughs include:
• Next-generation InnoPET Blomax Series V heating system
• Advanced infrared focusing for localized preform conditioning
• rPET compatibility meeting 100% recycled content standards

Environmental analysts highlight the dual sustainability benefits – reduced material consumption coupled with full recyclability. “This addresses both ends of the packaging lifecycle,” noted a circular economy specialist. “Less virgin plastic used initially, and easier recovery afterward.”

Market observers anticipate rapid adoption among premium beverage brands facing:
• Tightening EU packaging regulations
• Volatile resin pricing
• Consumer demand for eco-conscious solutions

The technology’s modular design allows adaptation across multiple container formats, with applications expected to expand into food, personal care, and pharmaceutical packaging sectors within two years. Industry projections suggest the innovation could eliminate 150,000 metric tons of plastic waste annually if widely adopted.

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