The Pinnacle of Bag-in-Box Innovation by HANSIN

In the dynamic landscape of liquid packaging, Bag in Box (BIB), a cutting-edge solution pioneered by HANSIN, has emerged as a transformative force. This innovative packaging format seamlessly integrates a high-barrier flexible inner bag, a precision pouring spout, and a sturdy carton, redefining the standards for storage and transportation of liquids. HANSIN's medium transformation Bag in Box products, ranging from 2L to 25L, have garnered widespread acclaim for their unrivaled puncture resistance, seal strength, flex-cracking resistance, and unparalleled customized service advantages.

HANSIN's journey in the liquid packaging industry is underscored by a commitment to pioneering technology. Through rigorous research and development, the company has harnessed state-of-the-art materials and engineering techniques to create Bag in Box products that stand at the forefront of the market. A case study involving the application of HANSIN's BIB technology in the storage and transportation of juice exemplifies the transformative impact of this innovation.

HANSIN's Bag in Box products boast advanced technological features that set them apart. The high-barrier flexible inner bag is engineered with a multi-layer structure, incorporating materials with superior barrier properties against moisture, gases, and light. This not only extends the shelf life of the liquid but also ensures that it remains uncontaminated during storage and transportation.

The seal strength of HANSIN's Bag in Box is a testament to meticulous engineering. The heat-sealed seams are flawlessly executed, providing an airtight and leak-proof seal. This attention to detail is crucial in preventing any compromise to the liquid's quality and maintaining the safety of the packaging.

Flex-cracking resistance is another standout feature of HANSIN's Bag in Box technology. The carton's structural design, combined with the flexibility of the inner bag, ensures that the packaging can withstand the rigors of handling and transportation without succumbing to cracks or structural failure. This durability factor is especially critical in industries dealing with delicate liquids, such as dairy products and condiments.