Standing at the crossroads of consumption in 2026, Generation Z is redefining the essence of packaging—it's no longer merely an accessory to the product, but rather a "ticket" for brands to enter the social circles of young people. As minimalism fades, which visual symbols are rising?
This article will break down:
Aesthetic Reshaping: Why will "gummy candy aesthetics" replace the minimalist style as the mainstream?
Technological Empowerment: How can AR technology transform packaging from a static container into an entry point into the brand's metaverse?
Value Alignment: How can eco-friendly packaging balance a brand's sense of sophistication and ethical responsibility through "reverse design"?
Reject mediocrity, starting with anticipating the next wave of packaging aesthetics.
The rise of the pre-prepared food industry has driven advancements in food packaging technology. Retort pouches (retort bags) are specially designed to withstand high-temperature processing, typically between 121°C and 135°C, maintaining shelf stability without refrigeration.
This report provides an in-depth analysis of the transformation path of the US plastic packaging market in 2026, focusing on the evolution from traditional multi-layered composite structures to single-material sustainable flexible packaging. Driven by both regulatory compliance (such as the EPR Act) and consumer environmental awareness, high-performance packaging, represented by flat bottom pouches, is redefining American retail shelves by integrating digital interactive technologies with PCR (recycled plastics) applications. The report offers strategic advice to export-oriented manufacturers, from material development to market access, aiming to help brands seize the initiative in the North American market amidst the circular economy wave.
We're heading to the world’s largest natural products trade show! From March 3-6, M-star Packaging will be at the Anaheim Convention Center showcasing our newest product launches and sustainable solutions. Stop by Booth 1999A to meet the team, experience our latest innovations firsthand, and discuss how we’re shaping the future of the Packaging Bag industry.
The packaging industry is undergoing a data-driven transformation in 2026. This article provides an in-depth analysis of how stand-up pouches can optimize a company's ROI through structural design by comparing key indicators such as logistics space utilization, shelf interception rate, and loss rate. From PET/PE material ratios to heat-sealing strength data, it guides you to understand "how to manufacture a perfect stand-up pouch" from a data-driven perspective, helping brands achieve breakthroughs in both cost and efficiency.
In the food packaging industry, PE (polyethylene) is widely used due to its excellent processing performance and safety. However, balancing the requirements for high barrier properties with the physical properties of the materials has always been a technical challenge for brands.
This article focuses on three key technical dimensions: First, it reveals the decisive role of virgin resin in ensuring food safety through FDA migration test data. Second, regarding shelf-life management, it compares the water vapor transmission rate (WVTR) of PE films of different thicknesses in detail and proposes a technical optimization path for multilayer co-extrusion. Furthermore, addressing the common industry problem of ink smudging, it explains the principle of corona treatment in modifying surface energy (dyne value) from a physicochemical perspective.
This is not just a materials science article, but also a selection guide based on performance evaluation.
In flexible packaging customization, the biggest obstacle to achieving "what you see is what you get" often stems from the mismatch between material properties and printing processes. This article deeply analyzes the decisive influence of film surface energy (dyne level) on ink adhesion, revealing why 38-40 dyne/cm² is the technical baseline for ensuring colorfastness.
We compared four core scenarios: BOPET/nylon, with its excellent flatness, is the first choice for high-precision gravure printing; for PE materials with stretching properties, we provide practical suggestions on how to use flexographic printing to balance environmental protection and registration accuracy; and for kraft paper seeking texture and digital printing prioritizing small-batch flexibility, the article objectively presents the color performance under different combinations through a "100-grid test" and a "wear resistance test."
The snack industry is undergoing a paradigm shift as the "Netflix experience" transforms home movie nights into premium brand rituals. This report investigates the strategic role of custom packaging bags with logo as a primary tool for differentiation and engagement. Central to this evolution is digital printing technology, which empowers brands with small-batch agility, rapid turnarounds, and zero plate costs. This enables personalized marketing and seasonal experimentation that was previously cost-prohibitive for smaller producers.
Sustainability has transitioned from a differentiator to a market baseline. The study highlights the adoption of mono-material PE/PP structures and Post-Consumer Recycled (PCR) content to meet global regulations and eco-conscious consumer demand. Furthermore, it explores packaging psychology, analyzing how high-resolution logos, appetite-stimulating colors.
