The Impact of Glass Packaging on Minimizing Food Waste
A diverse array of sectors, from individual homes to the hospitality industry, plays a part in this alarming statistic. Although specific food items have a limited storage period before reaching their best before dates, using glass containers has been shown to effectively prolong the freshness of various products. The outcome? A reduction in food waste and a powerful reminder for everyone to be more conscious about discarding uneaten food.
Reasons for the Craft Beverage Industrys Preference for Cans Instead of Bottles
Both craft beverage makers and drinkers are increasingly opting for aluminum cans as their preferred packaging. When choosing how to package their products, brewers consider factors such as sustainability, practicality, and cost-effectiveness, which also influence consumers' decisions on how to enjoy their craft drinks.
The global market for can coatings is projected to reach a value of USD 4.36 billion by 2032, with an expected compound annual growth rate (CAGR) of 5.1%
According to a recent report from Spherical Insights & Consulting, the market size for global can coatings is projected to increase from $3.62 billion in 2022 to $4.36 billion by 2032, with an annual growth rate of 5.1% over the forecast period
Reasons Why PET Plastic is a Reliable Option for Packaging Food and Beverages
With benefits that range from safety to environmental sustainability, PET plastic is an ideal choice for ensuring the secure and efficient packaging of food and drinks. Let’s explore the reasons behind PET plastic’s popularity in this industry.
What is the raised area found on the rim of an aluminum can?
When consumers pop open a beverage can, their attention typically centers on the ease of the pull tab. However, many overlook the subtle raised metal feature that encircles the can's opening. While it may appear trivial, this design element is a remarkable achievement in contemporary industrial engineering. It serves as both a "safety lock" to seal the beverage and a testament to advancements in materials science, mechanical engineering, and precision fabrication.
Creative Package shines at the 2025 Canton Fair and expands its global presence
In 2025, the 130th China Import and Export Fair (Canton Fair) was held in Guangzhou, a commercial feast that brought together global buyers and suppliers. Anhui Chuangbao Technology Group Co., Ltd. made a grand appearance with its rich and diverse packaging products. With its outstanding strength and innovative achievements in the packaging field, it attracted many professional visitors and potential customers from all over the world.
Square Glass Jars with Lids Vs. Round Glass Jars for Food Storage
When considering sustainability, glass jars—both round and square with lids—serve as eco-conscious options compared to plastic containers. Nonetheless, square glass jars hold an advantage in shipping logistics. Their shape allows for more efficient packing, which minimizes the need for additional packaging materials and ultimately lowers your carbon footprint.
Frequent issues and their remedies encountered in the manufacturing of easy-open lids.
It is widely recognized that two-piece aluminum cans offer numerous benefits, including their lightweight nature and ease of transport; they are also resistant to breakage, ensuring safety. Their outstanding sealing capabilities and extended shelf life for contents have established these cans as the preferred choice for beverage packaging among consumers in both the United States and Europe, leading to consistently high demand. Additionally, there is a significant market potential for aluminum easy-open ends.
Plastic Products Production: Selecting Between Injection and Compression Molding
Compression molding is a manufacturing technique that utilizes pressure to shape preheated materials into specific forms. In contrast to injection molding, which uses a multi-cavity mold to create multiple parts in one cycle, compression molding features a machine with a carousel containing several single-cavity molds, each producing one closure at a time.