Cubitainer 18L Production Process and Quality Control
The Factors Affecting Quality
Blow Molding Process: The LDPE container is manufactured through precise blow molding techniques, ensuring uniform wall thickness and structural integrity.
Heat Sealing: Proper sealing of the spout and edges is critical to prevent leaks.
Material Purity: Using high-quality, virgin LDPE enhances durability and chemical resistance.
Critical Steps in Production for Quality Assurance
Mold Design: Accurate mold dimensions are vital for creating uniform containers. Variations can lead to dimensional inconsistencies.
Cooling Time: Adequate cooling during molding prevents warping and ensures that the container maintains its shape when expanded or collapsed.
Sealing Inspection: Automated or manual testing ensures all seals are intact and capable of handling high-pressure liquids.
Outer Layer Assembly: Proper fitting of the cardboard layer ensures the overall durability and safety of the Cubitainer during handling and transport.
Quality Testing
Drop Tests: Ensures the container withstands accidental drops without compromising liquid integrity.
Pressure Tests: Verifies that the container can handle pressure variations during transport or storage.
Compatibility Tests: Confirms the chemical compatibility of the container with various liquid types.
Use For Food & Beverage Sector
The 18L Cubitainer is an ideal packaging container for the food market, widely used in the storage and transportation of liquid foods due to its excellent safety, hygiene, durability, environmental sustainability, and cost-effectiveness. Made from food-grade high-density polyethylene, it ensures food safety and quality, with strong sealing, leak-proof, and contamination-resistant properties. It is especially suitable for storing liquid foods such as juices, cooking oils, and sauces. In addition, the Cubitainer offers space efficiency, cost savings in packaging, and is recyclable, making it an ideal packaging solution for the food industry.
Why 18L Cubitainers for the Food Markets?
Food Safety Standards
The Cubitainer is made from high-density polyethylene (HDPE) that complies with international food contact standards. This material is non-toxic and harmless, ensuring that food remains uncontaminated during storage and transportation, meeting the strict requirements for food packaging materials.
Excellent Sealing
The Cubitainer is designed with a strong seal, which effectively prevents external contaminants from entering and avoids liquid leakage. It helps maintain the quality and freshness of the food, minimizing waste and contamination risks.
Ideal for Liquid Food Packaging
With an 18L capacity, the Cubitainer is perfect for bulk packaging of liquid foods like juices, cooking oils, sauces, and more. Its structure provides stable protection for liquid food storage and transportation.
The 18L Cubitainer is not only suitable for a single type of food but can also be customized to meet various liquid food packaging needs. Whether it's condiments, beverages, or bulk ingredients, the Cubitainer offers the ideal packaging solution, adaptable to different market demands.
Durability
The Cubitainer is highly durable, able to withstand the pressure of multiple handling, stacking, and transport. Additionally, the HDPE material is resistant to corrosion, allowing it to be used in various environments without compromising the quality of the food.
Eco-Friendly and Recyclable
The Cubitainer is made from recyclable materials, meeting environmental standards. This helps reduce the environmental impact of packaging waste. As the food industry increasingly focuses on sustainability, many companies are opting for this eco-friendly packaging solution.
Lower Packaging Costs and Simplify Production
The design of the Cubitainer is simple, with low production costs and ease of automation. Compared to traditional glass bottles or metal cans, Cubitainers have much lower production and transportation costs, allowing food companies to significantly reduce packaging expenses while improving production efficiency. The ease of automated production further enhances speed and consistency.
