It is a high-performance product with high density in the nature of polyethylene (HDPE). The product was made especially for blow-molding applications. The application areas include products manufactured through the small, blow-molded item-bottles and containers. The enhancement by adding calcium carbonate to it enhances the properties; it is widely used material for various industrial applications:
High Density and Stiffness
HD-BL3 White with CaCO3 is relatively dense, offering excellent stiffness and strength. This makes HD-BL3 White with CaCO3 suitable for applications where stiffness is vital, such as packaging for pharmaceuticals or surfactants. Furthermore, the high stiffness affords the possibility of obtaining lightweight yet strong products, which significantly reduces material usage while maintaining a similar performance
Exemplary ESCR
ESCR is a crucial property in the sense that it determines how the material performs under stress with chemicals or other environmental factors. HD-BL3 White with CaCO3 shows higher ESCR. Thus, this material is perfect for container applications that might be exposed to severe chemicals or detergents, thereby guaranteeing products that are durable and will last for longer periods, even in difficult situations
High Rigidity and Impact Strength
HD-BL3 White with CaCO3 has good rigidity, making the material highly capable of withstanding heavy loads without deformation. At the same time, it has good impact strength. That means that bottles and containers from this material shall not be broken or damaged, thus transferring valuable or fragile contents in a reliable fashion
Good flowability
HD-BL3 White with CaCO3 delivers excellent flowability, so the material can be easily processed, which means that the blow molding process should not suffer from too many flaws; products will come out smooth and relatively defect-free. It also allows for efficient manufacturing, meaning that downtime is kept at a minimum and productivity also improved
Melt Flow Index (MFI)
The Melt Flow Index (MFI) of HD-BL3 White with CaCO3 is 1.2 ± 0.3 (gr/10 min) at 190°C and 5 kg, complying with ISO 1133 standards. This shows that the material has viscosity and flow rate under heat and pressure; hence, it is suitable for blow molding processes where accuracy and consistency are critical
Applications
HD-BL3 White with CaCO3 is especially suitable for the following applications
Small Blow Molding
HD-BL3 White with CaCO3 is suitable for small blow molding applications because of its high density and flowability. It gives the possibility of creating detailed, precise, and durable products. The properties of this material make it suitable to be used in the manufacturing of small bottles and containers that require high rigidity and impact resistance
Bottles
This material is widely used in the production of bottles, especially for packaging products such as pharmaceuticals and surfactants. Its excellent ESCR and high stiffness ensure that the bottles can withstand various environmental stresses without degrading over time. Additionally, the good impact strength ensures that bottles remain intact during transportation and handling
Containers (up to 5 liters)
HD-BL3 White with CaCO3 is suitable for the production of containers up to 5 liters in volume. The high rigidity and impact resistance of this material make sure that the containers will not deform or break if the liquid they contain is heavy or dense. Therefore, it can be considered a good material for the packaging of various liquids, including household detergents and industrial chemicals
Packaging of Pharmaceuticals & Surfactants
For pharmaceutical and surfactant packagings, suitable materials must be chemically resistant and durable. HD-BL3 White with CaCO3 meets the main requirements: excellent chemical interaction and environmental stress resistance ensures that the contents remain safe and uncontaminated for extended periods
HD-BL3 White with CaCO3 is a versatile, high-performance HDPE material that excels in blow molding applications. Its high density, stiffness, good ESCR, and impact strength make it a reliable choice for a wide range of packaging applications, especially where durability and chemical resistance are important.
