Main Specifications of HDPE F7000
Melt Flow Index (MFI) (190/5): 0.3 g/10min
The Melt Flow Index (MFI) measures the flow rate of the polymer at a specific temperature and load. For HDPE F7000, the MFI is 0.3 grams per 10 minutes. A low MFI value like this indicates that the polymer has a high molecular weight, making it suitable for applications requiring high strength and durability, such as piping systems, containers, and heavy-duty packaging. This low flow rate ensures that the product retains its structural integrity under stress
Tensile Strength at Yield: 23 MPa
Tensile strength at yield is the stress level where the material starts to deform permanently. HDPE F7000 has a tensile strength of 23 MPa, which is high for polymers. This makes it a perfect choice for products that require withstanding strong forces without breaking, such as industrial tanks, outdoor furniture, and construction materials
Elongation at Break: Min 700%
The elongation at break is an indicator of the amount of stress the material can withstand in terms of stretching before it breaks. HDPE F7000 has an incredible elongation at break at a minimum of 700% meaning it is very elastic and crack-resistant under tensile strain. This quality makes it an ideal material for any applications, such as plastic films, pipes, or containers that need to have some stretchability and impact resistance.
Tensile Strength at Break: Min. 33 MPa
This parameter is the tensile strength that HDPE F7000 can sustain before it breaks. In terms of tensile strength, HDPE F7000 has a minimum of 33 MPa and is, therefore, highly resistant to impact and abrasion. This characteristic makes it more resilient in high-stress applications, such as crates, pallets, and other industrial parts that need durability and consistency over time.
Hardness: 59 Shore D
Hardness is an indication of the resistance of material to indentation or scratching. HDPE F7000 has a hardness rating on the Shore D scale to be 59, signifying that it is a polymer with a relatively high degree of hardness. This class of hardness protects against abrasion and wear and tear, offering an excellent choice for goods subjected to rough handling and abrasive environments, such as pipes, drums, and industrial containers.
Melting Point: 128°C
HDPE F7000 melts at a melting point of 128°C meaning that it can, under moderate levels of heat exposure, maintain its solid shape. Such a material has been considered useful, mainly in packaging, piping, and chemical containers wherein high temperatures will not easily deform or melt the structure, ensuring it does not soft due to the elevated temperature applied.
Applications of HDPE F7000
HDPE F7000 is considered to have a unique combination of its mechanical and thermal properties. This material can be used in various industries such as packaging, construction, agriculture, and consumer goods.
Packaging: The tensile strength and flexibility of HDPE F7000 make it the best plastic for manufacturing heavy-duty packaging materials such as containers, bottles, and crates. It ensures good resistance to impact and environmental factors, making goods transportable and storaged safely
Piping Systems: The high molecular weight and low MFI of HDPE F7000 make it suitable for manufacturing pipes and fittings for water supply, drainage, and gas distribution. Its resistance to chemicals and pressure makes it a reliable choice for long-lasting piping systems
Agricultural Applications: HDPE F7000 is also used in the agricultural sector for producing irrigation pipes, greenhouse covers, and agricultural containers. Its flexibility, strength, and resistance to UV radiation make it suitable for outdoor use in harsh environmental conditions.
Consumer Products: HDPE F7000 is used in many items that people use daily. It can be found in toys, household containers, and outdoor furniture. Its good processing properties, durability, and resistance to the environment make it a preferred material for manufacturing consumer goods that require long-term performance.
In summary, HDPE F7000 represents a perfect balance of strength, flexibility, and resistance to environmental factors, giving it a wide scope in many industrial and commercial applications. Its ability to bear high stress, impact, and temperature makes it the most valuable choice in industries requiring durability and efficiency
