HDPE square rods are solid, four-sided bars made from High-Density Polyethylene (HDPE). These rods are specifically shaped with a square cross-section, offering unique characteristics that make them suitable for various applications.
Their unique square cross-section adds to their adaptability in various industries and custom fabrication projects.
Cutting boards are commonly used in kitchens for slicing, chopping, and preparing food ingredients.
Utilized for storing and handling various types of chemicals, including liquids, gases, and powders, in industrial and laboratory settings.
Employed to ensure smooth and precise movement of chains in low-load applications as conveyors.
Used to provide support and functionality for individuals with musculoskeletal challenges.
essential for domestic, industrial, and emergency purposes, supply of clean water for consumption, irrigation.
Employed to transform raw ingredients into a variety of products, encompassing activities such as cleaning, cooking.
Used to protect and the durability of equipment chutes, reducing wear and tear while facilitating the smooth flow of materials.
Utilized to shape plastic sheets into a wide range of products and consumer goods, by heating and forming the material using molds.
Used in vehicles to ensure proper positioning and safety of occupants, preventing movement and ensuring secure.
Frequently employed in medical and rehabilitation settings to provide support and alignment.
Used in sliding door and window systems to facilitate smooth and controlled movement around corners, enhancing functionality.
Utilized in manufacturing and distribution processes to efficiently transport goods between different elevations in a compact footprint.
find diverse applications in industries such as construction and electronics, serving as customizable components.
Used in industrial automation and transportation equipment to precise and controlled movement of machinery.
| Performance and Test Conditiom | Test Method | Unit | Tyical Values |
| Notched impact strength of cantilever beam, 23°C | ASTM D256 | J/m | 80 |
| Yield tensile strength, 23°C, 50mm/min | ASTM D638 | Mpa | 30 |
| Elongation at break, 23°C, 50mm/min | ASTM D638 | % | 500 |
| The bending strength. 23C, 2mm/min | ASTM 790 | Mpa | 35 |
| Bending modulus, 23°C, 2mm/min | ASTM 790 | Mpa | 1375 |
| Shore hardness D | ASTMD2240 | – | 75 |
| The Density | ISO 1183 | g/cm3 | 0.96 |
| Performance and Test Conditiom | Test Method | Unit | Tyical Values |
| Thermal deformation temprature(HDT) (0.45Mpa) | ISO 75 | °C | 80 |
| Melting point | – | °C | 120 |
| Long term operating temperature | – | °C | 90 |
| Short-term operating temperature | – | °C | 110 |
| Thermal conductivity | DIN 52612-1 | W/(K-M) | 0 |
| Linear expansion coefficient | ASTM D696 | 10-5-1/K | 15.5 |
| Performance and Test Conditiom | Test Method | Unit | Tyical Values |
| Dielectric strength | ASTM D150 | KV-mm | 40 |
| Dielectric loss coefficient | ASTM D150 | – | – |
| The volume resistance | ASTM D257 | Ω.cm | 1014 |
| The surface resistance | ASTM D257 | Ω | 1016 |
| Dielectric constant | ASTM D149 | – | 2.4 |
