Ultimate Guide to HDPE Geocell Cost
1. HDPE resin quality Influence HDPE Geocell Cost
Different HDPE raw material quality significantly impacts the geocell price. As the cost of virgin HDPE resin fluctuates with international crude oil prices, some manufacturers use recycled HDPE to reduce costs. However, geocells made from recycled material often exhibit poor welding quality and inferior performance, resulting in a lower market price. In contrast, BPM Geosynthetics exclusively uses top-grade virgin HDPE resin for our geocell sheets, ensuring consistent weldability, superior strength, and long-term durability-never compromising quality for cost.
2.Ultrasonic Welding Quality Influence HDPE Geocell Cost
The HDPE Geocell welding quality directly determines the structural integrity and long-term performance of HDPE geocells. Poor welding creates weak seams that can split under load, leading to cell deformation, loss of confinement, and ultimately, system failure. In contrast, high-quality ultrasonic welding ensures uniform, monolithic joints with tensile strength comparable to the sheet itself, guaranteeing durability and consistent performance throughout the project's lifespan.
3.Different HDPE Geocell Specifiction influence different HDPE Geocell cost
HDPE Geocell price is directly influenced by its product specifications. Key factors include the geocell height, sheet thickness, and weld spacing. Generally, a greater height, thicker sheets, and smaller weld spacing result in a higher price due to increased material usage and manufacturing complexity. Conversely, lower specifications reduce the cost. To provide an accurate quotation, BPM Geosynthetics requires details on your desired geocell height, weld spacing, sheet thickness, and the expanded dimensions. We can also customize the geocell's expanded size based on the specific length and width of your road or slope project.
| Properties | Unit | HDPE Geocell Type | |||
| Smooth and Not Perforated | Smooth and Perforated | Textured and Not Perforated | Textured and Perforated | ||
| Height |
mm
|
50≦H≦250 | 50≦H≦250 | 50≦H≦250 | 50≦H≦250 |
| Welding Distance | mm | 330≦A≦1000 | 330≦A≦1000 | 330≦A≦1000 | 330≦A≦1000 |
| Sheet Thickness | mm | 1.0–1.4 | 1.0–1.4 | 1.0–1.4 | 1.0–1.4 |
| Seam Peel Strength | mm | ≧100 | ≧100 | ≧100 | ≧100 |
| Tensile Strength of Cell Connections | mm | ≧120 | ≧120 | ≧120 | ≧120 |
| Tensile Strength at Yield of Each Sheet | mm | ≧20 | ≧20 | ≧20 | ≧20 |
4.Different HDPE Geocell Standard influence HDPE Geocell cost
For HDPE geocells to comply with ASTM GM standard, both the sheet tensile strength and weld point strength must meet specific requirements. The American standard mandates a weld point strength of 1420N/10cm, whereas the Chinese national standard requires 1200N/10cm. BPM Geosynthetics strictly adheres to client specifications, producing geocells with varying levels of tensile and weld strength to meet different quality demands and project.
5.HDPE Geocell order quantity influence
The unit price of HDPE geocell is influenced by order quantity. Larger orders typically benefit from reduced production and logistics costs, resulting in a lower price per unit. Conversely, smaller orders generally incur a higher unit price due to fixed setup costs. Below are the packing quantities for your reference regarding some common HDPE geocell specifications.
