| Unit FOB Qingdao Price ($/pc) | Unit CIF Bangkok Price ($/pc) | Quote Date | Price Valid Date |
|---|---|---|---|
| $125.7 | $130.7 | 11th May, 2024 | 21st May, 2024 |
| $126.0 | $131.6 | 11th Sept, 2024 | 21st Sept, 2024 |
Monofilaments are single, continuous strands of material used in making various types of nets. By increasing the pulling strength of each monofilament, you enhance the overall tensile strength of the net. This can be achieved through the use of higher-grade materials or by improving the molecular alignment in the polymer during the manufacturing process. These changes enhance the ability of the monofilaments to withstand greater forces without breaking, thus directly contributing to a more robust and durable safety net.
The thickness of the monofilament directly influences the strength and durability of the net. Thicker monofilaments can bear more weight and resist breakage under tension better than thinner ones. By increasing the diameter of the monofilaments used in the safety nets, the net becomes stronger and more capable of meeting higher safety standards. This method not only improves the load-bearing capacity but also potentially increases the lifespan of the safety net, as thicker strands are typically more resistant to wear and environmental factors.
In our most recent quality assessment, the average tensile strength of our safety nets was recorded at 38.17kgf. We acknowledge that this is slightly below the 40kgf benchmark set by Mr. Tong. To address this, we are prepared to implement strategic enhancements, as detailed in the previous section, which are projected to increase the tensile strength by up to 10%. These adjustments will align our product with your rigorous specifications, ensuring it meets the required safety standards.
We are fully confident in our ability to achieve the necessary improvements in tensile strength. Should the adjusted product fail to meet the 40kgf strength requirement upon retesting, please be assured that we will take full responsibility for any resultant losses. We understand the significance of ensuring the quality right from the start and the challenges associated with sample production, particularly given our batch-based manufacturing process.
Therefore, we commit to guaranteeing that the product will meet Mr. Tong’s requirements by the time the first trial order is produced. This is our promise to you, as we aim to build a trustworthy and satisfying partnership.
I’ve placed a reference video of a sample cut at the top that you can watch.
| Sample Source | Measurement Number | Tensile Strength Value |
|---|---|---|
| Msafe | 2 | 2141N |
| Jinguan | 3 | 2632N |
| Jinguan | 4 | 2616N |
| Msafe | 5 | 2286N |
To ensure a more rigorous and professional evaluation of the tensile strength of your anti-fall safety nets, it’s important to account for variations that could arise from different sampling locations within the net. Typically, the strength values from the edges and the center of the net may differ due to variances in material stress and handling. In practice, conducting only 2-3 tests may not provide a comprehensive representation of the net’s overall strength.
For a more precise and reliable measurement, it is advisable to increase the number of tests significantly. I recommend conducting between 10 to 20 tests, encompassing various sections of the net, including both edge and central areas. This approach will help mitigate the variability inherent in fewer tests and provide a robust dataset from which to calculate the average tensile strength.
After collecting this data, calculating the average value will give you a more accurate indication of the net’s tensile strength. For optimal accuracy and validation of your results, consider utilizing the services of a certified testing laboratory. This step not only enhances the credibility of the testing process but also ensures that your safety nets meet the highest standards of quality and reliability required in safety-critical applications.
| Sample Source | Tensile Strength Data | Kilogram Force |
|---|---|---|
| Jinguan | 258.855 N | 26.40 kgf |
| Msafe | 251.37 N | 25.63 kgf |
We have completed the tensile strength test for single wires. Please check the corresponding data values and testing video.
After testing, we found that the tensile strength of the single wire is 25-26kgf, which does not reach the tensile strength value of 40kg, you can send it to your local testing lab for multiple measurements.