The main purpose of a non-marking testing machine for footwear outsoles is to ensure that manufactured footwear products will not leave noticeable marks on the ground during wear. The sample is placed on a specified white or black PU standard plate and subjected to a reciprocating test with specified pressure, number of cycles, stroke, and frequency. After reaching the specified number of test cycles, the sample is observed on the standard plate for any marks, and the degree of mark retention is evaluated by comparing it with a gray scale for staining.
It can be used to confirm that footwear products meet relevant non-marking standards and specifications to ensure product quality.
It can be used to evaluate the impact of different materials and designs on ground markings, helping to optimize sole design during product development and provide products that better meet user needs.
Ensuring that footwear products leave no marks during use can enhance their market competitiveness, especially for footwear used in special venues such as indoor sports fields and exhibition halls, where the mark-free feature may be a significant selling point.
In a highly competitive market, offering footwear that leaves no marks can be a differentiating feature for a brand, attracting more consumers.
In some places, such as sports fields, non-marking footwear can reduce wear and damage to the ground and extend the lifespan of the venue.
In certain settings, such as indoor sports fields, exhibition halls, and museums, the requirement for shoes to leave no marks is a standard requirement. This test ensures that footwear products comply with relevant regulations.
The shoe outsole non-marking tester ensures that footwear products will not contaminate the ground during actual use, which is especially important for sports fields and other sensitive areas.
If you have any further questions or needs regarding shoe outsole non-marking testers or other related equipment, please feel free to contact us.
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It can test two sets of samples simultaneously without interference, thus improving testing efficiency.
It features an intuitive and easy-to-use interface, reducing user learning time and improving efficiency.
It features a simple and easy-to-use operating method, allowing users to easily complete the experiment process.
| Friction Stroke | 100±2 mm |
| load | 900±10g |
| test tank | The cylindrical part has a diameter of 11.4 mm and a groove depth of (4.0 ± 0.2) mm. |
| Friction speed | 40 ± 2 cpm |
| counter | LCD 0 ~ 99,999,999 times |
| Volume (approx.) | 30 cm × 43 cm × 47 cm |
| power supply | 1∮ AC 220V 50Hz (depending on country or specific requirements) |
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