SED022【Custom Anti-Static Work Shoes White Leather Slip-On Version】｜Seamless construction｜Laceless low-cut design

Summary of Inspection and Test Results

No.

Test Item

Standard Requirement

Test Result

Conclusion

Remarks

1

Finished Footwear
Upper/Outsole
Bonding Strength

Excluding stitched soles, bonding strength ≥4.0N/mm. If tearing occurs on the outsole during the test, the bonding strength must be ≥3.0N/mm.

Left Shoe 1: 8.7N/mm
Right Shoe 1: 9.9N/mm
No tearing on the outsole.

Compliant

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2

Finished Footwear
Slip Resistance

Coefficient of friction measured on ceramic tile:
Heel forward slip ≥0.28
Flat forward slip ≥0.32

Heel forward slip
Left Shoe 1: 0.30
Left Shoe 2: 0.30
Left Shoe 3: 0.31
Flat forward slip
Right Shoe 1: 0.33
Right Shoe 2: 0.33
Right Shoe 3: 0.33

Compliant

/

3

Outsole
Tear Strength

For materials with density >0.9g/cm³:
≥8kN/m

11kN/m

Compliant

/

4

Outsole
Abrasion Resistance

For materials with density >0.9g/cm³:
Relative volume loss ≤150mm³

102mm³

Compliant

/

5

Finished Footwear
Impact Resistance

For safety footwear size 255~265:
After impact with at least (100±2)J of energy, the minimum clearance inside the toecap shall be ≥14.0mm. Additionally, no cracks that allow light to pass through shall appear on the test axis of the toecap.

Left Shoe 2: 18.5mm
Right Shoe 2: 18.5mm
No penetrating cracks were generated on the test axis of the toecap.

Compliant

/

6

Finished Footwear
Compression Resistance

For safety footwear size 255~265:
Under a pressure of (10±0.1)kN, the minimum clearance inside the toecap shall be ≥14.0mm.

Left Shoe 3: 18.0mm
Right Shoe 3: 18.0mm

Compliant

/

7

Antistatic
Performance

After conditioning in a dry environment:
100kΩ ≤ Resistance ≤ 1000MΩ

After conditioning in a wet environment:
100kΩ ≤ Resistance ≤ 1000MΩ

Left Shoe 2: 96.7MΩ
Right Shoe 2: 92.4MΩ
Left Shoe 3: 99.8MΩ
Right Shoe 3: 94.3MΩ

Left Shoe 4: 32.6MΩ
Right Shoe 4: 33.4MΩ
Left Shoe 5: 35.6MΩ
Right Shoe 5: 31.7MΩ

Compliant

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