Footwear Testing Equipments

The Footwear Testing Equipments are primarily used for the testing of flexibility, color, impact resistance, abrasion resistance, penetration resistance and other such factors of the footwear. Using these equipment is highly efficient for improving the quality of footwear. These types of testing equipment are helpful for the determination of mechanical as well as physical performance of the footwear products. The testing of the products is carried out during the manufacturing process and also after it is completed. All in all, by using the Footwear Testing Equipments, one can easily get the accurate analysis of the footwear in terms of quality.

Sole Adhesion Tester

Price 65000.0 INR/ Unit

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MOQ : 1 Unit

Equipment Type
Sole Adhesion Tester

Accuracy
1% of full scale

Application
Used to determine the adhesion strength between the sole and upper of footwear

Capacity
50 250 kgf

Control Mode
Manual/Automatic options

Display Type
Digital LED

Frequency
50 Hz

Gas Pressure
0.4 0.7 MPa

Interface Type
Digital/Manual

Machine Weight
Approx. 65 kg

Max Height
400 mm (approx.)

Measuring Range
0 250 N

Number of Specimens
1 at a time

Operating Voltage
220V AC

Port Size
1/4 inch

Power Supply
220V AC, 50 Hz

Resolution
0.01 N

Response Time
<2 seconds

Specimen Size
200 mm x 70 mm (max)

Temperature
10C 40C

Test Range
0 250 N

Test Speed
50 200 mm/min

Test Stroke
Up to 50 mm

Test Width
70 mm

Usage
Footwear laboratory testing

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Toe Cap Impact Tester

Price 85000.0 INR/ Piece

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MOQ : 1 Piece

Material
Metal

Power
220

Power Source
Electric

Test Material
Block

Type
Automation

Usage
preventing crushing of or injury to the toe of the user.

Weight
50-80 Kilograms (kg)

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Bennewart Flex Tester

Price 80000.0 INR/ Piece

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MOQ : 1 Piece

Display Type
Digital

Features
Semi-Automatic

Frequency
50 Hz

Material
MS

Number of Specimens
2

Power Supply
220 V

The Bennewart Flex Tester is used to evaluate the flexing/fatigue resistance and cut-growth behaviour of footwear outsoles, elastomers, rubber, soles and other flexible materials when repeatedly bent. It essentially simulates the repeated flexing that a shoe sole or rubber component will undergo during use, and measures how cracks grow or cuts propagate in the material. For example, the standard method SATRA TM161 defines this test for footwear outsoles.

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