Shoe Steel Shank Fatigue-Resistance Tester

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Shoe Steel Shank Fatigue-Resistance Tester

Name: Shoe Steel Shank Fatigue-Resistance Tester
Brand: HAIDA INTERNATIONAL EQUIPMENT CO., LTD.
Price: 2500 USD
Availability: InStock

Price 2500 USD ($)/ Unit

Get a Price/Quote

MOQ : 1 Unit

Shoe Steel Shank Fatigue-Resistance Tester Specification

Humidity
40% ~ 85% RH

Specimen Size
Steel shank standard size

Resolution
1 cycle

Measuring Range
0100 mm

Automation Grade
Semi-Automatic

Operating Voltage
220V AC

Accuracy
1 cycle

Port Size
1/4 BSP

Power Supply
AC 220V, 50Hz

Response Time
Instant

Hardness
Steel structure body

Mounting Type
Bench-top

Frequency
50 Hz

Gas Pressure
0.6 MPa

Features
Fatigue cycle counter, digital setting, easy specimen loading

Number of Specimens
2

Application
To determine the fatigue resistance of shoe steel shanks

Temperature
10C ~ 40C

Display Type
Digital Display

Max Height
450 mm

Test Range
0999999 cycles

Interface Type
Panel control

Equipment Type
Fatigue Resistance Tester

Usage
Laboratory testing of footwear steel shanks

Capacity
2 samples

Machine Weight
70 kg

Test Speed
60 cycles/min

Test Width
76 mm

Test Stroke
152 mm

Control Mode
Digital control

Noise Level
<70 dB

Foot Pedal Control
Optional

Frame Material
Powder coated mild steel

Operation Safety
Over-travel safety limit switch

Cycle Counter Type
Preset Digital Counter

Compliance Standards
SATRA TM 53, IS 11254

Finish
Corrosion resistant coating

Sample Clamping Range
Up to 10 mm thick

Shoe Steel Shank Fatigue-Resistance Tester Trade Information

Minimum Order Quantity
1 Unit

FOB Port
SHENZHEN

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Letter of Credit (L/C), Western Union, Paypal, Letter of Credit at Sight (Sight L/C), Delivery Point (DP), Telegraphic Transfer (T/T), Days after Acceptance (DA), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
15 Units Per Week

Delivery Time
5 Days

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Each set protected with resin fiber and PP film, then put into Strong wooden case with operation manual and video inside.

Main Export Market(s)
Australia, North America, Eastern Europe, Western Europe, Africa, Central America, Middle East, South America, Asia

Certifications
CE,ISO

Shoe Steel Shank Fatigue-Resistance Tester About

Shoe Steel Shank Fatigue Resistance Tester

Application

This shoe steel shank fatigue resistance tester is used to determine the fatigue-resistant characters for the steel shank in shoe, fix two ends of the steel shank and exert the specified load on the upper grip to have the shank bend reciprocally at 4 cycles per minute after reaching the specified test numbers check its damage degree.

Standard

GB/T 3903.35

Standard Features

Speed	0~300 times/min
Cycle applied force to sample	5.00.2kg
Distance between upper & down clamp	7.00.1mm
Counter	LCD, 0~999,999
Weight	Approx. 90kg
Power	1 phase, AV 220V, 50/60HZ
Size (WDH)	503040cm

Robust Construction Ensures Longevity

Crafted from powder coated mild steel, this fatigue-resistance tester is designed for durability in demanding laboratory environments. The corrosion-resistant coating safeguards against wear, while the solid steel structure provides stable, reliable performance for consistent, long-term results.

Effortless and Accurate Testing

The tester utilises digital settings and a preset digital counter for unparalleled accuracy. With a measurement range up to 100 mm and 1 cycle accuracy, it efficiently measures fatigue life, displaying results on an easy-to-read digital display. Quick sample loading and instant response time enhance workflow and productivity.

Safe and Versatile Operation

User protection is guaranteed with an over-travel safety limit switch and optional foot pedal control for hands-free usability. Capable of testing two specimens up to 10 mm thick under 0.6 MPa gas pressure, it meets the stringent requirements of footwear manufacturers, labs, and quality control facilities.

FAQs of Shoe Steel Shank Fatigue-Resistance Tester:

Q: How does the Shoe Steel Shank Fatigue-Resistance Tester operate?

A: The tester uses a digital control interface to set the number of cycles and measurements. Specimens are mounted securely, and with the press of a button (or optional foot pedal), the machine performs repeated flex cycles according to preset parameters, counting each cycle with a digital counter until the test is completed or the preset total is reached.

Q: What types of steel shanks can be tested with this equipment?

A: The device is designed for standard-size steel shank specimens up to 10 mm thick, in line with SATRA TM 53 and IS 11254 standards. It accommodates two samples at a time, making it suitable for a broad spectrum of footwear industry needs.

Q: When is this fatigue-resistance tester typically used?

A: This machine is mainly utilized during the laboratory evaluation phase for quality assurance of footwear materials, particularly steel shanks. Its suitable for manufacturers, retailers, and distributors who require verification of shank durability per international standards before product release.

Q: Where should the tester be installed for optimal operation?

A: The equipment is designed for benchtop mounting in controlled laboratory environments. It operates best in locations with 40%85% humidity, temperature between 10C and 40C, and reliable AC 220V, 50Hz electrical supply.

Q: What is the testing process for shoe steel shanks using this machine?

A: Begin by securely clamping the steel shank specimens in the holder. Set the required test cycles on the digital panel, then initiate the test using the operation controls. The machine flexes the sample repeatedly at 60 cycles per minute until the preset or desired number of cycles is completed, after which results can be reviewed on the digital display.

Q: How does using this tester benefit footwear manufacturers?

A: By providing accurate, repeatable fatigue-resistance data for steel shanks, the tester enables manufacturers to ensure product durability and compliance with international standards. This minimizes product failures, enhances brand reputation, and can streamline quality control processes.

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