Shear Fatigue Tester

Name: Shear Fatigue Tester
Brand: GLOBE ENTERPRISES
Price: 75000 INR
Availability: InStock

Price 75000 INR/ Piece

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MOQ : 1 Piece

Shear Fatigue Tester Specification

Specimen Size
Standard: 25mm x 100mm

Port Size
6 mm

Number of Specimens
Single or Multiple

Temperature
Ambient to 70C

Test Material
Rubber, Adhesive, Polymer

Humidity
Up to 95% RH (Environment Controlled)

Test Range
Up to 100 N

Type
Shear Fatigue Tester

Material
Mild Steel

Power
220V/50Hz, 1 Phase

Power Source
Electric

Dimension (L*W*H)
750mm x 450mm x 350mm

Weight
Approx. 68 Kg

Usage
Laboratory Testing

Application
Rubber, Adhesive & Polymer Shear Fatigue Testing

Shear Fatigue Tester Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Telegraphic Transfer (T/T), Cash Advance (CA), Cheque

Supply Ability
100 Pieces Per Month

Delivery Time
15 Days

Main Domestic Market
All India

About Shear Fatigue Tester

Shear Fatigue Tester

The Ability Of Polyurethane Foam Slabs To Withstand The Effect Of Repeated Compressions Is Determined With The Help Of A Shear Fatigue Test. In This Test, Test Specimen In Shape Of A Square Block Is Held Over A Flat Reciprocating Platform And Is Pressed Down From The Top By A Horizontal Cylindrical Roller Inclined At An Angle Of 15° To The Direction Of Motion Of The Platform. The Platform Is Moved For A Specified Number Of Cycles And The Effect Of Repeated Compressions Produced On The Test Specimen Is Evaluated By Finding The Change In Its Thickness And Indentation Hardness Index cont .

Technical specification

Angle of Inclination	15 Degree
Voltage	AC 220 V
Frequency	50 Hz
Stroke Length of Platform	330 mm
Size of Test Specimen	380 x 380 mm
Power Source	Electric
Length of Roller	460 mm
Flexing Frequency	28 CPM
Distance Between Holes	19 mm
Diameter of Roller	75 mm
Diameter of Hole on Platform	6 mm
Brand	Globe Enterprises

Advanced Design and Functionality

Engineered from mild steel, the Shear Fatigue Tester ensures stability and durability throughout extensive testing. Its electric operation streamlines laboratory workflows, while environment controls enable accurate simulation of real-world conditions to produce reliable, reproducible results for a variety of rubber, adhesive, and polymer specimens.

Reliable Performance for Laboratory Testing

Purpose-built for laboratory environments, this tester facilitates high-precision measurements for both research and quality assurance. Its design allows for testing single or multiple specimens, featuring a simple user interface for easy operation. The standardized specimen size and adjustable test parameters enhance flexibility for diverse applications.

Versatile Applications in Material Science

Suitable for a wide scope of applications, the device supports comprehensive fatigue testing in rubber, adhesive, and polymer industries. Standard ports and adaptable mounting provide seamless integration into laboratory protocols, aiding in comparative analysis and material benchmarking.

FAQs of Shear Fatigue Tester:

Q: How does the Shear Fatigue Tester evaluate material performance?

A: This tester applies repeated shear forces to specimens, such as rubber, adhesives, or polymers, within a controlled environment. The resulting fatigue behavior is monitored and recorded, enabling analysis of durability and failure points under stress.

Q: What materials and sample sizes can be tested with this machine?

A: The device accommodates standard samples (25mm x 100mm) composed of rubber, adhesive, or polymer materials. It is suitable for both single and multiple specimen testing, making it versatile for diverse laboratory needs.

Q: When is it appropriate to use a Shear Fatigue Tester in research or industry?

A: Utilize this tester during quality control, product development, or comparative studies where understanding material endurance under cyclic shear loading is critical. It is essential for validating material performance and improving reliability in end-use applications.

Q: Where is the Shear Fatigue Tester commonly used?

A: This equipment is primarily used in laboratories affiliated with material science, manufacturing, automotive, aerospace, and polymer industries. It is a preferred choice among exporters, manufacturers, and suppliers across India for robust laboratory testing.

Q: What is the process for conducting a test using the Shear Fatigue Tester?

A: Prepare the specimen according to standard dimensions (25mm x 100mm), place it within the test grips, set the required test parameters (load up to 100 N, temperature, and humidity), and initiate the cycle. The machine will apply shear loads until material fatigue or failure is observed.

Q: How does this tester benefit research and quality assurance efforts?

A: By simulating real-world fatigue conditions with adjustable environmental controls, the Shear Fatigue Tester helps researchers and manufacturers identify weaknesses, improve formulations, and ensure products meet durability standards, ultimately enhancing overall material performance.

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