Indirect Tensile Strength of Marshal Test Specimen

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Indirect Tensile Strength of Marshal Test Specimen Specification

Usage
The Indirect Tensile Strengthis determined by measuring the ultimate load to failure of a specimen, which is subjected to a constant deformation rate of 50.8 mm/minute on its diametrical axis

Dimension (L*W*H)
5 x 5 x 10 [LxWxH]

Product Type
INDIRECT TENSILE STRENGTH OF MARSHAL TEST SPECIMEN

Weight
4.4 Kilograms (kg)

Voltage
220 / 230 Volt (v)

Application
The Indirect Tensile Strengthis determined by measuring the ultimate load to failure of a specimen

Warranty
1 Year

Indirect Tensile Strength of Marshal Test Specimen Trade Information

Minimum Order Quantity
1 , , Piece

FOB Port
Ahmedabad

Supply Ability
100 Pieces Per Month

Delivery Time
4 Week

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden Box / Corrugated Box

Main Domestic Market
All India

Certifications
ISO 9001 : 2015

About Indirect Tensile Strength of Marshal Test Specimen

Compliance With Following National / International Standards:
ASTM D6931, AASHTO T283

Available in both 4" and 6" DIA.

The Indirect Tensile Strength is determined by measuring the ultimate load to failure of a specimen, which is subjected to a constant deformation rate of 50.8 mm/minute on its diametrical axis according to ASTM D6931. Also called Lottman Breaking head, ITS Head, TSR Test.

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Price and specifications mentioned here are subject to change as per the application, customer requirements and prevailing market conditions. Please refer to us for the final rates and offer.

Reliable Indirect Tensile Strength Measurement

The Indirect Tensile Strength apparatus is engineered for accurate assessment of bituminous specimen durability. By applying a known deformation rate, users can identify the materials load tolerance, crucial for roadway and pavement projects. Compact dimensions and standardized voltage compatibility make it ideal for a range of laboratory setups. With a 1-year warranty and robust construction, this apparatus ensures dependable performance and results for stakeholders in construction and research.

Versatile Laboratory Applications

Used extensively in the characterization of asphalt mixtures, the Indirect Tensile Strength test helps determine moisture susceptibility and performance under stress. Exporters, manufacturers, suppliers, and traders benefit from its reliability and ease of use, ensuring compliance with industry standards in India and abroad. The well-engineered device simplifies routine analysis, supporting informed decisions for infrastructure development.

FAQs of Indirect Tensile Strength of Marshal Test Specimen:

Q: How is the Indirect Tensile Strength of a Marshall Test Specimen determined?

A: The Indirect Tensile Strength is measured by applying a constant deformation rate of 50.8 mm/minute across the diametrical axis of the specimen until it fails, and the ultimate load to failure is recorded.

Q: What is the key application of the Indirect Tensile Strength test in civil engineering?

A: This test is primarily used to evaluate the tensile properties of bituminous mixtures, which helps predict pavement durability, fatigue life, and moisture susceptibility of road materials.

Q: When should the Indirect Tensile Strength test be performed in a project?

A: The ITS test should be conducted during the mix design, quality control, and performance evaluation stages of asphalt pavement construction and research projects.

Q: Where can the Indirect Tensile Strength testing apparatus be utilized?

A: The apparatus is suitable for laboratories, research facilities, construction firms, and government agencies that are involved in the quality testing of road construction materials, predominantly in India.

Q: What is the process for conducting the Indirect Tensile Strength test?

A: The specimen is placed in the apparatus, a deformation rate of 50.8 mm/minute is applied on its diametrical axis, and the load at which the specimen fails is recorded as the Indirect Tensile Strength.

Q: How does this test benefit the evaluation of bituminous mixes?

A: The test provides insight into the tensile strength and durability of asphalt mixtures, allowing engineers to design more robust and long-lasting pavements by selecting materials with superior performance characteristics.

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