Marshal Stability Test

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MOQ : 1 Unit

Marshal Stability Test Specification

Test Name
Marshall Stability Test

Suitable For
Determining Stability and Flow Value of Bituminous Mix

Material Type
Bituminous Mix

Maximum Load Measurement
Up to 50 kN

Display Type
Digital/Analog

Application
Road Construction, Pavement Analysis

Sample Preparation Temperature
135°C to 155°C

Load Application Speed
50 mm/min

Power Supply
220V AC 50Hz

Flow Measurement Accuracy
0.01 mm

Dimensions (Approx.)
650 mm x 400 mm x 1050 mm

Method
Marshall Method ASTM D6927 / IS:1206 Part I

Calibration
Supplied with calibration certificate

Weight (Approx.)
75 kg

Marshal Stability Test Trade Information

Minimum Order Quantity
1 Unit

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

Supply Ability
100 Units Per Week

Delivery Time
1 Week

Main Domestic Market
All India

About Marshal Stability Test

We are an independent & multi- disciplinary consultancy firm engaged in offering a reliable range of Marshal Stability Test. We conduct testing on construction materials like aggregate, soils, cement, rock, bitumen, concrete, paver block, tiles and bricks. Our veteran experts and engineers use modern tools and techniques to while executing these Marshal Stability Test. We are totally committed to the requirements of our customers and provide them the services as per their expectation.

Features:

Tolerance free test results
Prompt service
Client centric approaches

Accurate Stability and Flow Evaluation

This tester is engineered to deliver precise measurements for both stability and flow values of bituminous mixes, ensuring dependable results for road construction and pavement analysis. The device supports a maximum load of 50 kN and has a measurement accuracy for flow of 0.01 mm, enabling confident quality control in your lab.

Easy Operation and Display Options

Users benefit from a straightforward setup process, with digital and analog display options to suit varied preferences. The controlled load application speed of 50 mm/min and ergonomic dimensions simplify test execution and result interpretation, streamlining workflow for technicians.

Certified Calibration for Reliable Results

With each tester supplied with a calibration certificate, you can be confident in the accuracy and reliability of your measurements. Regular calibration assures compliance with ASTM D6927 and IS:1206 Part I standards, critical for professional testing environments.

FAQs of Marshal Stability Test:

Q: What is the primary purpose of the Marshal Stability Test?

A: The Marshal Stability Test is specifically used to determine the stability and flow value of bituminous mixes, which are essential for assessing pavement quality and performance in road construction.

Q: How is a sample prepared for testing on this device?

A: Samples are prepared by heating the bituminous mix to temperatures between 135C and 155C, as recommended by standard test methods. Proper sample preparation ensures accurate and consistent measurements.

Q: When should calibration be performed on the Marshal Stability Tester?

A: Calibration should be performed as per laboratory protocols or whenever accuracy verification is needed. The device comes with a calibration certificate to guarantee initial precision, and periodic calibration is advised for ongoing reliability.

Q: Where is this equipment commonly used?

A: This device is mainly used in laboratories engaged in road construction and pavement analysis, particularly in India, to evaluate bituminous mix samples according to ASTM D6927 and IS:1206 Part I methods.

Q: What are the usage benefits of digital and analog display types?

A: The availability of both digital and analog displays provides flexibility, allowing users to choose their preferred mode for data reading and interpretation. Digital displays facilitate quicker processing, while analog displays may aid in traditional analysis.

Q: How does the controlled load application speed affect the testing process?

A: The fixed load application speed of 50 mm/min ensures uniformity and repeatability during testing, which is crucial for achieving accurate and reproducible results according to accepted industry standards.

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