Send Inquiry

Request To Call Back

Marshall Stability Test Apparatus

Name: Marshall Stability Test Apparatus
Brand: Sami Lab Tek
Price: 60000.0 INR
Availability: InStock

Price 60000.0 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Marshall Stability Test Apparatus Specification

Temperature Resistance
Suitable for operation at ambient temperature

Accuracy
0.01 kN for proving ring

Control Type
Manual and automatic options available

Shape
Rectangular Base Frame

Display Type
Analog/Digital Dial Gauge

Power Supply
230 V Single Phase AC

Speed Range
50.8 mm/min (Cross Head movement speed during test)

Features
Robust, Precise measurement, Easy to operate

Type
Bench Type Marshall Stability Test Apparatus

Dimension (L*W*H)
Approx. 900 500 1050 mm

Equipment Type
Mechanical & Digital Marshall Stability Apparatus

Equipment Materials
Mild Steel body with powder coated finish

Power
1/4 HP Motor Driven

Voltage
220 V AC, 50 Hz

Material
Heavy Duty Steel & Aluminum

Application
Used for measuring the resistance to plastic flow of cylindrical specimens of bituminous paving mixtures

Loading Capacity
50 kN (Proving Ring)

Accessories Included
Breaking head assembly, Cylindrical mold, Flow meter, Compaction hammer

Specimen Size
101.6 mm diameter x 63.5 mm height

Weight
Approx. 65 kg

Operating Temperature
Up to 60C (for water bath, optional)

Dial Gauge Range
0-25 mm

About Marshall Stability Test Apparatus

A Marshall Stability Test Apparatus is a standard laboratory equipment used to determine the stability and flow characteristics of bituminous (asphalt) mixes. It plays a crucial role in road construction, pavement design, and quality control testing by evaluating the resistance of bitumen mix to plastic deformation under load.

Key Features:

Designed as per ASTM D1559, ASTM D6927, AASHTO T245 standards
Motorized loading unit with capacity up to 5000 kgf / 50 kN
Fixed loading speed of 50.8 mm/min (5.08 cm/min)
Equipped with proving ring / load cell and flow measurement dial gauge
Sturdy two-column frame with adjustable crosshead
Available in analog and digital models
Durable construction suitable for laboratory and field testing

Working Principle:

The apparatus measures the maximum load (stability) a compacted bituminous specimen can withstand at a standard temperature of 60C. Simultaneously, it measures flow value, which indicates deformation under load.

The test helps determine the optimum bitumen content for a mix based on traffic and load conditions.

Applications:

Highway and road construction projects
Asphalt and bitumen testing laboratories
Quality control in civil engineering works
Research institutes and educational labs
Government and infrastructure agencies

Standard Accessories:

Marshall moulds (101.6 mm dia 76 mm height)
Compaction rammer (4.5 kg with 457 mm fall)
Breaking head assembly with flow meter provision
Proving ring / load cell
Dial gauge (0.01 mm least count)
Compaction pedestal and extraction tools
Water bath (optional)

Technical Specifications (Typical):

Capacity: 050 kN
Test speed: 50.8 mm/min
Specimen size: Up to 25 mm aggregate size
Power supply: 220240V, 50Hz, Single Phase
Measurement: Stability (kN) & Flow (mm)

Advantages:

Accurate evaluation of asphalt mix strength and durability
Helps optimize binder content for pavement design
Widely accepted and standardized testing method
Reliable and repeatable results

Precision in Bituminous Mix Testing

The Marshall Stability Test Apparatus is crafted for laboratories and field applications to determine the stability and flow values of bituminous mixtures. Its 0.01 kN accuracy ensures precise and reliable readings. The device is especially useful for verifying pavement quality and optimizing mix designs according to international standards.

Advanced Features and Versatility

This apparatus combines mechanical robustness and digital convenience. Choose between analog or digital dial gauges and manual or automatic operation modes to fit your testing workflow. Its sturdy mild steel and aluminum construction, along with included essential accessories, allow for rigorous and repeatable tests under a variety of operating conditions.

FAQ's of Marshall Stability Test Apparatus:

Q: How does the Marshall Stability Test Apparatus work in measuring bituminous mixtures?

A: The apparatus applies a controlled load to a cylindrical bituminous specimen using a crosshead moving at 50.8 mm/min. The load at which the specimen fails (Marshall stability) and the deformation (flow value) are then precisely measured using a proving ring and dial gauge.

Q: What specimens can be tested using this equipment?

A: This unit is specifically designed for cylindrical bituminous specimens with dimensions of 101.6 mm in diameter and 63.5 mm in height, as per standard Marshall mix design procedures.

Q: When should the optional water bath be used during testing?

A: The optional water bath, which can heat up to 60C, is used when simulating conditions that bituminous materials might face in warm climates. It helps condition specimens prior to testing for more accurate results.

Q: Where is the Marshall Stability Test Apparatus typically used?

A: It is commonly employed in road construction laboratories, research institutions, and quality control departments to analyze bituminous mix performance and ensure pavement reliability.

Q: What is the process for conducting a test with this apparatus?

A: Prepare the specimen, heat if required, place it in the breaking head assembly, and initiate loading. The apparatus records the maximum load with the proving ring and correlates the deformation through the dial gauge, following standard operating procedures.

Q: How does the apparatus benefit pavement engineers and contractors?

A: It provides critical data on the stability and flow of paving mixtures, enabling engineers to optimize blend designs and ensure compliance with construction specifications, ultimately leading to more durable roadways.

Q: What are the advantages of having both manual and automatic control options?

A: Manual and automatic controls provide flexibility, allowing users to select the best operation method for their testing requirements, improving ease of use and repeatability across various test conditions.

Tell us about your requirement