ASPHALT MIXER-THEORETICAL DENSITY METER-WITH VACUUM PUMP

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ASPHALT MIXER-THEORETICAL DENSITY METER-WITH VACUUM PUMP

Name: ASPHALT MIXER-THEORETICAL DENSITY METER-WITH VACUUM PUMP
Brand: EIE INSTRUMENTS PRIVATE LIMITED
Price: 145000.00 INR
Availability: InStock

Price 145000.00 INR/ Piece

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MOQ : 1 Piece

ASPHALT MIXER-THEORETICAL DENSITY METER-WITH VACUUM PUMP Specification

Gas Pressure
Vacuum up to 13.3 kPa (100 mm Hg)

Max Height
Approx. 370 mm

Display Type
Analog/Vacuum gauge

Automation Grade
Semi-automatic

Humidity
Max. 85% RH

Temperature
10C to 40C operating

Application
Measurement of theoretical maximum specific gravity of asphalt mixtures

Number of Specimens
One (1) per test

Equipment Type
Theoretical Density Meter with Mixer & Vacuum

Response Time
Within 60 seconds

Measuring Range
0.900 2.500 g/cm

Interface Type
Manual/Analog

Frequency
50 Hz

Specimen Size
Typically 1000-4000 g asphalt mix

Test Range
0-100% Theoretical Maximum Specific Gravity (Rice Test)

Power Supply
230V AC, 50 Hz

Features
Integrated vacuum pump, Desiccator included, Clear viewing chamber, Removable vacuum gauge

Operating Voltage
230V AC

Accuracy
0.01 g/cm

Mounting Type
Bench-top

Resolution
0.001 g/cm

Port Size
Suction port 6 mm

Usage
Civil Engineering, Road Construction Quality Control

Capacity
5 liters (flask capacity)

Machine Weight
Approx. 18 kg

Test Speed
Standard vacuum rate 1 kPa/sec

Control Mode
Manual/Automatic

Flask Material
Heavy-duty borosilicate glass

Compliance Standard
ASTM D2041 / AASHTO T209

Included Accessories
Desiccator, Vacuum hoses, Release valve

Vacuum Pump Type
Oil-sealed rotary/vane vacuum pump

Noise Level
<65 dB(A)

Gasket Material
Chemical-resistant rubber

Vacuum Control
Fine adjustment with manual valve

Chamber Material
High-grade polycarbonate and corrosion-resistant metal

Safety Mechanism
Overload protection for vacuum pump

ASPHALT MIXER-THEORETICAL DENSITY METER-WITH VACUUM PUMP Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
50 Pieces Per Year

Delivery Time
4 Week

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden Box / Corrugated Box

Certifications
ISO 9001 : 2001

About ASPHALT MIXER-THEORETICAL DENSITY METER-WITH VACUUM PUMP

Applications

This equipment is used for determination of theoretical density of asphalt mixer by vacuum method for application such as asphalt mixer design, road condition investigation, calculation of porosity and compactness in road construction quality management.

Furtherdetails available on our website.

Price and specificationsmentioned here are subject to change as per the application, customerrequirements and prevailing market conditions. Please refer to us for the finalrates and offer.

Precision in Asphalt Testing

This density meter ensures meticulous measurement with an accuracy of 0.01 g/cm and a resolution of 0.001 g/cm. Ideal for obtaining the theoretical maximum specific gravity of asphalt, it supports specimen sizes between 10004000 g and features a standard 5-liter flask capacity. This optimal precision directly supports quality control in pavement construction.

Durable and User-Friendly Construction

Crafted from corrosion-resistant metals and high-grade polycarbonate, the device withstands rigorous laboratory use. Heavy-duty borosilicate glass flasks and chemical-resistant rubber gaskets further enhance longevity. Fine vacuum adjustment, a clear viewing chamber, and overload protection make operation safe and straightforward for all users.

Compliant and Versatile Operation

Meeting international standards ASTM D2041 and AASHTO T209, this equipment is a reliable choice for laboratories, exporters, manufacturers, and traders within India. With both manual and automatic control modes, and a low noise level (<65 dB(A)), it adapts to varied testing environments, ensuring efficient and quiet operation.

FAQs of ASPHALT MIXER-THEORETICAL DENSITY METER-WITH VACUUM PUMP:

Q: How does the theoretical density meter measure the maximum specific gravity of asphalt?

A: The instrument uses a vacuum pump to remove air from a sample of asphalt mix placed in a sealed flask. The resulting measurement, performed as per ASTM D2041 or AASHTO T209, allows for accurate determination of the theoretical maximum specific gravity, essential for quality control in road construction.

Q: What is the typical process for conducting a Rice Test using this device?

A: Begin by placing a representative asphalt sample (10004000 g) into the heavy-duty borosilicate glass flask. After securing the chamber, activate the vacuum pump to reach a vacuum of up to 13.3 kPa, hold for the required period, and monitor the process via the analog gauge. The fine adjustment valve ensures precise vacuum control for consistent results.

Q: When and where should this theoretical density meter be used?

A: This equipment is primarily used in laboratory settings, such as civil engineering labs, quality control facilities, and research institutes. It is suitable whenever there is a need to determine the asphalt mixtures maximum specific gravity, typically during road construction material assessments and routine quality checks.

Q: What are the key benefits of using this instrument for asphalt testing?

A: The meter provides highly accurate and reproducible results, critical for evaluating asphalt compaction and performance. Its robust construction, integrated vacuum pump, and simple manual or automatic controls make it efficient, safe, and long-lasting, directly improving the reliability of test outcomes and aiding in compliance with industry standards.

Q: How many samples can be tested at one time, and what is the specimen capacity?

A: The device is designed to test one specimen per cycle, with each test accommodating a sample size typically ranging from 1000 to 4000 g. The flask has a total capacity of 5 liters, providing ample space for thorough testing as specified by relevant standards.

Q: What included accessories support the operation of the density meter?

A: The package includes a desiccator, vacuum hoses, a release valve, and a removable vacuum gauge. These components facilitate accurate testing, efficient vacuum application, and easy maintenance, ensuring smooth day-to-day operations in the lab.

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