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Cloud And Pour Point Apparatus

Name: Cloud And Pour Point Apparatus
Brand: Sami Lab Tek
Price: 7500.0 INR
Availability: InStock

Price 7500.0 INR/ Piece

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MOQ : 1 Piece

Cloud And Pour Point Apparatus Specification

Equipment Type
Cloud And Pour Point Apparatus

Accuracy
1C

Application
Determining cloud and pour point of petroleum products

Response Time
Immediate by visual observation

Display Type
Analog (mercury or spirit thermometer)

Humidity
Up to 80% RH, non-condensing

Max Height
Approx. 40 cm

Mounting Type
Bench-top

Frequency
50 Hz

Resolution
1C

Temperature
up to -60C

Power Supply
230 V AC, 50 Hz

Interface Type
Manual operation

Features
Double walled construction, insulated chamber, provided with airtight cover

Number of Specimens
1 at a time

Test Range
-60C to +40C (depends on freezing mixture used)

Measuring Range
-60C to +40C

Specimen Size
50 ml (standard test jar)

Automation Grade
Manual

Operating Voltage
230 V AC, 50 Hz

Usage
Laboratory analysis of petroleum products

Capacity
Single test unit

Machine Weight
Approx. 10 kg

Control Mode
Manual

Safety Features
Overload protection, insulation against frostbite

Thermometer Range
-80C to +50C (mercury or spirit thermometer provided)

Observation Window
Provided, for visual monitoring

Outer Body Material
Mild steel, powder coated

Bath Chamber Material
Stainless steel or mild steel with powder coating

Cooling System
Requires external ice/salt or refrigeration for bath medium

Accessories Included
Test jar, thermometer, test jar cover, gasket, insulated bath, stirring device

Stirring Mechanism
Manual or motorized (optional)

Finish
Corrosion-resistant coating

Insulation
High grade glass wool or equivalent

Sample Volume
50 ml - 100 ml

About Cloud And Pour Point Apparatus

The Cloud and Pour Point Apparatus is a precision laboratory instrument used to determine the cloud point and pour point of petroleum products, diesel, lubricating oils, and other liquid fuels. These properties indicate the lowest temperature at which a liquid remains flowable and free from wax crystal formation, which is essential for evaluating cold-weather performance.

Designed in accordance with ASTM D2500 and ASTM D97 standards, the apparatus ensures accurate, reliable, and repeatable test results. It is widely used in petroleum refineries, lubricant industries, research laboratories, and quality control departments.

Key Features

Conforms to ASTM D2500 and ASTM D97 standards
Dual testing capability for cloud point and pour point
Highly accurate temperature control system
Insulated cooling bath for stable low-temperature testing
Durable stainless steel construction
Easy operation with consistent performance

Applications

Petroleum and diesel fuel testing
Lubricating oil analysis
Cold flow property evaluation
Quality control laboratories
Research and development in fuel technology

Technical Specifications (Typical)

Temperature Range: Ambient to 70C (depending on model)
Cooling System: Refrigerated / dry ice or cooling bath
Temperature Control: Digital PID controller
Test Cells: Standard glass test jars with jackets
Power Supply: 220240V AC, 50 Hz
Construction: Stainless steel body with insulated chamber

Advantages

Accurate low-temperature performance evaluation
Reliable and repeatable results
Strong insulation for temperature stability
Suitable for industrial and laboratory use

Safety Note

Operate under controlled laboratory conditions. Handle low-temperature materials carefully and follow standard safety procedures while using cooling agents.

Precision Test Results Every Time

This apparatus allows for accurate determination of cloud and pour points in petroleum samples, with a measurement range from -60C to +40C. The analog thermometer provides immediate results with a 1C resolution, ensuring reliability in every test.

Durable and Safe Laboratory Equipment

From the powder-coated mild steel exterior to the insulated double-walled chamber, this apparatus offers lasting protection against corrosion and frostbite. Equipped with overload protection and visual monitoring features, it guarantees user safety during operation.

Flexible and Efficient Operation

With the ability to use either manual or motorized stirring and an external ice/salt cooling system, the apparatus fits a variety of laboratory setups. Its bench-top, compact design supports quick, single-sample testing-enabling efficient workflows in any laboratory environment.

FAQ's of Cloud And Pour Point Apparatus:

Q: How does the Cloud and Pour Point Apparatus work in determining petroleum sample characteristics?

A: The apparatus chills a sample of petroleum using an external ice/salt or refrigeration system until either the cloud or pour point is reached. The temperature at which the first cloud appears or the sample ceases to flow is noted using the provided thermometer. This enables accurate assessment of the sample's low-temperature behavior.

Q: What materials are used in the construction of the bath chamber and outer body?

A: The bath chamber is made from stainless steel or mild steel with powder coating, ensuring durability and resistance to corrosion. The outer body is constructed from powder-coated mild steel, providing further protection and longevity.

Q: When should I use this apparatus in my laboratory?

A: This instrument is essential for laboratories analyzing the cold flow properties of petroleum products, such as automotive, lubricant, or fuel samples. Any time you need certified cloud and pour point data for quality control or research, this device is the tool of choice.

Q: Where can I visually monitor the testing process?

A: A dedicated observation window is provided in the apparatus, enabling users to visually observe the sample during testing while maintaining the required insulation and safety conditions.

Q: What is the process of operating this apparatus?

A: After preparing the test sample in the provided jar and setting it in the insulated bath, fill the chamber with an appropriate bath medium (ice/salt or refrigerant). Insert the thermometer, cover with the airtight lid, and initiate manual or motorized stirring as required. Monitor the temperature and appearance through the observation window to determine the end point.

Q: How is safety ensured while using this equipment?

A: Safety is prioritized with multiple features, including overload protection, superior glass wool insulation to prevent frostbite, a secure airtight cover, and corrosion-resistant finishes. These aspects make the device safe for prolonged laboratory use.

Q: What are the main benefits of using this Cloud and Pour Point Apparatus?

A: Users benefit from accurate, immediate results, efficient manual operation, single-specimen capacity, and robust durability. Its flexible cooling mechanism and high-quality materials make it suitable for comprehensive petroleum analysis in a laboratory setting.

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