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Carbon Determination Apparatus

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Carbon Determination Apparatus Specification

Interface Type
Manual operation, no digital interface

Equipment Type
Carbon Determination Apparatus

Accuracy
0.05% (depending on procedure)

Mounting Type
Benchtop

Max Height
Approx. 35 cm

Gas Pressure
Atmospheric / adjustable

Automation Grade
Manual

Temperature
Ambient to 600C (with furnace)

Resolution
0.01%

Humidity
Ambient

Number of Specimens
One at a time

Frequency
50 Hz

Test Range
Suitable for low to medium carbon content determination (0.01%-4%)

Features
Corrosion resistant, double jacket combustion tube, quick heating, easy to operate

Operating Voltage
230 V AC

Application
Analysis of carbon content in ferrous or non-ferrous metals, ores, alloys, and other materials

Specimen Size
Up to 1 gm (solid sample)

Port Size
Standard laboratory gas inlet

Display Type
Analog / visual endpoint detection

Power Supply
230 V AC, 50 Hz

Response Time
5 10 minutes per analysis

Measuring Range
0.01% to 4% Carbon

Usage
Chemical analysis laboratory

Capacity
Up to 5 samples per hour

Machine Weight
17 kg (approx.)

Control Mode
Manual

Applicable Standards
IS:228, ASTM E1019 or similar

Suitable Gases
Oxygen or dry air

Finish
Powder coated/MS finish

Sample Handling
Manual loading and unloading

Accessories Included
Combustion tube, absorption apparatus, measuring flask, rubber tubing, reagent bottles, glass wool

Safety Features
Thermal insulation and shielded hot parts

Titration Method
Visual endpoint, typically using standard solution

Thermometer Range
0C to 600C

Heating Element
Nichrome wire

Furnace Type
Electric Furnace

Combustion Tube Material
Borosilicate Glass

About Carbon Determination Apparatus

Discover exquisite precision with our Carbon Determination Apparatus, engineered for resplendent performance in chemical analysis laboratories. Featuring a highlighted electric furnace and double-jacket borosilicate combustion tube, this apparatus boasts the lowest price in its class without compromising quality. Its control mode allows manual access and quick heating via a robust Nichrome wire element. The corrosion-resistant powder-coated body ensures unparalleled longevity. Designed for analyzing low to medium carbon content with an accuracy of 0.05%, it meets IS:228 and ASTM E1019 standards. Accessories are included for seamless operation and optimal safety.

Diverse Applications and Exceptional Usage

The Carbon Determination Apparatus is widely used for analyzing carbon in ferrous and non-ferrous metals, ores, alloys, and other materials. By applying the visual endpoint titration method, it ensures accurate readings from 0.01% to 4% carbon content. Its resplendent engineering supports both educational and industrial laboratories, making it ideal for metallurgical and research environments requiring precise carbon assessment in various sample types, including solid specimens up to 1 gm.

Packaging, Export Market, and Certification Assurance

Our Carbon Determination Apparatus is securely packed for quick dispatch, ensuring safe transit to clients worldwide. India remains a prime export market, but we efficiently ship to other international destinations upon request. Every unit is accompanied by relevant standard compliance certifications such as IS:228 and ASTM E1019. The proposal amount is competitive, reflecting our status as a highlighted exporter, manufacturer, and supplier, praised for reliability and swift delivery.

FAQ's of Carbon Determination Apparatus:

Q: How does the Carbon Determination Apparatus function for carbon analysis?

A: The apparatus uses a visual endpoint titration method, combining a combustion tube heated by an electric furnace with oxygen or dry air flow, allowing precise carbon determination in samples down to 0.01%.

Q: What materials can be tested using this apparatus?

A: It is suitable for ferrous and non-ferrous metals, ores, alloys, and related solid specimens, accommodating up to 1 gm per analysis.

Q: Where can this apparatus be used?

A: The apparatus is ideally used in chemical analysis laboratories within metallurgical, research, and quality control environments requiring accurate carbon analysis.

Q: What are the main benefits of this apparatus?

A: Users benefit from unparalleled accuracy (0.05%), corrosion resistance, quick heating, ease of operation, and full compliance with prominent industry standards.