Carbon & Sulphur Apparatus

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Carbon & Sulphur Apparatus Specification

Power Supply
Electric

Speed Range
Manual operation

Accuracy
±0.5%

Temperature Resistance
Up to 550°C

Glass Type
High quality Borosilicate Glass

Heating Capacity
Up to 500°C

Shape
Rectangular base with glass column

Display Type
Analog scale graduations

Features
Easy to operate, corrosion resistant, accurate measurement, sturdy construction

Control Type
Manual operation with stopcock

Type
Manual Carbon & Sulphur Apparatus

Dimension (L*W*H)
Approx. 45 cm x 30 cm x 55 cm

Equipment Materials
Mild Steel body with powder coated finish, Glass components

Power
Heating mains powered, 500W

Voltage
230 V AC

Material
Borosilicate Glass & Mild Steel

Application
Quantitative determination of Carbon and Sulphur in ferrous and non-ferrous metals, alloys, ores and other inorganic substances

Capacity (Ltr)
1 L (Reaction/burette flask)

Weight
Approx. 10 kg

Water Bath
Integrated for sample reaction

Sample Holder Type
High-temperature resistant ceramic/crucible

Equipment Type
Laboratory Analytical Apparatus

Stand Material
Powder coated iron

Stirrer Type
Non-magnetic manual stirrer

Gas Absorption Unit
Triple absorption vessels

Safety Features
Thermal insulation, protective glass shields

Fittings
Brass/SS connectors, leak-proof adaptors

Heating Element Type
Spiral wire resistance heater

Pipe Connection Type
Rubber/silicone high temperature pipe

Sample Capacity
Up to 0.5 g per test

About Carbon & Sulphur Apparatus

Highlighted for its accuracy and robust construction, this Limited Time Top-ranking Carbon & Sulphur Apparatus is the ace solution for laboratory carbon and sulphur analysis. Designed for optimum performance, it features a spiral wire resistance heater and integrated water bath, ensuring reliable sample reaction up to 0.5g per test. With brass/SS leak-proof fittings, thermal insulation, and glass shields, safety and precision are paramount. Limited stock available-this sturdy, powder-coated apparatus with high-quality borosilicate glass components is perfect for exact quantitative determination in metals, alloys, ores, and inorganics. Secure yours today!

Applications and Beneficiaries

The Carbon & Sulphur Apparatus is widely used in metal industries, research laboratories, and academic institutions for precise quantitative determination of carbon and sulphur. Its versatile application benefits manufacturers, exporters, suppliers, and traders working with ferrous, non-ferrous metals, alloys, and ores. This apparatus is ideal for quality control, metallurgical analysis, and process validation, making it essential for engineers, metallurgists, and analytical chemists seeking ace analytical solutions.

Sample and Shipping Information

Samples of the Carbon & Sulphur Apparatus are available upon request for evaluation. With prompt order processing and Secure Shipping, products typically arrive within 7-15 business days from our FOB Port in India. Each unit is carefully packaged to ensure safe delivery. Our dedicated export team will coordinate shipment tracking and timely updates, ensuring every order meets optimum standards for arrival and customer satisfaction.

FAQ's of Carbon & Sulphur Apparatus:

Q: How is the Carbon & Sulphur Apparatus used for metal analysis?

A: This apparatus is employed for quantitative determination of carbon and sulphur in ferrous and non-ferrous metals, alloys, and inorganic materials, offering precise results with a sample capacity of up to 0.5g.

Q: What safety features does this equipment offer?

A: It includes thermal insulation, protective glass shields, high-temperature resistant sample holders, and leak-proof adaptors to ensure safe and reliable operation during high-temperature tests.

Q: When can I expect the product to arrive after placing an order?

A: Following order processing, the Carbon & Sulphur Apparatus is shipped securely from India and generally arrives within 7-15 business days, subject to destination and shipping method.

Q: Where is this product primarily used?

A: This apparatus is predominantly found in research labs, metallurgical plants, foundries, and academic environments where precise elemental analysis is critical.

Q: What is the benefit of using high-quality borosilicate glass in this apparatus?

A: Borosilicate glass provides excellent chemical and thermal resistance, ensuring durability and accuracy during high-temperature analyses and repeated laboratory use.

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