Industrial Ammonia Gas

Name: Industrial Ammonia Gas
Brand: PRATHAM INDUSTRIES
Price: 75 INR
Availability: InStock

Price 75 INR/ Kilograms

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MOQ : 10 Pieces

Industrial Ammonia Gas Specification

Boiling point
-33.34C

Vapor Density
0.59 (air = 1)

Purity
99.5% min

Pressure
8-10 bar

CAS No
7664-41-7

Industries
Chemical, Pharmaceutical, Refrigeration, Fertilizer, Water Treatment

Noble Gases
Not present

Melting Point
-77.7C

Freezing Point
-77.7C

Filling Pressure
8-10 bar (at 20C)

Density
0.73 Gram per cubic centimeter(g/cm3)

Volume
Depends on cylinder size, standard: 50-200 litres

Application
Refrigerant, chemical synthesis, water treatment, fertilizers, industrial cleaning

Weight
50 kg/ 80 kg/ 200 kg cylinders

Toxicity
Toxic and corrosive

Packaging Type
Steel cylinder

UN Number
UN 1005

Solubility in Water
Highly soluble

Cylinder Material
High tensile steel

Critical Pressure
112.5 bar

Valve Type
IS:3224

Critical Temperature
132.4°C

Color
Colorless gas

Odor
Pungent, irritating odor

About Industrial Ammonia Gas

Pure Chlorine Gas is the one also used as a refrigerant gas, in the manufacture of plastics, explosives, textiles, pesticides, dyes and other chemicals, and for purification of water supplies. It is found in several household and industrial-strength cleaning solutions. Industrial Ammonia Gas can be availed from us at cost- effective prices.

Exceptional Purity and Reliable Packaging

Our industrial ammonia gas boasts a minimum purity of 99.5%, ensuring optimal performance across diverse applications. It is filled in robust, high tensile steel cylinders with safety-compliant IS:3224 valves and offered in standard weights ranging from 50 kg to 200 kg. This careful packaging guarantees product integrity and ease of handling during transportation and use.

Versatile Industrial Applications

Ammonia gas serves vital roles in chemical synthesis, refrigeration, fertilizer production, water treatment, and industrial cleaning. Its high solubility in water and effective refrigerant properties make it indispensable for industries seeking efficient processes and reliable outcomes. Experienced suppliers ensure safe delivery tailored to your volume requirements.

FAQs of Industrial Ammonia Gas:

Q: How should industrial ammonia gas be safely handled and stored?

A: Industrial ammonia gas must be handled with care due to its toxic and corrosive nature. Always store it in high tensile steel cylinders with IS:3224 valves, in well-ventilated areas, away from heat sources. Appropriate protective equipment, such as gloves and safety goggles, should be worn during handling.

Q: What are the main industrial uses of ammonia gas?

A: Ammonia gas is commonly utilized in chemical synthesis, refrigeration, fertilizer manufacturing, water treatment, and industrial cleaning. Its high purity and solubility in water make it particularly effective in these applications.

Q: When is ammonia gas chosen over other gases in industrial processes?

A: Ammonia is selected when a highly soluble, reactive, and efficient refrigerant or chemical reactant is required, especially for processes in the chemical, pharmaceutical, refrigeration, fertilizer, and water treatment industries. Its physical properties and high purity make it the preferred choice for these applications.

Q: Where is industrial ammonia gas manufactured and supplied from in India?

A: Certified manufacturers and suppliers across India provide industrial-grade ammonia gas. It is packaged in steel cylinders and distributed to industries nationwide, ensuring compliance with safety and quality standards.

Q: What is the procedure for ordering ammonia gas cylinders for industrial use?

A: To order ammonia gas cylinders, contact a reputable supplier or manufacturer in India. Specify your required cylinder size (50 kg, 80 kg, or 200 kg) and the intended application. The supplier ensures safe packaging and delivery according to regulatory guidelines.

Q: How does ammonia gas benefit industrial cleaning and water treatment?

A: Ammonia gas aids in industrial cleaning by breaking down contaminants and residues, while its high solubility makes it effective in water treatment processes for neutralizing impurities and balancing water chemistry.

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