Product Overview
Bottled ammonia gas is industrial‑grade ammonia filled in high‑pressure steel cylinders. It is produced through the synthesis of nitrogen and hydrogen under high‑temperature and high‑pressure conditions. After basic synthesis, it goes through conventional separation and refining procedures to reach standard industrial‑grade purity.
As a fundamental bulk chemical raw material, bottled ammonia gas covers a wide spectrum of industrial scenarios. It is extensively applied in refrigeration equipment, wastewater pH regulation, fertilizer production, metal surface treatment and various chemical‑synthesis workflows. Impurity content shall conform to general‑industry specifications to guarantee stable running of production processes. This toxic and corrosive gas demands standardized operation throughout filling, storage, transportation and on‑site application to avoid safety risks.
Basic Information
| CAS No. | 7664-41-7 |
| UN No. | UN1005 (Ammonia, anhydrous, compressed gas) |
| Hazard Classification | Class 2.3 Toxic Gas, Class 8 Corrosive Substance |
Key Attributes & Parameters
| Purity | ≥ 99.9% |
| Key Impurity Levels (typical values, in ppb) |
Moisture (H₂O): ≤ 0.1% |
| Packaging | Cylinders, Y-cylinders, ISO tube trailers (customizable based on customer needs) |
| Filling Pressure | Typically 20–50 bar (depending on the container) |
Features & Advantages
Reliable Industrial‑Grade Purity Stability
Adopting mature synthesis and conventional refining processes, bottled ammonia gas maintains stable purity and impurity indicators for industrial applications. Each batch undergoes strict laboratory testing to comply with standard industrial specifications, securing steady performance for customer production workflows.
Effective Impurity Control for General Industrial Use
Standard separation and filtration procedures keep particulate and foreign‑substance content within acceptable industrial ranges. It avoids excessive impurities that may interfere with common chemical reactions and downstream processing requirements.
Complete Production and Quality Documentation
Full‑process management is carried out from raw‑material synthesis, refining, cylinder filling to finished‑gas inspection. Certified Certificate of Analysis (CoA) is available for each shipment, supporting quality traceability for delivery batches.
Practical Safety & Application‑Oriented Service
We provide practical technical support covering cylinder handling guidance, storage‑transport precautions and operational safety training. Relevant suggestions are offered to help customers deploy bottled ammonia gas safely in their on‑site industrial processes.
Functional Characteristics
As Nitrogen‑Containing Raw Material
Bottled ammonia gas acts as an important nitrogen‑bearing feedstock for multiple industrial chemical reactions. It participates in synthetic reactions to produce nitrogen‑containing chemical intermediates and fertilizers, delivering stable chemical reactivity under regular industrial reaction conditions.
As Alkaline Reactive Gas
Thanks to its alkaline chemical property, bottled ammonia can react with acidic substances. It is widely used for pH adjustment of industrial wastewater, neutralization treatment and metal surface passivation, helping customers achieve expected treatment effects in various chemical workflows.
As Refrigerant & Process Auxiliary Gas
It can function as a circulating refrigerant for industrial refrigeration systems. Meanwhile, it also serves as process auxiliary medium in metallurgy and chemical manufacturing. Its chemical activity directly influences reaction efficiency and product quality of downstream industrial production.
Primary Application Fields
Chemical Fertilizer & Chemical Synthesis
Bottled ammonia gas is a core feedstock for nitrogen‑based fertilizer production. It is also widely utilized to manufacture various nitrogen‑containing chemical intermediates, amines and other fine‑chemical products for large‑scale chemical‑industry production lines.
Industrial Refrigeration
It works as a circulating refrigerant in large industrial refrigeration systems such as cold‑storage warehouses and food‑processing plants. With good heat‑exchange performance, it supports stable cooling operation for cold‑chain facilities.
Wastewater Treatment & Metal Surface Processing
Applied for pH adjustment and acid‑wastewater neutralization in water‑treatment workshops. It is also adopted for metal surface passivation and rust‑removal pretreatment in metallurgical and machinery‑manufacturing processes.
General‑Purpose Industrial & Laboratory Use
Suitable for various chemical labs, textile industry flue‑gas desulfurization and denitrification, as well as raw‑material preparation for common nitride products, meeting diversified demands of general industrial production.
Customer Collaboration Case
We have built stable long‑term cooperative relations with one large‑scale industrial chemical enterprise. This customer runs multiple production lines covering fertilizer synthesis, industrial refrigeration and metal surface treatment. They required consistent‑quality bottled ammonia gas with qualified impurity indicators to guarantee continuous and stable operation of their whole production facility.
To match their large‑volume consumption needs, we arranged stable batch supply of industrial bottled ammonia gas, formulated targeted filling and packaging schemes, and delivered complete batch‑by‑batch CoA quality certificates. We also provided professional guidance for cylinder storage, handling and on‑site safety operation.
Reliable product quality and steady delivery helped the customer minimize production fluctuations. Their downstream chemical synthesis efficiency and wastewater treatment process performance remained consistent, supporting smooth mass‑production schedules. This cooperation demonstrates our comprehensive service capacity for bulk industrial ammonia gas supply and on‑site application support.
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