Popular Gases
Nitric Oxide (NO)
Nitric Oxide (NO): High-Purity Reactive Gas for Semiconductor Critical Processes and Medical Applications
Nitric Oxide (NO) is a colorless, toxic, and strongly oxidizing gas (molecular weight: 30.01) with paramagnetic properties. It rapidly reacts with oxygen at room temperature to form nitrogen dioxide (NO₂). Its density at 20°C is 1.27 g/L, slightly higher than air. As a critical reactive gas, nitric oxide plays an irreplaceable role in semiconductor thin-film deposition and medical gas therapy.
Specifications
| CAS No. | 10102-43-9 |
| UN No. | 1660 |
| EINECS No. | 233-271-0 |
| Molecular Weight | 30.01 |
| Appearance | Colorless, odorless |
| Melting Point | -163.6 °C |
| Boiling Point | -151 °C |
| Density | 1.27 g/L |
| DOT Class | 2.3 & 8 & 5.1 |
| Label | Toxic Gas, Corrosives, Oxidizer |
Electronic Grade Nitric oxide | |
Specification | 99.9% |
CO2 | ≤ 100 ppmv |
N2O | ≤ 500 ppmv |
NO2 | ≤ 300 ppmv |
N2 | ≤ 50 ppmv |
Packaging Specifications
Gas Container >>| Cylinder Specifications | Content | Preesure | ||
| Cylinder Capacity | Valve | Volume | Bar | PSIG |
| 47L | DISS728 | 1700L | 36 | 510 |
Key Applications
The electronics industry requires ultra-high purity gases and specialty gases for use in semiconductors, flat panel displays, and photovoltaics. YIGAS provides nitrogen, argon, helium, sulfur hexafluoride, and nitrogen trifluoride to meet customers' stringent requirements in cleaning, etching, atmosphere protection, and testing.
The medical industry's gas needs encompass respiratory support, anesthesia, surgery, and sterilization. YIGAS provides medical oxygen, nitrous oxide, carbon dioxide, and helium-oxygen mixtures to ensure efficient, safe, and compliant operation in medical institutions.
FAQ
Q1. What is nitric oxide (NO)?
Q2. How is nitric oxide used in semiconductor manufacturing?
Q3. What purity specifications are available for NO?
Q4. How is NO packed and supplied?
Q5. What are the key physical properties of NO?
Q6. What are the safety precautions for handling NO?
Q7. Why is high-purity NO critical for semiconductor processes?
Why Choose YIGAS?
Team
Global Leadership: Management team with multinational and listed company backgrounds, backed by decades of expertise in the industrial gases sector.
End-to-End Expertise: Integrated capabilities spanning production, operation, R&D, commercialization, and quality assurance in gas industry.
Technical Excellence: Advanced knowledge in gas/chemical synthesis, purification, and process optimization, supported by on-demand technical application services.
R & D
Innovation-Driven: Focus on cutting-edge R&D to deliver safer, sustainable, and cost-effective gas solutions.
Full-Cycle Development: From concept design to scalable production, ensuring seamless technology transfer and market readiness.
Service
Customer-Centric Solutions: Tailored services with flexibility, professionalism, and 24/7 dedicated support.
Value Proposition: Guaranteed supply chain stability, safety compliance (ISO/OSHA standards), and total cost optimization.
Quality
Zero-Compromise Standards: Rigorous QC protocols for both in-house and outsourced products, validated by third-party certifications.
Operational Precision: Expertise in lean production management, analytical quality control, and continuous process improvement.
Popular Gases
Stable Supply Chain: Our helium sources originate from Qatar and the United States, ensuring reliable supply.
Helium as Core Business: With significant investments, our Zhongshan-based factory spans 13,000 m² and boasts an annual liquid helium production capacity of 300 tons.
China’s Most Advanced Facilities:
Equipped with the nation's most advanced liquid helium and helium filling production lines.
Certified under the ISO 9001:2008 Quality Management System.
Utilizes internationally recognized "filling island-style" production lines.
Gaseous helium from a reliable gases supply is ideal for semiconductor lithography, fiber-drawing, leak detection, carrier gas in GC, and balloon inflation. Liquid helium, sourced from a dedicated gases supply chain, is dedicated to MRI magnet cryo-cooling, superconducting magnet maintenance, and low-temperature physics research.
Ethylene, a colorless, slightly sweet-smelling hydrocarbon (C₂H₄), is the backbone of modern petrochemical industries. As the simplest alkene with a reactive carbon-carbon double bond, it exhibits high flammability (explosive range: 2.7–36% in air) and serves as a critical building block for synthetic chemistry. Used as feedstock for LLDPE/HDPE, epoxy ethane and ethanol production. Compatible with swing-reactor and high-pressure tubular processes. Our ethylene is supplied in high-purity grades (≥99.9% polymer-grade, ≥99.5% chemical-grade) via ISO-certified cylinders, backed by a reliable gases supply network to ensure consistent delivery to your operations.
Propane, a colorless, odorless, and highly flammable alkane (C₃H₈), is a cornerstone of liquefied petroleum gas (LPG) with a boiling point of -42°C, enabling efficient storage and transport as a liquid under moderate pressure. Propane is renowned for its high calorific value (50.33 MJ/kg) and clean combustion properties, making it an ideal choice for high-temperature brazing, metal cutting, forklift fuel, and LPG blending. Supplied in ISO-certified cylinders or bulk tanks through our dependable gases supply network.
Sulfur dioxide (SO₂), a colorless gas with a pungent odor and high water solubility, is a versatile inorganic compound widely used in chemical manufacturing, pulp and paper processing, and as a food desiccant and preservative. It is also commonly used in sulfuric acid production and in the desulfurization of natural gas and oil. With a boiling point of -10°C, it serves as both a reactive intermediate and a functional additive, though its environmental impact as a primary air pollutant requires stringent handling. Our SO₂ is supplied in ISO-certified cylinders.
Ethylene oxide (C₂H₄O), a colorless, flammable gas with a faintly sweet odor, is a highly reactive epoxide critical to modern industrial and medical applications. It is primarily used for the cryogenic sterilization of disposable syringes, endoscopes, and pacemakers. With a boiling point of 10.4°C, it transitions to a liquid below this temperature, exhibiting excellent miscibility with water, ethanol, and ether. Its explosive range (3–100% in air) and carcinogenicity (Class 1B per IARC) necessitate stringent handling under NFPA 704 protocols (Health 4, Flammability 3). Supplied in ISO-certified cylinders or nitrogen-diluted blends.
Methane (CH₄) is a colorless, odorless, and non-toxic organic compound with distinct physical characteristics. Under standard temperature and pressure (STP), methane exists as a gas with a density approximately 0.55 times that of air, making it lighter and minimally soluble in water. It transitions to liquid at -161.5°C (boiling point) and solidifies at -182.5°C (melting point), remaining gaseous under ambient conditions. Methane is commonly used as a fuel for heating, cooking, and power generation. Because it is an odorless hydrocarbon gas, it is often mixed with substances that have an odor to report leaks or spills in pipes and systems.
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