JAY EMM GASES PVT LTD

Nangla Gujran, Faridabad, Haryana

Gas Cylinder Capacity: 44L47LFilling Pressure: FillingDelivery Method: Factory delivery/door deliveryPresent in the atmosphere at the level of 0.9%, the argon is a neutral and colorless gas as the nitrogen.It does not maintain the life. It is widely used by industrials, due to its high level of chemical slowness:avoids the oxidation of pigments.limits the proliferation of bacteria.protects food against the destruction.reduces the respiratory coefficient of the raw vegetables.inflate the cars air bags.

Trade Name: NitrogenChemical Name: NArticle Number: 002-01-0001Gas Cylinder Capacity: 44L47LFilling Pressure: FillingDelivery Method: Factory delivery/door deliveryMainly in the atmosphere, the nitrogen constitutes 78% of the air which we breath.Under gaseous shape, it is neutral, colorless and tasteless, not flammable. It is an inert gas which does not maintain the life. It is usually used for the following applications:

Trade Name: Carbon DioxideChemical Name: COArticle Number: 002-01-0001Gas Cylinder Capacity: 44L47LFilling Pressure: FillingDelivery Method: Factory delivery/door deliveryCarbon dioxide (chemical formula CO2) is a naturally occurring chemical compound composed of two oxygen atoms each covalently double bonded to a single carbon atom. It is a gas at standard temperature and pressure and exists in Earths atmosphere in this state, as a trace gas at a concentration of 0.04 per cent (400 ppm) by volume.

Trade Name: OxygenChemical Name: OArticle Number: 002-01-0001Gas Cylinder Capacity: 44L47LFilling Pressure: FillingDelivery Method: Factory delivery/door deliveryPresent in abundance in the nature, the oxygen represents in weight 21% of the air we breath.It also represents in weight 46% of the earths crust (in the form of oxides, of silicates, etc.), 89% of the water present on Earth (under molecular state), and 62% of the human body (under molecular state).Colorless, odorless and tasteless gas, it is essential in the life and reacts strongly in the presence of numerous chemical substances:

Trade Name: HydrogenChemical Name: HArticle Number: 002-01-0001Gas Cylinder Capacity: 44L47LFilling Pressure: FillingDelivery Method: Factory delivery/door deliveryPresent in the atmosphere as traces, the hydrogen is generated, from hydrocarbons (oil and by-products), and water.The hydrogen represents the lightest fraction of the molecule H2O.Colorless, highly flammable, very light gas, the hydrogen does not maintain the life and reacts easily in the presence of other chemical substances.

Trade Name: HeliumChemical Name: HeArticle Number: 002-01-0001Gas Cylinder Capacity: 44L47LFilling Pressure: FillingDelivery Method: Factory delivery/door deliveryThe helium exists in abundance in the atmosphere of the Sun (origin of its name: Helios), but is only present as traces in the atmosphere.We find it under fossil state in natural gas fields, in oil-fields in certain regions of the USA, Algeria and Poland.Extremely light gas (density of 0.14) and fowl, it is colorless, odorless, incombustible and completely inert.

High density (1.6g/cm3), longer lasting cylindrical dry ice pellets. Manufactured for use in the beverage and food industry, this food grade dry ice may be used directly in the processing of food stuffs.This form of dry ice is also ideal for smaller-scale needs or one off storage or delivery purposes. For example, universities often use dry ice pellets in experiments or for small-scale storage. Dry ice pellets are also used to make mist effects for entertainment purposes.

High density (1.6g/cm3), longest lasting dry ice product, rectangular solid blocks of dry ice.Weight: Sold in packs of 10kg.Dry ice blocks are generally used for freeze branding, industrial usage, shipping, and specialised smoke machines. Due to their size, dry ice blocks will last longer than a similar amount of slices or pellets. This makes blocks ideal for long-lasting shipping or storage.

High density, long lasting dry ice slices, customised for the airline and pharma industry. Rectangular and square solid pieces of dry ice.Dry ice slices are often used in the storage and/or transportation of perishable goods such as food or medical supplies. Each slice is individually wrapped for ease of use and to reduce sublimation levels.

Calibration gases are accurately formulated gas mixtures used as reference standards to calibrate and validate the performance of gas detection instruments, including gas analyzers, sensors, and detectors. These gases ensure that measurement devices deliver precise and consistent readings, which is essential in environments where gas monitoring is critical for safety, regulatory compliance, and environmental protection. Commonly used in industries such as oil and gas, manufacturing, healthcare, and environmental monitoring, calibration gases play a vital role in maintaining the reliability and accuracy of gas detection systems.Key aspects of calibration gases:Purpose: Calibration gases are used to calibrate instruments by providing a known concentration of a specific gas or a mixture of gases. This process ensures that the instruments sensors respond accurately to different gas concentrations.Types: Calibration gases can be single-component (e.g., pure methane, carbon monoxide) or multi-component mixtures. The specific gases used depend on the application and the type of instrument being calibrated.Traceability: Calibration gases should be traceable to a national or international standard, ensuring the accuracy and reliability of the calibration process.Examples: Common calibration gases include methane, carbon monoxide, hydrogen sulfide, oxygen, and various other gases depending on the application. For example, methane is often used for calibrating combustible gas detectors, while hydrogen sulfide is used for detectors that monitor hydrogen sulfide levels.Applications: Calibration gases are used in a wide range of industries, including oil and gas, emergency services, environmental monitoring, and various industrial settings where gas detection is essential.

A gas regulator, also referred to as a pressure regulator or gas governor, is a precision device designed to control and stabilize the flow of gas from a high-pressure source to a lower, controlled pressure suitable for specific applications. Its primary function is to reduce and maintain gas pressure at a safe, consistent level, ensuring the reliable and efficient operation of downstream systems and equipment. Gas regulators are essential components in a wide range of industries, including manufacturing, medical, laboratory, and energy sectors.Key Features of Gas Regulators:Pressure Control: Accurately reduces high inlet pressure to a stable, lower outlet pressure.Safety Assurance: Prevents over-pressurization, protecting equipment and personnel.Adjustable Settings: Allows fine-tuning of output pressure based on application needs.Pressure Gauges: Equipped with inlet and outlet gauges for real-time pressure monitoring.Durable Construction: Made from high-quality materials like brass or stainless steel for long-lasting performance.