DISPOSABLE SMALL GAS CYLINDERS

DISPOSABLE SMALL GAS CYLINDERS

Brand: KAIGEN, LEO

Refrigerant cylinders, please go to REFRIGERANT CYLINDERS (REFILLABLE AND DISPOSABLE).

Disposable small cylinders are a solution designed for extremely low demand or for scenarios requiring extremely high portability.

I. Disposable CO2 Cylinders

(I) Vehicle Tire Inflation

Inflate tires of bicycles, motorcycles, and small vehicles.

(II) Power Pneumatic Tools and Equipment

1. Power source for firing pellets from paintball guns or airguns.

2. Power for portable tools such as small pneumatic nail guns, pneumatic screwdrivers, and screw guns.

3. Power for firing pneumatic spear dart guns for water fishing or recreational use.

4. Start large model engines (such as methanol engines) or drive certain pneumatic components of model boats, cars, and airplanes.

5. Supplement CO2 for planted aquariums.

(III) Food and Beverage Carbonation and Production

1. Soda water dispensers and sparkling water dispensers for making soda water.

2. Provide carbonation pressure for portable beer kegs, cola kegs, or soda water systems.

3. Carbonate fruit, milk tea, and beverages.

4. Whippers and siphon bottles use carbon dioxide or nitrous oxide to create whipped cream, foam, or frothy dishes.

(IV) Safety Equipment Inflatability

1. Automatic inflation of personal flotation devices such as life jackets, life-saving bracelets, and airbags for outdoor safety fall protection clothing.

2. Emergency inflation of life rafts and emergency escape slides.

(V) Industrial and Special Applications

1. Temporary replenishment of welding shielding gas (e.g., for small-scale MIG welding) for debugging equipment, calibrating instruments, and for leak detection or impurity removal (purging) of refrigeration, piping, and precision instruments.

3. Small-scale rapid cooling or refrigeration experiments.

4. Creating smoke effects (dry ice sublimation) or simulating gas leaks in fire drills or on stage.

5. As a small power source or signal source in pneumatic control systems.

6. Windproof welding with flux-cored arc welding (FCAW) (on-site steel structure construction).

7. Low-cost carbon steel welding in auto repair shops.

II. Disposable Helium Cylinders

(I) Balloon Inflation

1. Inflate latex balloons (party balloons) and aluminum foil balloons (such as letter, number, and cartoon-shaped balloons) for party and event decoration.

2. Advertising and Marketing: Inflate floating advertising balloons, small airship models, etc.

3. Weddings and Celebrations: Create a romantic or festive atmosphere.

(II) Specialty Gas Environments and Leak Detection

Helium mass spectrometer leak detectors for leak detection in pipes and containers.

(III) Scientific Research and Education

Physics and Chemistry experiments, for scientific education and teaching demonstrations.

(IV) Specific Inflation Requirements

1. Used in stage and film productions for small props that require a floating effect.

2. Provide gas for small inflatable toys and models that require levitation.

3. Cooling medium for superconducting material laboratories.

(V) Medical

1. Breathing Mixture (Special Scenarios): In the high-pressure environment of deep-sea diving, helium-oxygen mixture (heliox) is used to partially replace nitrogen to reduce the risk of high-pressure neurological syndrome and nitrogen narcosis.

2. A small amount of helium may be required as a reference gas or test gas for the calibration of some precision medical devices (such as certain pulmonary function testers).

III. Disposable Argon Cylinders

(I) Welding and High-Temperature Processing Protection

1. TIG (Tungsten Inert Gas) Welding.

2. MIG/MAG Welding Root Protection.

3. Plasma Cutting/Welding.

(II) Precision Manufacturing and Material Processing

1. Used in metal 3D printing (additive manufacturing) to prevent high-temperature oxidation of metal powders.

2. Used in high-temperature brazing and heat treatment to prevent performance degradation of materials such as copper and titanium during heating.

3. Used in single crystal growth/specialty glass processing to protect the growth environment of sapphire and silicon crystals, or to ensure the composition stability of glass during melting.

(III) Laboratory and Research

‌1. Inert Atmosphere Operation: Emergency refilling of glove boxes; providing a temporary inert atmosphere for small chemical reaction devices (e.g., Schlenk lines).

‌2. Analytical Instrument Protection

Covering the sample area of thermal analyzers (TGA/DSC) to prevent oxidation interference with data; protecting the weighing chamber of precision balances.

‌(IV) Corrosion Protection and Special Preservation

‌1. Storage of cultural relics and precision equipment.

‌2. Coravin wine decanter.

‌3. Preservation of high-end wines.

‌(V) Medical

‌1. Argon plasma coagulation and cryosurgery.

‌2. Drysuit inflation.

‌(VI) Other Industrial Applications

‌1. Leak detection aid (low-cost solution).

‌2. Special lighting filling: Extending the life of the tungsten filament of high-end bulbs such as halogen lamps (to inhibit high-temperature evaporation).

‌3. High-precision model spraying (e.g., military models) or special metal and resin processing.

IV. Disposable Nitrous Oxide Cylinders

(I) Industrial and Food: Cream whipping.

(II) Engine Amplification and Rocket Propulsion (Energy): Racing and modified cars; model rocket propellant.

(III) Industrial Combustion Support and Cryogenic Cooling

1. Specialty Welding and Cutting: Used as an auxiliary gas in high-temperature plasma cutting to enhance stainless steel cutting capabilities.

2. Cryogenic Experiments: Liquid N₂O rapidly vaporizes and absorbs heat, providing temperatures as low as -88°C (a temporary alternative to liquid nitrogen).

(IV) Medical

1. Anesthesia and Analgesia.

2. Medical Equipment Calibration and Testing: Calibration of flow sensors in anesthesia machines, exhaust system testing, etc.

V. Disposable Cylinders for MIG, TIG, and MAG Welding

VI. Disposable Nitrogen Cylinders

(I) Industrial Protective and Process Gases

1. Electronics and Precision Manufacturing: SMT reflow, laser cutting protection, semiconductor packaging.

2. Metal heat treatment and oxidation prevention.

3. Chemical process isolation.

(II) Food and Pharmaceutical Preservation

1. Food Packaging and Nitrogen Filling

2. Beverage and Alcohol Protection

3. Medical Device Packaging

(III) Inspection and Maintenance

1. Piping System Leak Detection.

2. Automotive Maintenance: Tire Nitrogen Filling; Air Conditioning System Pressure Maintenance and Leak Detection.

3. Fire Protection System Testing: Activating Smoke/Heat Alarms.

(IV) Laboratory and Scientific Research

1. Instrument Protective Purging.

2. Anaerobic Microbial Culture.

VII. Disposable Bottles for Glue

VIII. Advantages of Disposable Small Gas Cylinders

1. Extreme Convenience: Ready to use, no need to deal with complicated procedures such as filling, deposits, and bottle returns.

2. Excellent Portability: Compact and lightweight, easy to carry and operate in small spaces.

3. Maintenance-Free: Disposable once used (requires proper recycling), no periodic inspection required.

4. Low Initial Cost: The purchase price of a single cylinder is relatively low (but the unit gas cost is high). 5. Versatile Application: Offers a variety of common welding gas options.

6. Compliance: Typically designed as non-refillable containers, these products comply with specific transportation and usage regulations.

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