{ "version": "https://jsonfeed.org/version/1", "title": "NINGBOMX", "description": "", "home_page_url": "https://ningbomx.com", "feed_url": "https://ningbomx.com/feed.json", "user_comment": "", "icon": "https://ningbomx.com/media/website/logo.jpg", "author": { "name": "Vance Fan" }, "items": [ { "id": "https://ningbomx.com/cryogenic-stationary-tank-13.html", "url": "https://ningbomx.com/cryogenic-stationary-tank-13.html", "title": "40Ft Liquid Helium (LHe) ISO Tank Container | T75 UN Portable Tank | MINGXIN", "summary": "Send Us Your Enquir MINGXIN‘s 40Ft Liquid Helium (LHe) ISO Tank Container represents the pinnacle of extreme cryogenic engineering. Liquid helium boils at a remarkably low -269°C (4K), demanding the most sophisticated thermal protection available. Engineered with proprietary high-vacuum multi-layer insulation and an integrated Liquid Nitrogen (LN2) cooling shield, our T75 UN Portable Tanks are designed to minimize heat ingress, achieving internationally advanced static zero-loss holding times. It is the ultimate multimodal transport solution for delivering ultra-pure liquid helium safely across global sea and road networks. Ultimate Thermal Insulation: Utilizes an innovative high-vacuum Multi-Layer Insulation (MLI) system optimized for dual temperature…", "content_html": "\n\n\n\n\n\n\n
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Send Us Your Enquir

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Product Overview

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MINGXIN‘s 40Ft Liquid Helium (LHe) ISO Tank Container represents the pinnacle of extreme cryogenic engineering. Liquid helium boils at a remarkably low -269°C (4K), demanding the most sophisticated thermal protection available. Engineered with proprietary high-vacuum multi-layer insulation and an integrated Liquid Nitrogen (LN2) cooling shield, our T75 UN Portable Tanks are designed to minimize heat ingress, achieving internationally advanced static zero-loss holding times. It is the ultimate multimodal transport solution for delivering ultra-pure liquid helium safely across global sea and road networks.

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Core Technical Advantages

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    Ultimate Thermal Insulation: Utilizes an innovative high-vacuum Multi-Layer Insulation (MLI) system optimized for dual temperature zones: liquid helium (4K) and liquid nitrogen (80K). This drastically reduces overall heat leakage and ensures reliable, long-distance global transportation without product loss.

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    Multi-Stage Labyrinth Support System: A proprietary, serially-connected support structure specifically engineered to accommodate extreme thermal contraction from ambient temperatures down to -269°C. It maintains structural rigidity while minimizing conductive heat transfer to the absolute lowest limit, ensuring transit safety under complex dynamic loads.

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    Advanced Liquid Nitrogen (LN2) Shielding: Features a lightweight, thin-walled aluminum alloy liquid nitrogen cold shield. This proprietary aluminum shield connection technology intercepts ambient heat before it reaches the helium vessel, extending the no-loss storage duration significantly while reducing the container's tare weight.

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    Unique Internal Surface Treatment: The inner austenitic stainless steel vessel undergoes a highly specialized surface treatment process. This effectively reduces outgassing within the annular vacuum space, maintaining a superior, long-lasting high vacuum over extended lifecycles.

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    Advanced Precision Assembly: MINGXIN employs self-developed precision assembly technology to ensure full-length coaxial alignment and precise spatial adjustment between the inner and outer vessels, enhancing overall structural reliability and insulation integrity.

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Technical Specifications

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ParameterSpecification
Model CodeT75 UN Portable Tank
Size & Container Type40ft ISO Frame / 42KW (ISO 668)
Filling MediumLiquid Helium (LHe)
Volume (Water Capacity)40.9 m³
Design / Working Pressure1.35 MPa (G)
Loading Mass4,601 kg (@ 90% Filling)
Tare Weight19,710 ± 100 kg
Max. Permissible Gross Mass28,000 kg
Material (Inner & Outer)Austenitic Stainless Steel
Insulation TypeHigh-Vacuum Multi-Layer Insulation (with LN2 Shield)
Overall Dimensions12,192 x 2,438 x 2,591 mm (L x W x H)
Design Codes & ApprovalsASME Section VIII DIV 1, IMDG, ADR, TIR, CSC, US DOT (CFR49)
Transport ModeMultimodal Transport (Sea & Road). Note: Railway transport is prohibited.
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Wide Range of Applications

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Liquid helium is a critical strategic resource. Our ISO tanks are deeply integrated into high-tech industries vital to the global economy and technological progress:

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    Medical & Healthcare (MRI): Providing a continuous, reliable supply of LHe to cool superconducting magnets in MRI machines, essential for stable hospital operations.

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    Semiconductor Manufacturing: Supplying ultra-high-purity helium for critical microchip fabrication processes, including photolithography and etching.

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    Aerospace & Defense: Utilized in aerospace engineering for rocket propulsion system testing, satellite cooling, and defense equipment purging.

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    Frontier Scientific Research: Supporting the extreme cryogenic environments required for particle accelerators, superconducting magnets, and quantum computing projects.

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    Advanced Manufacturing: Applied in high-end optical fiber drawing and the research and development of new advanced materials.

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The MINGXIN Advantage

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At MINGXIN, we offer more than just equipment; we deliver a Full-Cycle Supply Chain Service. From robust manufacturing and stringent static non-destructive storage testing to integrated \"Equipment + Gas + Logistics + Service\" packages, we completely eliminate your supply chain uncertainties. Partner with MINGXIN for industry-leading helium transportation solutions backed by a 4-hour rapid response support team and comprehensive operational training.

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", "image": "https://ningbomx.com/media/posts/295/Wei-Xin-Tu-Pian_2026-04-09_090724_713.png", "author": { "name": "Vance Fan" }, "tags": [ "Liquid Helium Application", "Industrial Gases Application" ], "date_published": "2026-04-09T09:04:04+08:00", "date_modified": "2026-04-09T09:27:59+08:00" }, { "id": "https://ningbomx.com/cryogenic-stationary-tank-12-6.html", "url": "https://ningbomx.com/cryogenic-stationary-tank-12-6.html", "title": "LNG Regasification Stations (Satellite Plants) | Gas Supply | MINGXIN", "summary": "Send Us Your Enquiry MINGXIN’s LNG Gasification Station (also known as an LNG Satellite Station or Regasification Plant) is a comprehensive, highly integrated clean energy solution designed to receive, store, vaporize, and regulate the pressure of Liquefied Natural Gas (LNG). Serving as an independent, off-grid natural gas source or a municipal peak-shaving facility, our stations convert -162°C LNG back into pipeline-ready gaseous natural gas (NG). It is the ultimate turnkey infrastructure for delivering continuous, safe, and cost-effective clean energy to industrial parks, residential communities, and power plants. A complete MINGXIN LNG Gasification Station is engineered with a modular, skid-mounted approach,…", "content_html": "\n\n\n\n\n\n\n
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Send Us Your Enquiry

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Product Overview

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MINGXIN’s LNG Gasification Station (also known as an LNG Satellite Station or Regasification Plant) is a comprehensive, highly integrated clean energy solution designed to receive, store, vaporize, and regulate the pressure of Liquefied Natural Gas (LNG). Serving as an independent, off-grid natural gas source or a municipal peak-shaving facility, our stations convert -162°C LNG back into pipeline-ready gaseous natural gas (NG). It is the ultimate turnkey infrastructure for delivering continuous, safe, and cost-effective clean energy to industrial parks, residential communities, and power plants.

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Core System Modules

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A complete MINGXIN LNG Gasification Station is engineered with a modular, skid-mounted approach, consisting of the following key subsystems:

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    LNG Unloading Skid: Utilizes pressure build-up vaporizers or cryogenic transfer pumps to safely and rapidly unload LNG from transport semi-trailers into the storage tanks.

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    Cryogenic Storage System: Employs high-vacuum multi-layer or powder-insulated stationary LNG tanks to safely store bulk liquid with near-zero daily evaporation.

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    Main Vaporization Skid: Heavy-duty, star-finned Ambient Air Vaporizers (AAV) that use natural atmospheric heat to convert LNG into gas continuously, requiring zero electrical power.

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    BOG & EAG Management: Dedicated Boil-Off Gas (BOG) and Emergency Air Gas (EAG) vaporizers to recover tank pressure build-up and safely manage emergency venting.

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    Water-Bath Heater (Optional): Used in colder climates to provide supplemental heating to the natural gas, ensuring the pipeline delivery temperature remains safely above 5°C.

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    Pressure Regulating & Metering Skid (PRMS): Precisely reduces the high-pressure gas down to the required pipeline pressure and accurately meters the flow for billing purposes.

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    Odorization System: Safely injects THT (Tetrahydrothiophene) odorant into the odorless natural gas to meet safety detection standards before it enters the city or factory grid.

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Key Features & Design Highlights

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    Highly Integrated Skid-Mounted Design: Critical systems (unloading, vaporizing, and regulating) are pre-piped, pre-wired, and rigorously tested on structural steel skids at the MINGXIN factory. This \"Plug & Play\" methodology reduces on-site civil construction time by up to 60%.

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    Energy-Saving Operation: The main gasification process relies entirely on ambient air heat exchange, eliminating external energy consumption and drastically lowering operational costs (OPEX).

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    Intelligent SCADA Control: Equipped with a state-of-the-art PLC/SCADA control room. Operators can monitor liquid levels, pipeline pressures, temperatures, and flow rates in real-time, with fully automated valve switching and remote-control capabilities.

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    Uncompromising Safety Standards: Built with a multi-tiered safety architecture. The station includes an Emergency Shutdown (ESD) system, combustible gas detectors, low-temperature pipeline interlocks, and automated pneumatic shut-off valves to ensure 100% operational security.

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Industry Applications

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    Industrial Fuel Conversion: Delivering a continuous, high-volume natural gas supply to off-grid factories transitioning from coal or heavy fuel oil to clean LNG (e.g., steel mills, ceramics, glass, and chemical plants).

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    City Gas Peak-Shaving: Acting as a massive buffer for municipal gas networks, injecting supplemental natural gas during periods of extreme winter demand or pipeline shortages.

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    Residential & Commercial Grids: Supplying independent pipeline natural gas to newly developed residential communities, commercial hubs, and remote towns lacking national pipeline access.

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    Distributed Power Generation: Providing the essential fuel infrastructure for gas-fired boiler plants and gas turbine power generation facilities.

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The MINGXIN Advantage

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At MINGXIN, we do not just manufacture equipment; we deliver complete EPC (Engineering, Procurement, and Construction) projects. From the initial site feasibility study, customized engineering design, and equipment manufacturing to on-site installation, commissioning, and operator training—MINGXIN manages the entire lifecycle of your LNG station. Engineered to meet rigorous ASME, CE, and GB standards, a MINGXIN LNG Gasification Station guarantees decades of safe, efficient, and uninterrupted clean energy delivery.

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", "image": "https://ningbomx.com/media/posts/112/Wei-Xin-Tu-Pian_20220802105330_44_117.jpg", "author": { "name": "Vance Fan" }, "tags": [ "Solutions", " LNG Application" ], "date_published": "2026-02-27T14:52:37+08:00", "date_modified": "2026-03-13T17:45:46+08:00" }, { "id": "https://ningbomx.com/cryogenic-stationary-tank-12-2.html", "url": "https://ningbomx.com/cryogenic-stationary-tank-12-2.html", "title": "High-Pressure Pump & Vaporizer Skids | Integrated Gas Systems | MINGXIN", "summary": "Send Us Your Enquiry MINGXIN’s High-Pressure Pump & Vaporizer Skid is a highly integrated, space-saving gasification system engineered to efficiently pressurize and convert cryogenic liquids—including Liquid Oxygen (LOX), Liquid Nitrogen (LIN), Liquid Argon (LAr), Liquid Carbon Dioxide (LCO₂), and LNG—into high-pressure gas. By combining heavy-duty cryogenic reciprocating pumps, high-efficiency vaporizers, and smart control systems onto a single, compact steel base, this skid acts as the reliable powerhouse for high-pressure pipeline networks and industrial cylinder filling stations. \"Plug & Play\" Modular Design: The pump, vaporizer, surge arrestors, piping, and automated valves are entirely pre-assembled and pre-tested at the MINGXIN factory. This…", "content_html": "\n\n\n\n\n\n\n
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Send Us Your Enquiry

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Product Overview

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MINGXIN’s High-Pressure Pump & Vaporizer Skid is a highly integrated, space-saving gasification system engineered to efficiently pressurize and convert cryogenic liquids—including Liquid Oxygen (LOX), Liquid Nitrogen (LIN), Liquid Argon (LAr), Liquid Carbon Dioxide (LCO₂), and LNG—into high-pressure gas. By combining heavy-duty cryogenic reciprocating pumps, high-efficiency vaporizers, and smart control systems onto a single, compact steel base, this skid acts as the reliable powerhouse for high-pressure pipeline networks and industrial cylinder filling stations.

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Key Features & Design Highlights

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    \"Plug & Play\" Modular Design: The pump, vaporizer, surge arrestors, piping, and automated valves are entirely pre-assembled and pre-tested at the MINGXIN factory. This skid-mounted architecture reduces on-site civil construction, minimizes installation time, and allows for rapid deployment.

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    Continuous High-Pressure Output: Driven by premium cryogenic piston pumps, the system smoothly boosts liquid pressure up to 35 MPa (350 Bar), delivering a continuous, pulsation-free supply of high-pressure gas tailored for cylinder charging or demanding industrial processes.

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    Intelligent Automation (PLC): Equipped with a sophisticated PLC control cabinet. The system provides one-touch startup, automatic pressure regulation, and real-time monitoring of liquid levels, temperatures, and discharge pressures.

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    Uncompromising Safety Interlocks: Built with a multi-layered safety network, including automatic pump shut-off for low inlet temperature or high discharge pressure, dual safety relief valves, and an Emergency Shutdown (ESD) system to fully protect operators and equipment.

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    Energy-Efficient Vaporization: Integrates seamlessly with MINGXIN’s star-finned ambient air vaporizers (utilizing zero electricity) or water-bath vaporizers for continuous operation in ultra-cold climates.

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Technical Specifications

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    Applicable Media: LOX, LIN, LAr, LCO₂, LNG, N₂O

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    Gas Output Capacity (Flow Rate): 50 Nm³/h to 5,000+ Nm³/h (Customizable based on pump configuration)

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    Output Pressure Range: 15 MPa – 35 MPa (150 Bar – 350 Bar)

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    Pump Type: Single, Double, or Triple-cylinder cryogenic reciprocating pump

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    Vaporizer Type: High-Pressure Ambient Air Vaporizer or Water-Bath Vaporizer

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    Material Construction: Premium S30408 / 316L Stainless Steel for all cryogenic wetted parts and high-pressure gas pipelines.

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    Power Supply: 380V / 50Hz (Customizable for regional electrical standards; Explosion-proof ATEX options available for LNG).

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Industry Applications

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    Industrial Gas Filling Stations: The undisputed core equipment for efficiently filling high-pressure O₂, N₂, Ar, and CO₂ gas cylinders and manifolds.

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    Laser Cutting & Metallurgy: Delivering a stable, continuous, and high-pressure supply of Nitrogen or Oxygen directly into heavy industrial cutting and welding pipeline networks.

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    Medical Gas Centers: Ensuring the sterile, high-pressure, and highly accurate filling of medical-grade oxygen cylinders for hospitals and emergency responders.

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    L-CNG Refueling Infrastructure: Pressurizing and vaporizing LNG into high-pressure CNG for natural gas vehicle (NGV) dispensing stations.

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The MINGXIN Advantage

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At MINGXIN, we understand that system integration is the key to operational stability. Rather than sourcing individual components from multiple vendors, our High-Pressure Pump & Vaporizer Skids provide a single, unified solution. Every skid undergoes rigorous hydrostatic pressure testing, helium mass spectrometer leak detection, and full-load factory acceptance testing (FAT) before delivery. Partner with MINGXIN for a turnkey gasification solution that guarantees seamless compatibility, extreme durability, and decades of high-performance output.

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", "image": "https://ningbomx.com/media/posts/108/1317b1b667ec4d17502c40b197c835d0.jpg", "author": { "name": "Vance Fan" }, "tags": [ "Solutions", "Pump and Vaporizer" ], "date_published": "2026-02-27T14:15:54+08:00", "date_modified": "2026-03-13T17:50:32+08:00" }, { "id": "https://ningbomx.com/cryogenic-stationary-tank-10-3.html", "url": "https://ningbomx.com/cryogenic-stationary-tank-10-3.html", "title": "Ambient Air Vaporizers | Cryogenic Liquid Gasification | MINGXIN", "summary": "Send Us Your Enquir MINGXIN’s Ambient Air Vaporizers are highly efficient, energy-saving devices designed to convert cryogenic liquids—including Liquid Oxygen (LOX), Liquid Nitrogen (LIN), Liquid Argon (LAr), Liquid Carbon Dioxide (LCO₂), and Liquefied Natural Gas (LNG)—into their gaseous state. By utilizing the natural heat from the surrounding environment, our vaporizers require zero electrical power or external heating sources, offering an eco-friendly and highly cost-effective gasification solution for your operations. Zero Energy Consumption: Relies entirely on natural ambient air convection for heat exchange, ensuring zero operational energy costs and eliminating carbon emissions. High-Efficiency Heat Transfer: Constructed with specially extruded, star-finned aluminum…", "content_html": "\n\n\n\n\n\n\n
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Send Us Your Enquir

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Product Overview

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MINGXIN’s Ambient Air Vaporizers are highly efficient, energy-saving devices designed to convert cryogenic liquids—including Liquid Oxygen (LOX), Liquid Nitrogen (LIN), Liquid Argon (LAr), Liquid Carbon Dioxide (LCO₂), and Liquefied Natural Gas (LNG)—into their gaseous state. By utilizing the natural heat from the surrounding environment, our vaporizers require zero electrical power or external heating sources, offering an eco-friendly and highly cost-effective gasification solution for your operations.

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Key Features & Design Highlights

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    Zero Energy Consumption: Relies entirely on natural ambient air convection for heat exchange, ensuring zero operational energy costs and eliminating carbon emissions.

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    High-Efficiency Heat Transfer: Constructed with specially extruded, star-finned aluminum alloy tubes that significantly maximize the heat transfer surface area, guaranteeing rapid, stable, and complete vaporization.

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    Robust & Stress-Free Structure: Engineered with an advanced \"bridge-connected\" framework. This specialized design safely absorbs the structural stress caused by extreme thermal expansion and contraction, ensuring long-term durability without pipeline deformation.

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    Anti-Frosting Design: Optimized fin spacing combined with a wide draft area effectively minimizes \"ice-bridging\" between tubes during continuous operation, maintaining maximum gas output even in cold or high-humidity climates.

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    Corrosion Resistance: The premium aluminum construction undergoes special surface oxidation treatments, providing excellent resistance against severe weather conditions and harsh industrial environments.

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Technical Capabilities

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    Applicable Media: LOX, LIN, LAr, LCO₂, LNG, N₂O, LC₂H₄, etc.

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    Working Pressure Range: Designed to accommodate both Low Pressure (for standard pipeline distribution) and High Pressure (up to 1000 Bar for cylinder filling systems).

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    Flow Rate: Highly customizable from standard small-scale flows (10 Nm³/h) to massive heavy-duty industrial configurations (up to 50,000+ Nm³/h).

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Versatile Applications

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Our vaporizers are an essential, maintenance-free component for:

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    Industrial Gas Facilities: Regasification of O₂, N₂, and Ar for welding, metal cutting, and chemical processing networks.

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    LNG Infrastructure: Crucial for LNG satellite stations, city gas peak-shaving plants, and L-CNG vehicle refueling stations.

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    Medical & Healthcare: Ensuring a continuous, stable, and safe supply of gaseous medical oxygen for hospitals.

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    Food & Beverage: LCO₂ gasification for beverage carbonation, freezing, and cold chain processes.

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The MINGXIN Advantage

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At MINGXIN, we do not just sell equipment; we provide engineered solutions. We tailor every vaporizer to meet your exact flow rate, climate conditions, and pressure requirements. All units are strictly cleaned and degreased for oxygen service prior to delivery, ensuring uncompromised safety and compliance. With MINGXIN vaporizers, you are guaranteed seamless integration, \"Plug & Play\" installation, and a lifetime of reliable performance.

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", "image": "https://ningbomx.com/media/posts/102/18171388131519825012.JPG", "author": { "name": "Vance Fan" }, "tags": [ "Pump and Vaporizer", "Industrial Gases Application" ], "date_published": "2026-02-27T11:36:15+08:00", "date_modified": "2026-03-13T19:20:45+08:00" }, { "id": "https://ningbomx.com/cryogenic-stationary-tank-10.html", "url": "https://ningbomx.com/cryogenic-stationary-tank-10.html", "title": "High-Pressure Cryogenic Piston Pumps | Cylinder Filling | MINGXIN", "summary": "Send Us Your Enquir MINGXIN’s Cryogenic Piston Pump (Reciprocating Pump) is a heavy-duty, high-pressure liquid transfer solution engineered specifically for industrial gas cylinder filling and high-pressure pipeline networks. Designed to efficiently and safely pressurize Liquid Oxygen (LOX), Liquid Nitrogen (LIN), Liquid Argon (LAr), Liquid Carbon Dioxide (LCO₂), and Liquefied Natural Gas (LNG), this pump delivers continuous, reliable operation with minimal vaporization loss. It is the core prime mover for any modern high-pressure gas filling station. Vacuum-Jacketed Cold End: Features an advanced, high-vacuum insulated cold end that drastically reduces heat leak. This ensures rapid pump cool-down times, minimizes liquid evaporation, and…", "content_html": "\n\n\n\n\n\n\n
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Send Us Your Enquir

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Product Overview

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MINGXIN’s Cryogenic Piston Pump (Reciprocating Pump) is a heavy-duty, high-pressure liquid transfer solution engineered specifically for industrial gas cylinder filling and high-pressure pipeline networks. Designed to efficiently and safely pressurize Liquid Oxygen (LOX), Liquid Nitrogen (LIN), Liquid Argon (LAr), Liquid Carbon Dioxide (LCO₂), and Liquefied Natural Gas (LNG), this pump delivers continuous, reliable operation with minimal vaporization loss. It is the core prime mover for any modern high-pressure gas filling station.

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Key Features & Design Highlights

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    Vacuum-Jacketed Cold End: Features an advanced, high-vacuum insulated cold end that drastically reduces heat leak. This ensures rapid pump cool-down times, minimizes liquid evaporation, and prevents vapor lock (cavitation) during operation.

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    Premium Sealing Technology: Equipped with specially formulated, wear-resistant cryogenic seals (PTFE composites) and high-strength piston rings. This design guarantees a prolonged service life, leak-free operation, and significantly lower maintenance frequency.

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    Versatile Configurations: Available in single, double, or triple-cylinder designs. The multi-cylinder options provide a larger flow rate while minimizing pressure pulsation for a smoother, more stable gas output.

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    Integrated Safety Interlocks: Engineered with a comprehensive safety control system, including automatic shutdown for over-pressure, motor overload protection, and temperature interlocks to safeguard both the equipment and the operator.

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    Smooth & Quiet Transmission: The transmission box is precision-machined and features an optimized lubrication system, ensuring low vibration and low-noise operation (<75 dB) even under maximum continuous load.

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Technical Specifications

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    Applicable Media: LOX, LIN, LAr, LCO₂, LNG, N₂O, and other cryogenic fluids.

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    Flow Rate Capacity: 50 L/h – 5,000 L/h (Customizable based on cylinder configuration).

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    Max Discharge Pressure: Standard ratings at 165 Bar, 200 Bar, 250 Bar, and up to 350 Bar for specialized high-pressure applications.

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    Inlet Pressure: 0.02 – 1.6 MPa.

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    Material: S30408 / 316L Stainless Steel for all wetted cryogenic components, ensuring zero embrittlement at -196°C.

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    Certifications: Manufactured under an ISO 9001:2015 quality management system, fully compliant with CE and GB standards.

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Industry Applications

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    Cylinder Filling Stations: The undisputed standard for filling high-pressure industrial gas cylinders (O₂, N₂, Ar, CO₂) safely and efficiently.

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    Medical Gas Supply: Ensuring the sterile, high-pressure filling of medical-grade oxygen cylinders for healthcare facilities and emergency responders.

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    Laser Cutting & Metallurgy: Delivering high-pressure, continuous auxiliary gases for metal fabrication and heavy industrial pipeline networks.

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    L-CNG Refueling Stations: Pressurizing LNG to high levels before vaporization, supplying CNG for natural gas vehicles and city gas networks.

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The MINGXIN Advantage

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At MINGXIN, we understand that downtime is costly. Our cryogenic piston pumps are built for rigorous 24/7 operation and undergo strict cryogenic testing before leaving our facility. All oxygen pumps are thoroughly cleaned and degreased for oxygen service. With MINGXIN, you receive not just a robust piece of machinery, but a fully supported engineered solution backed by readily available spare parts and global technical support.

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", "image": "https://ningbomx.com/media/posts/100/b1018a6d51bd6b46e0e4321d06cc272.jpg", "author": { "name": "Vance Fan" }, "tags": [ "Pump and Vaporizer", "Industrial Gases Application" ], "date_published": "2026-02-27T11:32:09+08:00", "date_modified": "2026-03-13T19:23:18+08:00" }, { "id": "https://ningbomx.com/cryogenic-stationary-tank-8.html", "url": "https://ningbomx.com/cryogenic-stationary-tank-8.html", "title": "Mobile Cryogenic Tanks | Portable Skid-Mounted Storage | MINGXIN", "summary": "Send Us Your Enquir MINGXIN’s Cryogenic Mobile Tanks provide a highly versatile, \"plug-and-play\" solution for the transport, storage, and centralized supply of cryogenic liquids, including Liquid Oxygen (LOX), Liquid Nitrogen (LIN), Liquid Argon (LAr), Liquid Carbon Dioxide (LCO₂), and LNG. Designed to bridge the gap between traditional high-pressure gas cylinders and large stationary bulk tanks, our mobile tanks offer an ultra-efficient, space-saving, and easily transportable gas distribution system for modern industrial and medical facilities. Ultimate Mobility: Engineered with an integrated, heavy-duty pallet base (skid) featuring standard forklift slots and reinforced lifting lugs. This allows for safe, rapid, and effortless relocation…", "content_html": "\n\n\n\n\n\n\n
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Send Us Your Enquir

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Product Overview

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MINGXIN’s Cryogenic Mobile Tanks provide a highly versatile, \"plug-and-play\" solution for the transport, storage, and centralized supply of cryogenic liquids, including Liquid Oxygen (LOX), Liquid Nitrogen (LIN), Liquid Argon (LAr), Liquid Carbon Dioxide (LCO₂), and LNG. Designed to bridge the gap between traditional high-pressure gas cylinders and large stationary bulk tanks, our mobile tanks offer an ultra-efficient, space-saving, and easily transportable gas distribution system for modern industrial and medical facilities.

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Key Features & Design Highlights

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    Ultimate Mobility: Engineered with an integrated, heavy-duty pallet base (skid) featuring standard forklift slots and reinforced lifting lugs. This allows for safe, rapid, and effortless relocation via forklifts or cranes, both on-site and during truck transit.

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    Exceptional Insulation: Utilizes advanced high-vacuum multi-layer super insulation. This ensures a remarkably low daily evaporation rate, keeping your cryogenic liquids stable for extended periods and virtually eliminating gas venting losses.

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    All-in-One Integrated System: Designed with a highly compact and ergonomic piping layout. All operating valves, liquid level gauges, pressure gauges, and safety relief devices are centrally located for intuitive operation and easy maintenance.

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    Built-in Vaporizer (Optional): Can be equipped with an integrated pressure-building or ambient vaporizer, allowing the tank to supply continuous, stable gaseous products directly to your application without needing external equipment.

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    Rugged Durability: The inner vessel is crafted from premium S30408 stainless steel for extreme low-temperature resilience, while the outer shell is built from robust stainless or carbon steel to withstand rough handling in industrial environments.

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Technical Specifications

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    Applicable Media: LOX, LIN, LAr, LCO₂, LNG, N₂O.

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    Capacity Range: Typically available from 1,000L to 5,000L (1m³ to 5m³), highly customizable based on user consumption rates.

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    Working Pressure: Standard options include 1.6 MPa, 2.0 MPa, 2.5 MPa, and up to 3.5 MPa for high-pressure gas applications.

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    Insulation Type: High-Vacuum Multi-Layer Super Insulation.

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    Design Standards: Manufactured in strict compliance with GB, ASME, or CE/PED standards for global operational safety.

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Industry Applications

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    Laser Cutting & Metal Fabrication: Replaces handling dozens of heavy high-pressure cylinders, providing a continuous, high-purity gas supply for laser cutting machines and welding stations.

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    Medical & Healthcare: A reliable, easily maneuverable liquid oxygen (LOX) supply for hospitals, clinics, and emergency oxygen backup systems.

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    Laboratories & Research: Centralized, ultra-pure liquid nitrogen (LIN) or argon supply for cryo-preservation, semiconductor manufacturing, and analytical instruments.

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    Food & Beverage: Mobile LCO₂ or LIN stations for flash freezing, food chilling, and on-site beverage carbonation.

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The MINGXIN Advantage

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At MINGXIN, we focus on maximizing your operational efficiency while minimizing labor costs and safety risks. By upgrading from standard cylinders to MINGXIN Cryogenic Mobile Tanks, you drastically reduce cylinder handling, lower your unit gas costs, and ensure zero-interruption operations. Every mobile tank is rigorously tested for vacuum integrity and pressure safety before delivery. Partner with MINGXIN for a smarter, more mobile gas storage solution tailored to your exact needs.

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", "image": "https://ningbomx.com/media/posts/98/8270386374808077757.JPG", "author": { "name": "Vance Fan" }, "tags": [ "Industrial Gases Application", " LNG Application" ], "date_published": "2026-02-27T11:26:12+08:00", "date_modified": "2026-03-13T19:27:48+08:00" }, { "id": "https://ningbomx.com/cryogenic-stationary-tank-7.html", "url": "https://ningbomx.com/cryogenic-stationary-tank-7.html", "title": "Cryogenic Liquid Semi-Trailers & Transport Tankers | MINGXIN", "summary": "Send Us Your Enquir MINGXIN’s Cryogenic Liquid Semi-Trailers are heavy-duty, large-capacity mobile storage solutions engineered specifically for the bulk road transport of cryogenic gases. Designed to safely and efficiently haul Liquid Oxygen (LOX), Liquid Nitrogen (LIN), Liquid Argon (LAr), Liquid Carbon Dioxide (LCO₂), and Liquefied Natural Gas (LNG), our semi-trailers are the backbone of modern industrial gas distribution and clean energy logistics. We combine advanced thermal insulation technology with lightweight chassis engineering to maximize your legal payload and transport profitability. Maximum Payload Design: By utilizing high-strength steel for the outer jacket, premium S30408 stainless steel for the inner vessel, and…", "content_html": "\n\n\n\n\n\n\n
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Send Us Your Enquir

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Product Overview

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MINGXIN’s Cryogenic Liquid Semi-Trailers are heavy-duty, large-capacity mobile storage solutions engineered specifically for the bulk road transport of cryogenic gases. Designed to safely and efficiently haul Liquid Oxygen (LOX), Liquid Nitrogen (LIN), Liquid Argon (LAr), Liquid Carbon Dioxide (LCO₂), and Liquefied Natural Gas (LNG), our semi-trailers are the backbone of modern industrial gas distribution and clean energy logistics. We combine advanced thermal insulation technology with lightweight chassis engineering to maximize your legal payload and transport profitability.

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Key Features & Design Highlights

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    Maximum Payload Design: By utilizing high-strength steel for the outer jacket, premium S30408 stainless steel for the inner vessel, and a weight-optimized chassis, MINGXIN ensures you can transport the maximum possible volume of gas while strictly adhering to local highway weight regulations.

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    Advanced Thermal Insulation: Wrapped with high-vacuum multi-layer super insulation materials and subjected to rigorous vacuum pumping processes. This guarantees an exceptionally low daily evaporation rate, ensuring the cryogenic liquid remains stable and loss-free over long transit distances.

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    Premium Running Gear: Equipped with world-class axles (e.g., BPW or FUWA), heavy-duty air or mechanical suspension systems, and advanced WABCO ABS/EBS braking systems. This guarantees smooth handling, vehicle stability, and superior safety during highway hauling.

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    Smart Operating Cabinet: Features a centralized, highly integrated operation cabin at the rear. All cryogenic valves, pressure gauges, liquid level indicators, and loading/unloading connections are logically arranged for quick, safe, and intuitive operator access.

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    Rapid Discharge System: Can be equipped with an integrated high-flow pressure build-up vaporizer or an optional cryogenic centrifugal transfer pump, enabling fast and flexible unloading at customer sites.

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Technical Specifications

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    Applicable Media: LOX, LIN, LAr, LCO₂, LNG, N₂O.

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    Volume Capacity: Typically ranging from 20 m³ to 57 m³ (Customizable based on regional road transport laws).

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    Working Pressure: Standard options from 0.3 MPa to 1.6 MPa (depending on the payload medium).

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    Insulation Type: High-Vacuum Multi-Layer Super Insulation.

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    Axle Configuration: 2-axle or 3-axle designs available to match tractor-trailer requirements.

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    Manufacturing Standards: Fully compliant with GB, ASME, CE/ADR, or DOT standards for international hazardous materials transport.

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Industry Applications

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    Bulk Industrial Gas Distribution: Transporting massive volumes of O₂, N₂, and Ar from Air Separation Units (ASU) directly to steel mills, chemical plants, and manufacturing hubs.

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    LNG Virtual Pipelines: Acting as a mobile pipeline to deliver Liquefied Natural Gas from coastal terminals or liquefaction plants to city gas peak-shaving stations, distributed power plants, and L-CNG refueling stations.

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    Medical Gas Logistics: Delivering bulk quantities of high-purity medical liquid oxygen to hospital centralized storage tanks safely and reliably.

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    Food & Beverage Sector: Transporting bulk LCO₂ and LIN for large-scale cold chain logistics, food freezing, and brewery carbonation.

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The MINGXIN Advantage

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At MINGXIN, we know that fleet efficiency drives your bottom line. Our Cryogenic Liquid Semi-Trailers undergo strict Non-Destructive Testing (NDT), helium mass spectrometer leak detection, and rigorous road-testing before delivery. Whether you need a standard configuration or a completely customized trailer tailored to specific regional road limits, MINGXIN delivers turnkey transportation solutions that offer lower tare weights, superior vacuum retention, and decades of reliable service.

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", "image": "https://ningbomx.com/media/posts/97/20210329_113310.jpg", "author": { "name": "Vance Fan" }, "tags": [ "Industrial Gases Application", " LNG Application" ], "date_published": "2026-02-27T11:21:51+08:00", "date_modified": "2026-03-13T19:47:11+08:00" }, { "id": "https://ningbomx.com/cryogenic-stationary-tank-6.html", "url": "https://ningbomx.com/cryogenic-stationary-tank-6.html", "title": "T75 & T50 Cryogenic ISO Tank Containers | Global Gas Transport | MINGXIN", "summary": "Send Us Your Enquir MINGXIN’s Cryogenic ISO Tank Containers (T75 and T50) are world-class, intermodal transportation solutions engineered for the safe, efficient, and global logistics of cryogenic liquefied gases. Built within standardized ISO frames, our tank containers are the ultimate choice for the seamless \"door-to-door\" transport of Liquid Oxygen (LOX), Liquid Nitrogen (LIN), Liquid Argon (LAr), Liquid Carbon Dioxide (LCO₂), Ethylene, and Liquefied Natural Gas (LNG) across maritime, railway, and highway networks—completely eliminating the need to transfer the product between different vessels. Extended Holding Time: Utilizes state-of-the-art high-vacuum multi-layer super insulation technology. This drastically minimizes heat ingress and guarantees an…", "content_html": "\n\n\n\n\n\n\n
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Send Us Your Enquir

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Product Overview

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MINGXIN’s Cryogenic ISO Tank Containers (T75 and T50) are world-class, intermodal transportation solutions engineered for the safe, efficient, and global logistics of cryogenic liquefied gases. Built within standardized ISO frames, our tank containers are the ultimate choice for the seamless \"door-to-door\" transport of Liquid Oxygen (LOX), Liquid Nitrogen (LIN), Liquid Argon (LAr), Liquid Carbon Dioxide (LCO₂), Ethylene, and Liquefied Natural Gas (LNG) across maritime, railway, and highway networks—completely eliminating the need to transfer the product between different vessels.

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Key Features & Design Highlights

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    Extended Holding Time: Utilizes state-of-the-art high-vacuum multi-layer super insulation technology. This drastically minimizes heat ingress and guarantees an exceptionally low daily evaporation rate, making it ideal for long-distance transoceanic shipping and extended storage.

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    Standardized Intermodal Frame: The inner and outer vessels are securely mounted within a rugged, heavy-duty carbon steel ISO framework. Designed to withstand extreme dynamic loads, the frame is fully compliant with CSC (Container Safety Convention) standards for easy lifting, stacking, and securing on container ships, trains, and trailer chassis.

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    Ergonomic & Secure Valve Cabinet: All operating valves, safety relief devices, liquid level gauges, and pressure indicators are integrated into a centralized, lockable rear cabinet. This protects critical components from harsh marine environments and unauthorized access while providing operators with a clear, safe working interface.

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    Built-in Pressure Build-Up System: Equipped with an integrated aluminum star-fin pressure-building vaporizer, allowing for fast, self-pressurized offloading at the destination without the need for external cryogenic pumps.

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    Global Regulatory Compliance: MINGXIN tank containers are rigorously tested and certified by top international classification societies (such as CCS, BV, LR, or DNV) to meet IMDG, ADR/RID, TPED, ASME, and UN Portable Tank regulations.

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Technical Specifications

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    Applicable Media: LOX, LIN, LAr, LCO₂, LNG, N₂O, LC₂H₄ (Ethylene), etc.

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    Standard Dimensions: 20-Foot (Standard ISO) and 40-Foot configurations (10-Foot offshore mini-tanks also available).

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    Volume Capacity: Typically 20,000L to 22,000L for a 20ft container; up to 40,000L+ for a 40ft container.

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    Working Pressure: Highly customizable. Standard designs range from 0.8 MPa to 2.4 MPa depending on the specific gas and customer payload requirements.

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    Material: Premium S30408 / 316L stainless steel inner vessel for superior cryogenic performance.

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Industry Applications

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    Global Gas Trade & Export: Facilitating the international import and export of high-purity bulk industrial gases (O₂, N₂, Ar) across continents via container ships.

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    LNG Virtual Pipelines: Delivering Liquefied Natural Gas to remote islands, off-grid industrial parks, and regions without established natural gas pipeline infrastructure.

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    Electronics & Semiconductor: Supplying ultra-pure cryogenic liquids to overseas high-tech manufacturing facilities.

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    Food & Beverage Cold Chain: Bulk maritime transport of LCO₂ for international beverage conglomerates and agricultural freezing operations.

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The MINGXIN Advantage

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At MINGXIN, we understand that global logistics demand absolute reliability. Our Cryogenic Tank Containers undergo severe structural testing, X-ray non-destructive testing (NDT), and helium mass spectrometer leak detection before leaving our factory. With a guaranteed long-lasting vacuum life and global certification, MINGXIN ISO tanks ensure your valuable cryogenic payloads cross borders and oceans safely, legally, and profitably.

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", "image": "https://ningbomx.com/media/posts/96/20230407_141412.jpg", "author": { "name": "Vance Fan" }, "tags": [ "Industrial Gases Application", " LNG Application" ], "date_published": "2026-02-27T11:16:55+08:00", "date_modified": "2026-03-13T19:48:37+08:00" }, { "id": "https://ningbomx.com/cryogenic-stationary-tank-5.html", "url": "https://ningbomx.com/cryogenic-stationary-tank-5.html", "title": "Cryogenic Liquid Cylinders (Dewars) | Vacuum Insulated Flasks | MINGXIN", "summary": "Send Us Your Enquir MINGXIN’s Cryogenic Insulated Cylinders (often referred to as Dura Cylinders or Liquid Dewars) are advanced, portable storage solutions designed for the highly efficient handling and distribution of cryogenic liquids, including Liquid Nitrogen (LN₂), Liquid Oxygen (LO₂), Liquid Argon (LAr), Liquefied Natural Gas (LNG), and Liquid Carbon Dioxide (LCO₂). Offering superior thermal insulation and premium safety features, these cylinders are engineered to ensure minimal evaporation loss, providing a reliable and continuous gas or liquid supply for the industrial, medical, and energy sectors. High-Efficiency Insulation: Engineered with state-of-the-art vacuum multi-layer super insulation technology, which reduces the daily evaporation…", "content_html": "\n\n\n\n\n\n\n
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Send Us Your Enquir

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Product Overview

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MINGXIN’s Cryogenic Insulated Cylinders (often referred to as Dura Cylinders or Liquid Dewars) are advanced, portable storage solutions designed for the highly efficient handling and distribution of cryogenic liquids, including Liquid Nitrogen (LN₂), Liquid Oxygen (LO₂), Liquid Argon (LAr), Liquefied Natural Gas (LNG), and Liquid Carbon Dioxide (LCO₂). Offering superior thermal insulation and premium safety features, these cylinders are engineered to ensure minimal evaporation loss, providing a reliable and continuous gas or liquid supply for the industrial, medical, and energy sectors.

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Key Features & Design Highlights

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    High-Efficiency Insulation: Engineered with state-of-the-art vacuum multi-layer super insulation technology, which reduces the daily evaporation rate to industry-leading levels (as low as ≤1.15%), ensuring zero product waste during storage and transport.

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    Premium Stainless Steel Construction: Manufactured with a full 304 stainless steel body (inner and outer vessels), ensuring exceptional durability, strict hygiene for medical use, and supreme corrosion resistance in harsh environments.

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    Rugged & Mobile Design: Features an integrated protective frame (available in wheeled or stationary configurations) that enables effortless maneuverability while safeguarding the cylinder against impact damage.

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    Precision Monitoring: Equipped with upgraded, high-accuracy liquid level gauges (digital or mechanical options available) to provide operators with real-time volume monitoring.

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    Uncompromising Safety: Built with a comprehensive safety relief system, including dual safety valves (specifically optimized for LNG), burst discs, and explosion-proof devices to strictly comply with international safety regulations.

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Technical Specifications

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    Available Models: Vertical configurations (DPL450 / DPL700 / DPL900) and Horizontal configurations (DPW650).

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    Volume Capacity: Geometric volumes ranging from 110 Liters to 1,000 Liters, bridging the gap between small high-pressure cylinders and large bulk tanks.

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    Working Pressure: Highly customizable pressure ratings, ranging from 1.44 MPa to 3.79 MPa, available in Medium Pressure (MP), High Pressure (HP), and Ultra-High Pressure (VHP) models.

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    Gas Flow Rate: Built-in vaporizer allows for continuous gas flow ranging from 4 to 85 Nm³/H (O₂/N₂/Ar), eliminating the need for external gasification equipment.

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    Certifications: Manufactured in strict accordance with GB, ASME, CE, and CCS standards to guarantee global market compliance.

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Industry Applications

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    Industrial Gas Supply: Provides a reliable, high-purity, and centralized gas supply for laser cutting, welding, metal fabrication, and chemical processing (replacing the hassle of handling dozens of high-pressure cylinders).

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    Medical & Research: The preferred choice for medical-grade Liquid Oxygen (LOX) supply in hospitals, clinics, and biological cryopreservation laboratories.

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    Energy Sector: Serves as a portable fuel tank for LNG refueling, marine engines, and remote natural gas distribution.

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    Food & Beverage: Delivers LCO₂ and LN₂ for rapid food freezing, cold chain logistics, and beverage carbonation systems.

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The MINGXIN Advantage

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At MINGXIN, we combine decades of manufacturing expertise with rigorous quality control. Our cryogenic cylinders are designed to be a \"Plug & Play\" solution that drastically reduces your cylinder handling costs, minimizes gas loss, and maximizes operational safety. Every cylinder undergoes stringent vacuum tests and helium leak detection before delivery. Choose MINGXIN for a smarter, more mobile cryogenic storage solution tailored to your exact gas consumption needs.

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", "image": "https://ningbomx.com/media/posts/95/_MG_7754-2.JPG", "author": { "name": "Vance Fan" }, "tags": [ "Industrial Gases Application", " LNG Application" ], "date_published": "2026-02-27T11:10:35+08:00", "date_modified": "2026-03-13T19:51:47+08:00" }, { "id": "https://ningbomx.com/cryogenic-stationary-tank-4.html", "url": "https://ningbomx.com/cryogenic-stationary-tank-4.html", "title": "Air Separation Units (ASU) | Cryogenic Oxygen & Nitrogen Plants | MINGXIN", "summary": "Send Us Your Enquiry MINGXIN’s Air Separation Unit (ASU) is a modular, highly energy-efficient engineering solution designed to generate high-purity oxygen, nitrogen, argon, and rare gases for demanding industrial applications. By leveraging state-of-the-art cryogenic distillation and advanced adsorption technologies, our ASUs deliver a continuous, highly reliable gas supply while drastically minimizing your facility's long-term operational costs (OPEX). To perfectly match your facility’s specific gas consumption, MINGXIN provides three distinct system architectures: Small & Medium-Sized Cryogenic ASUs: Engineered for production capacities ranging from 200 to 10,000 Nm³/h. These units are the backbone for heavy industries requiring bulk liquid and gaseous O₂,…", "content_html": "\n\n\n\n\n\n\n
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Send Us Your Enquiry

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Product Overview

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MINGXIN’s Air Separation Unit (ASU) is a modular, highly energy-efficient engineering solution designed to generate high-purity oxygen, nitrogen, argon, and rare gases for demanding industrial applications. By leveraging state-of-the-art cryogenic distillation and advanced adsorption technologies, our ASUs deliver a continuous, highly reliable gas supply while drastically minimizing your facility's long-term operational costs (OPEX).

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Core Product Offerings

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To perfectly match your facility’s specific gas consumption, MINGXIN provides three distinct system architectures:

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    Small & Medium-Sized Cryogenic ASUs: Engineered for production capacities ranging from 200 to 10,000 Nm³/h. These units are the backbone for heavy industries requiring bulk liquid and gaseous O₂, N₂, and Ar.

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    High-Purity Nitrogen Plants: Dedicated nitrogen generation systems delivering ultra-high purity up to 99.999% (5N), perfectly suited for electronics, semiconductor manufacturing, and food packaging.

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    Pressure Swing Adsorption (PSA) Systems: Non-cryogenic generators offering incredibly fast startup times (≤30 minutes) and low maintenance. Utilizing minimal moving parts, they provide a highly cost-effective on-site gas generation solution.

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Key Features & Design Highlights

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    Low-Pressure Process Innovation: Integrates an advanced low-pressure cycle design that significantly reduces the air compressor's workload, cutting overall energy consumption by up to 20% compared to conventional ASU designs.

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    Modular, Skid-Mounted Architecture: Core system components are pre-engineered into modular skids. This allows for customized configurations, faster on-site deployment, and greatly reduced civil engineering costs.

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    Intelligent Automation (PLC): Equipped with a sophisticated PLC-based control system, featuring fully automated operations, real-time purity monitoring, and remote diagnostic capabilities.

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    Unrivaled Reliability: Built with robust, world-class components and redundant sub-systems to guarantee an exceptional 99.5% operational uptime.

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    Strict HSEQ Compliance: Manufactured in strict adherence to ISO 9001, ISO 14001, and OHSAS 18001 standards, ensuring maximum workplace safety and environmental responsibility.

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Technical Specifications

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    Gas Purity: 99.5% – 99.999% (O₂ / N₂ / Ar)

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    Production Capacity: 200 Nm³/h – 10,000 Nm³/h

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    Output Pressure Range: 0.8 MPa – 1.6 MPa (Gaseous output)

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    Specific Power Consumption: ≤ 0.65 kWh/Nm³ (for Oxygen production)

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    Acoustic Noise Level: < 85 dB(A)

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    Backup Liquid Storage: Optional integrated cryogenic liquid storage tanks (5 m³ – 50 m³) for emergency peak-shaving and backup supply.

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Industry Applications

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    Metallurgy & Steel Mills: Providing massive volumes of high-purity oxygen for steelmaking, smelting, and metal fabrication (cutting and welding).

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    Petrochemical & Refining: Supplying continuous nitrogen for inert gas blanketing, pipeline purging, and hydrogen purification processes.

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    Medical & Healthcare: Serving as the central production hub for life-saving, medical-grade oxygen supply to hospitals and clinics.

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    Electronics & Semiconductors: Delivering the ultra-high purity nitrogen (5N) required for defect-free microchip and semiconductor fabrication.

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The MINGXIN Advantage

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At MINGXIN, building an Air Separation Unit is a partnership. We provide comprehensive Turnkey EPC (Engineering, Procurement, and Construction) services—from initial thermodynamic simulations and custom cold-box manufacturing to on-site installation, commissioning, and operator training. Backed by our 24/7 technical support, critical spare parts inventory, and routine energy efficiency audits, a MINGXIN ASU ensures that your industrial gas supply remains reliable, pure, and incredibly cost-effective for decades to come.

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", "image": "https://ningbomx.com/media/posts/93/Kong-Fen-1-2.jpg", "author": { "name": "Vance Fan" }, "tags": [ "Solutions" ], "date_published": "2026-02-25T16:08:40+08:00", "date_modified": "2026-03-13T19:52:48+08:00" } ] }