I. Basic Parameters· Design Medium: Liquid Helium (He, -269°C)
· Effective Volume: 40 m³ (40ft standard container type)
· Operating Temperature: -269°C ~ 50°C
· Insulation Structure: High-vacuum multi-layer winding insulation (composite of perlite and multi-layer foil)
· Daily Evaporation Rate: ≤0.1%/d (liquid helium condition, industry-leading level)
· Design Standards: ASME BPVC VIII, ISO 1496-3, IMDG, ADR/RID
· Materials: Inner cylinder: 304/316L stainless steel; Outer cylinder: Q345R carbon steel
· Filling/Unloading Interface: Special liquid helium low-temperature valve group, including emergency shut-off valve and safety valve
· Transportation Frame: ISO 6346 standard container frame (20ft/40ft)
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II. Selling Points by Regional Market1. European Market (EU)· Compliance & Certification Advantages: Fully compliant with ADR/RID, TPED, PED and EU CE certification, meeting the stringent road/rail transportation regulations of the EU and directly accessible to the EU’s domestic logistics network.
· Low Evaporation Rate & Environmental Value: The daily evaporation rate of liquid helium is ≤0.1%/d, far lower than the industry average, which significantly reduces helium loss and carbon emissions, aligning with the EU’s carbon emission reduction (EU ETS) and green energy policies.
· Adaptation to R&D and High-End Manufacturing: Precisely matches the demand for helium quality and transportation stability from high-end users in Europe such as semiconductor manufacturers (ASML, TSMC European plants), magnetic resonance imaging (MRI) facilities, and low-temperature physics laboratories.
2. American Market (North & South America)· North American Standard Adaptation: Compliant with ASME, DOT, TC3 and IMDG maritime regulations, compatible with the intermodal transportation system of highways, railways and maritime transport in the United States and Canada, and suitable for cross-regional logistics in North America.
· Helium Resource Guarantee: Designed for the long-distance transportation demand between helium production areas (e.g., Texas, USA; Canada) and consumption areas (Silicon Valley, Great Lakes Industrial Zone) in North America, the high thermal insulation performance enables safe storage and transportation for more than 30 days.
· Cost Competitiveness: Compared with European and American local brands (e.g., Chart, Cryolor), it has superior procurement and operation and maintenance costs, and provides customized volume and valve group solutions.
· South America Expansion: Adapted to the low-temperature gas demand in the mining and medical (MRI) markets in South America, supporting cross-border maritime and inland transportation, and solving the problem of helium distribution in South America with weak infrastructure.

3. Southeast Asian Market· Tropical Climate Adaptability: The tank insulation design is optimized for the high temperature and high humidity environment in Southeast Asia, maintaining an extremely low evaporation rate even in a 40°C environment to avoid helium loss caused by high temperature.
· Maritime & Port Adaptation: Compliant with maritime requirements of IMDG, MSC/CMA CGM and other shipping companies, adapting to the hoisting and storage standards of major ports in Southeast Asia (Singapore, Port Klang, Laem Chabang).
· Rigid Demand for Medical and Electronics: Precisely matches the rapidly growing medical (MRI equipment) and semiconductor packaging markets (e.g., Malaysia, Singapore) in Southeast Asia, providing a stable liquid helium supply chain solution.
· Lightweight Design: Optimizes self-weight while ensuring strength, improving fuel efficiency and traffic flexibility for road transportation in Southeast Asia.

4. Middle East Market· Extreme Environment Tolerance: The tank is resistant to desert high temperature, sand and dust and salt spray corrosion, with an anti-corrosion coating on the outer cylinder, which can operate stably at an extreme high temperature of 50°C, adapting to the desert climate in the Middle East.
· Oil & Gas and Industrial Demand: Serves the oil and gas exploration (well logging, fracturing), petrochemical and high-end manufacturing fields in the Middle East, meeting the application requirements of helium in oil and gas exploration and industrial welding.
· Long-Distance Transportation Capability: The high thermal insulation performance supports cross-country transportation in the Middle East (e.g., Dubai → Riyadh → Abu Dhabi), reducing the frequency of intermediate cooling and refilling.
· Localized Operation and Maintenance: Can provide spare parts warehouses in Dubai, Riyadh and other regions and technical services in Arabic/English, catering to the habits of Middle Eastern customers.
5. African Market· Infrastructure Friendliness: Adapted to the poor road conditions in Africa, with strong anti-vibration and anti-impact capabilities, reducing the risk of equipment damage during transportation.
· Long-Term Storage & Transportation: The extremely low evaporation rate enables cross-African maritime/land transportation for more than 40 days, solving the pain points of Africa’s dependence on helium imports and long logistics cycles.
· Medical and Mining Coverage: Covers the medical (MRI) and mining (diamond exploration, geological well logging) markets in countries such as South Africa and Egypt, providing low-cost and highly reliable liquid helium supply solutions.
· Price Advantage: More cost-effective than European and American brands, lowering the threshold for helium use in the African market and boosting the development of local medical and industrial sectors.
III. Universal Core Selling Points (Global Application)1. High Thermal Insulation Technology: Independently developed high-vacuum multi-layer winding insulation technology, with an industry-leading daily evaporation rate of liquid helium, significantly reducing customers’ operating costs.
2. Full Life Cycle Services: Provides one-stop services including design, manufacturing, certification, transportation and maintenance, supporting 24-hour global technical response.
3. Customization Capability: Can customize volume, interface, valve group and monitoring system (e.g., remote liquid level monitoring) according to regional regulations and customer scenarios.
4. Safety Redundancy Design: Equipped with multi-stage safety valves, emergency shut-off valves and leakage monitoring systems, complying with the world’s most stringent safety standards.