fits year: 2022.

( Brand: Atl Fuel Cells ), ( Manufacturer Part Number: CN-UN-00007 ), ( Part Type: Cell ), ( Bulk And Special Orders: Bulk Purchases Special Orders Available On Request ), ( Fitment Type: High Performance And Racing Parts ), ( Material: Steel ), ( Package Length: 27.4 In ), ( Fuel Type: Gasoline ), ( International Customers: Hassle-free Global Shipping, We Handle All Paperwork ), ( Capacity: 22 Gal ), ( Manufacturer Warranty: Lifetime ), ( Package Height: 15 In ), ( Package Width: 21 In ), ( Package Weight: 22.40 Lbs ), ( Product Details: All Product Details Available Below ), ( Country Of Origin: United States )
The **ATL Fuel Cells CN-UN-00007 Steel Container for Galvanic Cell (CN-UN-020)** is a robust, high-performance industrial-grade storage solution meticulously engineered for the safe and secure containment of galvanic cells, particularly those used in hydrogen fuel cell applications. Constructed from premium **UN-certified steel**, this container is built to withstand extreme environmental conditions, including temperature fluctuations, humidity, and mechanical stress, ensuring long-term reliability and protection for sensitive fuel cell components. The design adheres to stringent international shipping and storage regulations, including **UN 3171** standards for hydrogen transport, making it ideal for both laboratory and field deployment scenarios.
Featuring a **fully sealed, corrosion-resistant interior**, the CN-UN-00007 is equipped with a **galvanic cell top (CN-UN-020)**, a specialized access port designed to accommodate fuel cell modules while maintaining an airtight seal. This top is reinforced with **high-strength fasteners and gaskets**, preventing leaks and ensuring optimal pressure balance within the container. The exterior is reinforced with **ribbed structural panels** and **heavy-duty corner fittings**, enhancing durability during transit or stationary use. Additionally, the container includes **ventilation ports with pressure relief valves**, allowing for controlled gas exchange while preventing overpressure hazards.
The **CN-UN-00007** is engineered with **modular adaptability**, enabling easy integration with auxiliary systems such as gas regulators, monitoring sensors, or secondary containment layers. Its **compact yet spacious design** maximizes storage efficiency while accommodating various fuel cell configurations, from small research prototypes to larger industrial units. The container s **low-maintenance construction** ensures minimal upkeep, with a **powder-coated finish** that resists rust and abrasion, extending its operational lifespan. Whether used for **research and development, field testing, or commercial hydrogen storage**, this container provides a secure, compliant, and efficient solution for handling galvanic cells in demanding environments.
**Pros and Cons of buying a ATL Fuel Cells CN-UN-00007 Steel Container Galvanized Cell Top (CN-UN-020)**
### **Pros**
1. **Durability and Safety Compliance** The container is built to meet **UN certification standards**, ensuring it is designed for safe transportation of hazardous materials, including fuel cells or batteries. The galvanized steel construction provides corrosion resistance, extending its lifespan in harsh environments.
2. **Standardized and Interoperable Design** The **CN-UN-00007** model follows international shipping regulations (e.g., IMDG for dangerous goods), making it compatible with global logistics networks. This reduces compatibility issues when transporting goods internationally.
3. **Protection Against Environmental Factors** The galvanized steel top (CN-UN-020) offers additional resistance to rust and weathering, which is crucial for long-term storage or outdoor use. This is particularly useful if the container will be exposed to moisture or extreme temperatures.
4. **Reusability and Cost Efficiency** Steel intermodal containers are **durable and reusable**, making them a cost-effective solution compared to single-use packaging. Over time, their high resale value can offset initial costs.
5. **Versatility in Application** Beyond fuel cells, these containers can be used for **battery storage, chemical transport, or industrial materials**, providing flexibility for future use cases.
6. **Easy Maintenance** The steel construction allows for straightforward cleaning and inspection, reducing downtime and operational disruptions.
7. **Regulatory Assurance** Since it complies with **UN packaging standards**, there is less risk of legal or operational issues during transport, which is critical for businesses handling hazardous materials.
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### **Cons**
1. **High Initial Cost** Compared to non-certified or plastic alternatives, UN-certified steel containers are **more expensive upfront**. This may be a barrier for small-scale or budget-constrained operations.
2. **Weight and Logistics Challenges** Steel containers are **heavy**, which can increase shipping costs (especially for air freight) and require stronger handling equipment. This may impact operational efficiency in some cases.
3. **Limited Customization** Due to standardized dimensions and compliance requirements, modifying the container (e.g., for specialized internal configurations) can be difficult or costly.
4. **Potential for Theft or Tampering** While secure, high-value containers (such as those used for fuel cells) may attract theft or unauthorized access if not properly secured in transit or storage.
5. **Maintenance Requirements** Despite galvanization, steel containers still require **periodic inspections for rust, dents, or structural integrity**, especially in corrosive environments. Neglecting maintenance can lead to premature failure.
6. **Space and Storage Constraints** Due to their size, these containers may require **dedicated storage space**, which could be a limitation for businesses with limited facilities.
7. **Depreciation Over Time** While durable, steel containers may lose value if not maintained properly or if newer, more efficient alternatives emerge in the market.
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### **Conclusion**
The **ATL Fuel Cells CN-UN-00007 steel container with a galvanized cell top** is a **highly reliable and compliant** solution for transporting or storing hazardous materials like fuel cells. Its **durability, safety certifications, and reusability** make it a strong investment for businesses engaged in **long-term, high-risk logistics**. However, the **higher upfront cost, weight, and maintenance needs** must be carefully considered against operational requirements.
For businesses prioritizing **safety, regulatory compliance, and long-term cost efficiency**, this container is **highly recommended**, particularly if fuel cells or batteries are being transported internationally or in environments with high corrosion risks. Smaller operations or those with limited budgets may need to weigh the trade-offs against alternative packaging solutions.
**Final Recommendation:**If your application demands **UN certification, durability, and global transport compatibility**, proceed with purchasing this container. Ensure proper **training for handling, regular inspections, and secure storage** to maximize its lifespan and minimize risks. For short-term or low-risk applications, evaluate whether the benefits outweigh the costs before committing.