Metal Organic Framework MOF-303

MOF-303: Redefine Moisture Management with High Efficiency and Versatility

In the era of precision moisture control, MOF-303 emerges as a game-changer—blending exceptional adsorption performance, energy efficiency, and multi-scenario adaptability. Designed to tackle diverse moisture-related challenges, it stands out as your ultimate solution for water harvesting, dehumidification, and thermal management.

Core Advantages: Where Performance Meets Efficiency

• Ultra-High Water Adsorption: Boasting an impressive 400-500mg/g water uptake capacity, MOF-303 captures moisture with unparalleled efficiency, ensuring maximum output even in low-humidity environments.
• Low-Temperature Regeneration: Requires only 50-60°C for regeneration—significantly reducing energy consumption compared to traditional materials. Ideal for energy-sensitive applications, cutting operational costs while boosting sustainability.
• Exceptional Specific Surface Area: With a surface area exceeding 1000 m²/g, MOF-303 offers abundant adsorption sites, amplifying moisture-capturing efficiency and reaction activity across all applications.
• Nano-Scale Particle Size: Featuring a controlled particle size range of 50-200 nm, it ensures superior dispersibility and uniform coating—critical for applications like rotary dehumidifier wheel coatings, where surface contact and coverage directly impact performance.
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Key Applications: Powering Innovation Across Scenarios

1. Air Water Harvesting: Water from Thin Air

In arid regions, remote off-grid areas, or maritime environments where freshwater is scarce, MOF-303 turns ambient air into a reliable water source. Its high specific surface area and 400-500mg/g adsorption capacity maximize moisture capture, making it indispensable for:

• Emergency relief in drought-stricken zones
• Sustaining field operations (military, exploration, camping)
• Providing drinking water for island communities

MOF-303 ensures a steady supply, acting as a lifeline in water-scarce settings.

2. Coating for Rotary Dehumidifiers: Precision Humidity Control

Elevate dehumidification efficiency by coating rotary dehumidifier wheels with MOF-303. Its nano-scale particle size (50-200 nm) enables uniform, high-adhesion coating, while the >1000 m²/g surface area enhances moisture uptake. Perfect for:

• Electronics manufacturing facilities (preventing moisture damage to components)
• Data centers (maintaining stable humidity for equipment longevity)
• Pharmaceutical labs (ensuring strict humidity compliance for drug storage)

Its low regeneration temperature slashes energy use, while high adsorption keeps spaces dry and controlled.

3. Sensor Cooling: Protecting Sensitive Electronics

Outdoor sensors, IoT devices, and surveillance equipment often overheat due to sunlight—compromising performance. MOF-303’s moisture adsorption-desorption cycle, powered by its large surface area, acts as a passive cooling system, ideal for:

• Agricultural sensors in hot climates
• Smart city infrastructure (traffic cameras, weather stations)
• Renewable energy monitors (solar panel sensors)

It stabilizes operating temperatures, extending device lifespan and ensuring data accuracy.

Your Trusted Partner: Ton-Level Production Capacity

Beyond superior performance, we guarantee reliability. With our ton-level production capacity, we meet large-scale industrial demands—whether for bulk dehumidifier manufacturing, water harvesting system deployment, or electronics cooling solutions. Consistent quality, on-time delivery, and tailored support make us your go-to supplier for MOF-303.

Ready to Transform Your Moisture Management?
MOF-303 isn’t just a material—it’s a solution that adapts to your needs. From harvesting water in the desert to safeguarding sensitive tech, its versatility and efficiency redefine what’s possible.

Contact us today to explore how MOF-303 can elevate your operations.

Guang Dong Advanced Carbon Materials Co., Ltd. was established by a group of researchers with extensive academic and professional backgrounds spanning countries such as the United States, Germany, Sweden, and more. Our research and development efforts are guided by esteemed professors from Huazhong University of Science and Technology and the Chinese Academy of Sciences. A significant portion of our employees consists of researchers, a majority of whom hold master's or doctoral degrees. Additionally, our strong collaborations with academic institutions and industry partners enable us to leverage the most recent advancements in research effectively.
Our company is deeply committed to the high-value utilization of discarded plastics, with a particular focus on creating an engineering foundation to facilitate carbon element capture and the transformation of carbon resources. Regarded as a promising entity within our locality, we have secured over 20 million dollars in  investments to date.

Guo Hangxi
Email：guohangxi@kargen.cn  Homepage: www.kargen.cn
5/F, Zhengling Hi-tech Park, No.2 Cui Zhu 2nd Street, Xiangzhou District, Zhuhai, China 519000
Guangdong Advanced Carbon Materials Co., Ltd