Optimizing Gas Separation: The Role of ZIF-90 and Key Suppliers
The efficient separation of gases is a critical challenge across numerous industries, from petrochemicals to environmental monitoring. Metal-Organic Frameworks (MOFs) are at the forefront of innovation in this field, offering tailored porosity and high surface areas. ZIF-90 (CAS: 1062147-37-8), a prominent member of the ZIF family, is particularly noted for its effectiveness in gas adsorption and separation processes. As a dedicated chemical supplier in China, we provide high-quality ZIF-90 to facilitate breakthroughs in gas separation technology.
The Advantage of ZIF-90 in Gas Separation
ZIF-90's efficacy in gas separation stems from its meticulously designed molecular architecture. Its framework, constructed from zinc ions and imidazole-2-carboxaldehyde linkers, creates specific pore sizes and shapes that can selectively bind to different gas molecules. The key features contributing to its performance include:
- Microporous Structure: With an aperture of 0.35nm and a pore size of 1.1nm, ZIF-90 is capable of differentiating between gas molecules based on their kinetic diameters.
- High Surface Area (1500 m²/g): A greater surface area translates to more adsorption sites, enhancing the capacity for gas uptake.
- Chemical Selectivity: The chemical nature of the framework can be tuned to favor adsorption of specific gases over others, enabling highly selective separations.
- Stability: Its robust structure, stable in air and alkaline conditions, ensures longevity in demanding industrial environments.
Applications in Industrial Gas Separation
The applications for ZIF-90 in gas separation are vast and impactful:
- Carbon Capture: ZIF-90 is being explored for its potential in capturing CO2 from flue gas or natural gas streams, contributing to climate change mitigation efforts. If your company is focused on carbon capture technologies, purchasing ZIF-90 from a reliable manufacturer is a strategic step.
- Hydrogen Storage: The high porosity of ZIF-90 also makes it a candidate material for safe and efficient hydrogen storage, a key area for renewable energy development.
- Methane Adsorption: For natural gas purification or storage, ZIF-90 offers excellent methane adsorption capabilities.
- Separation of Hydrocarbons: Its precise pore structure can facilitate the separation of light hydrocarbons and other valuable chemical feedstocks.
Sourcing ZIF-90: Your Partner in China
For industries and research institutions looking to implement ZIF-90 in their gas separation processes, sourcing from a reputable manufacturer is paramount. We are a leading chemical supplier in China, specializing in MOFs like ZIF-90. We guarantee product purity (97% Min.) and consistent quality, ensuring reliable performance in your separation units. We invite you to inquire about our ZIF-90 price and take advantage of our offer for a free sample. Partner with us to secure a steady supply of this advanced MOF material and optimize your gas separation challenges. Buying ZIF-90 from us means investing in quality and innovation.
Why Choose Us for ZIF-90:
- Expertise in MOF manufacturing.
- Commitment to high purity and quality control.
- Competitive pricing for bulk and research quantities.
- Responsive customer service and technical support.
By selecting ZIF-90 from a trusted Chinese manufacturer, you are choosing a material engineered for performance and a supplier dedicated to your success in gas separation technologies.
Perspectives & Insights
Chem Catalyst Pro
“The Advantage of ZIF-90 in Gas SeparationZIF-90's efficacy in gas separation stems from its meticulously designed molecular architecture.”
Agile Thinker 7
“Its framework, constructed from zinc ions and imidazole-2-carboxaldehyde linkers, creates specific pore sizes and shapes that can selectively bind to different gas molecules.”
Logic Spark 24
“The key features contributing to its performance include:Microporous Structure: With an aperture of 0.”