PCN-250 (Fe) Powder MOF

13000.0 INR/Gram

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Product Details:

Structural Formula [Fe3O(OOC-C6H4-COO)3(OH)(H2O)3]
HS Code 38229090
Smell Odorless
Molecular Weight 1385.20 g/mol
Shape Powder
Storage Store in a cool, dry place; sealed container
Taste Odorless and tasteless
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PCN-250 (Fe) Powder MOF Price And Quantity

Minimum Order Quantity 1 Gram
Price 13000.0 INR/Gram

Stability Stable under ambient conditions
Moisture Sensitivity Low
Thermal Stability Up to ~330°C (inert)
Synthesis Method Solvothermal synthesis
BET Surface Area >2000 m²/g
Pore Size ~2.5 nm
Supply Form Vacuum sealed powder in specialized packaging
Particle Size <20 µm
Color Reddish brown
Linker Terephthalic acid (BDC)
Framework Topology PCN-250
Metal Center Fe(III) - Iron(III)

PCN-250 (Fe) Powder MOF Product Specifications

Poisonous Yes
Solubility Insoluble in water, soluble in certain organic solvents
Molecular Formula C48H24Fe3N6O24
Application Gas storage, separation, catalysis, sensing, energy storage
Ph Level Neutral
Main Material Iron-based metal-organic framework
Other Names Fe-MOF, PCN-250(Fe), Iron MOF
Classification Coordination polymer (MOF)
Density 0.6 Gram per cubic centimeter(g/cm3)
Form Fine powder
HS Code 38229090
Structural Formula [Fe3O(OOC-C6H4-COO)3(OH)(H2O)3]
Chemical Name PCN-250 (Fe), Iron(III)-based MOF
Molecular Weight 1385.20 g/mol
Shape Powder
Smell Odorless
Standard Meets laboratory research standards
Type Porous crystalline powder
Storage Store in a cool, dry place; sealed container
Grade Analytical / Research grade
Purity >98%
Usage Research, industrial applications, adsorption experiments
Taste Odorless and tasteless
Melting Point Not applicable (decomposes before melting)

Stability Stable under ambient conditions
Moisture Sensitivity Low
Thermal Stability Up to ~330°C (inert)
Synthesis Method Solvothermal synthesis
BET Surface Area >2000 m²/g
Pore Size ~2.5 nm
Supply Form Vacuum sealed powder in specialized packaging
Particle Size <20 µm
Color Reddish brown
Linker Terephthalic acid (BDC)
Framework Topology PCN-250
Metal Center Fe(III) - Iron(III)

Product Description

PCN-250 (Fe) PowderMOF

Product	PCN-250 (Fe) Powder MOF
CAS No.	1771755-22-6
Appearance	Dark Red Crystals Powder
Purity	99%
Size/APS	300 to 500nm(Can be customized)
Ingredient	C48H28Fe6N6O32
Molecular Weight	1535.83
Product Codes	NCZ-MOF-111-21
Pore Size	1 nm
Pore Volume	0.5 cm3/g
Storage	Store at room temperature or 4 C in dry-state. Recommend to be activated at 150 in a vacuum oven for 3 hours before use
Stability	Thermal stability: > 300C; Stable in air, aqueous and weak basic solution
Metal	Fe
Ligand	3,3,5,5-azobenzenetetracarboxylic (CAS: 365549-33-3)

PCN-250 (Fe) Powder MOF Description

PCN-250(Fe) Powder MOF is used as an analytical reagent and Nanochemazone producesmany standard grades when applicable, including Mil Spec (military grade); ACS,Reagent and Technical Grade; Food, Agricultural and Pharmaceutical Grade;Optical Grade, USP and EP/BP (European Pharmacopoeia/British Pharmacopoeia) andfollows applicable ASTM testing standards. Typical and custom packaging isavailable. Additional technical, research and safety (MSDS) information isavailable as is a Reference Calculator for converting relevant units ofmeasurement.

Exceptional Porosity and Surface Area

Boasting a BET surface area exceeding 2000 m2/g and a consistent pore size of around 2.5 nm, PCN-250 (Fe) Powder MOF is designed for maximum adsorption efficiency. This characteristic makes it particularly valuable for applications involving gas storage, separation, and catalysis, enabling optimal molecular interactions.

Thermal and Ambient Stability

PCN-250 (Fe) demonstrates remarkable stability under typical environmental conditions and sustains its framework up to approximately 330C when exposed to inert atmospheres. Its low moisture sensitivity and vacuum-sealed packaging help extend shelf life and maintain purity, ensuring reliability for research and industrial applications.

Versatile Applications for Innovation

Due to its porous crystalline structure and iron-based composition, PCN-250 (Fe) is widely employed in research and industry for gas adsorption, separation processes, catalytic reactions, chemical sensing, and energy storage. Its effectiveness is attributed to its robust architecture and neutral pH, making it suitable for a range of experimental conditions.

FAQ's of PCN-250 (Fe) Powder MOF:

Q: How is PCN-250 (Fe) Powder MOF synthesized?

A: PCN-250 (Fe) Powder MOF is synthesized via a solvothermal process using Iron(III) as the metal center and terephthalic acid (BDC) as the organic linker. This method results in a highly porous, crystalline powder suitable for advanced material applications.

Q: What applications are best suited for PCN-250 (Fe) Powder MOF?

A: PCN-250 (Fe) Powder MOF excels in gas storage, separation, catalysis, sensing, and energy storage due to its extensive surface area, accessible pores, and chemical stability, making it ideal for both research and various industrial experiments.

Q: When should PCN-250 (Fe) be stored in vacuum-sealed packaging?

A: PCN-250 (Fe) should always be stored in vacuum-sealed, specialized packaging to minimize moisture exposure and maximize its longevity. This precaution is essential for maintaining analytical purity and functional properties.

Q: Where can PCN-250 (Fe) Powder MOF be used?

A: PCN-250 (Fe) is utilized in laboratory research, industrial applications, adsorption studies, and catalytic processes worldwide. Its consistent performance and non-toxic profile make it suitable for use in multiple scientific and technological fields.

Q: What is the benefit of the high surface area in PCN-250 (Fe) MOF?

A: The high BET surface area (>2000 m2/g) enhances adsorption and separation capabilities, allowing efficient capture, storage, or transformation of gases and molecules. This attribute underlies its effectiveness in catalysis and energy storage tasks.

Q: How does PCN-250 (Fe) respond to moisture and heat exposure?

A: This MOF has low moisture sensitivity and remains stable under ambient conditions. Thermally, it retains its framework up to around 330C in inert atmospheres, though it decomposes before melting, ensuring reliability in rigorous environments.

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