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PyCOF MOF

PyCOF MOF

450 INR/Gram
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Product Details:

  • HS Code 39119090
  • Molecular Formula (C24H12N2)x (Based on typical Pyrene-imine COF)
  • Storage Store in a dry, cool place; protect from moisture
  • Shape Powder or crystalline solid
  • Molecular Weight Variable (polymeric material)
  • Structural Formula Repeating units of pyrene-based linker connected via imine bonds
  • Density 1.70 Gram per cubic centimeter(g/cm3)
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PyCOF MOF Price And Quantity

  • 450 INR/Gram
  • 1 Gram

PyCOF MOF Product Specifications

  • Gas storage, separation, catalysis, sensing, and energy storage
  • Odorless
  • Neutral (in solution)
  • Conforms to laboratory material standard
  • Crystalline Porous Polymer (COF)
  • Not assigned/Available
  • N/A (General MOF/COF material)
  • >99%
  • Solid
  • PyCOF
  • Not applicable (solid framework; does not boil)
  • Analytical Grade
  • Insoluble in water; Soluble in certain organic solvents
  • Variable (polymeric material)
  • Laboratory research and advanced material development
  • Repeating units of pyrene-based linker connected via imine bonds
  • Porous Coordination Network
  • Store in a dry, cool place; protect from moisture
  • Powder or crystalline solid
  • Metal-Organic Framework (MOF)
  • (C24H12N2)x (Based on typical Pyrene-imine COF)
  • 39119090
  • Pyrene-based Covalent Organic Framework, Pyrene-COF
  • >350C (decomposes before melting)
  • Yes
  • 1.70 Gram per cubic centimeter(g/cm3)
  • Available on request
  • Solvothermal synthesis using pyrene-based linkers
  • Considered environmentally benign; no special disposal required
  • Yellow to brownish-yellow
  • At least 12 months when properly stored
  • High, with uniform pore size ranging from 1.5 to 2.2 nm
  • 10002500 m/g (approximate, material dependent)
  • Stable up to 450C in inert atmosphere
  • Usually supplied in sealed glass bottles or vials
  • Highly crystalline material
  • Can be functionalized with various chemical groups as needed
  • 2D layered hexagonal arrangement
  • Stable under dry conditions, hydrolytically sensitive
  • Typically <20 microns

Product Description

PyCOFMOF

Product          

PyCOF  Powder MOF

CAS No.        

2185790-08-1

Appearance

Orange Powder

Purity 

99%

Size/APS                    

50-200 nm(Can be customized)

Ingredient

C44H26O4.C40H30N4

Product Code

NCZ-MOF-1168-21

Storage

Store at room temperature or 4 C in dry-state.

Pore Size

1.38 nm*1.59 nm

Specific Surface

1000-1200 m2/g (by BET)

Stability

Stable in aqueous, acid and basic solution (PH 1-14)

Molecular Weight

1185.37

 

PyCOF MOF is used asan analytical reagent and Nanochemazone produces many standard grades whenapplicable, including Mil Spec (military grade); ACS, Reagent and TechnicalGrade; Food, Agricultural and Pharmaceutical Grade; Optical Grade, USP andEP/BP (European Pharmacopoeia/British Pharmacopoeia) and follows applicableASTM testing standards. Typical and custom packaging is available. Additionaltechnical, research and safety (MSDS) information is available as is aReference Calculator for converting relevant units of measurement.

Exceptional Porosity & Surface Area

PyCOF MOF offers a remarkable combination of high porosity and uniform micropore distribution, with a BET surface area reaching up to 2500 m2/g. Such properties enable efficient adsorption and storage applications, providing ample active sites for gas, chemical, or energy interactions.


Robust Stability for Diverse Environments

Thermally stable up to 450C under inert conditions, PyCOF resists degradation in extreme environments. When properly stored away from moisture, it retains its crystalline structure and efficacy for at least 12 months, offering ideal longevity for research and advanced material applications.


Customizable for Targeted Applications

PyCOF's chemical framework supports easy functionalization with various groups, allowing for tailored properties in catalysis, molecular separation, or sensing. Its tunable chemistry extends its utility across numerous research domains and industrial settings.

FAQ's of PyCOF MOF:


Q: How should PyCOF MOF be stored to ensure optimum stability and shelf life?

A: PyCOF MOF should be stored in a cool, dry place and protected from moisture to maintain its crystalline structure and porosity. Sealed glass bottles or vials are recommended, and under these conditions, the material can be preserved for at least 12 months.

Q: What is the recommended process for synthesizing PyCOF MOF?

A: PyCOF MOF is typically synthesized via solvothermal methods using pyrene-based linkers. This process allows for the formation of a 2D layered hexagonal crystalline topology, producing uniformly sized pores and high surface areas.

Q: When should PyCOF MOF be used in laboratory research?

A: PyCOF MOF is ideal for laboratory research that requires materials with high surface area, uniform nanoscale porosity, and excellent thermal stability. It is particularly suited for gas adsorption studies, catalysis, separations, and energy storage experiments.

Q: Where can I utilize PyCOF MOF for maximum benefit?

A: PyCOF MOF excels in controlled, moisture-free laboratory settings, particularly in projects focusing on gas storage, selective separations, heterogeneous catalysis, and sensor development, owing to its tunable structure and robust properties.

Q: How can PyCOF MOF be functionalized for specific applications?

A: The framework of PyCOF MOF allows for post-synthetic modification with various chemical groups. This customization enhances its selectivity and functionality for targeted applications such as catalysis, sensing, or molecular filtration.

Q: What are the main benefits of using PyCOF MOF in research or industry?

A: PyCOF MOF provides high surface area, uniform porosity, excellent thermal stability, chemical versatility, environmental compatibility, and ease of customization. These features collectively support advanced research and efficient industrial applications.

Q: Is PyCOF MOF safe and environmentally friendly for laboratory and disposal purposes?

A: PyCOF MOF is non-toxic under normal usage, odorless, and considered environmentally benign. No special disposal procedures are required, contributing to safe laboratory handling and minimal environmental impact.

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