MIL-68 (Fe) Powder MOF

450 INR/Gram

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Product Details:

HS Code 382499
Melting Point Not applicable (decomposes before melting)
Storage Keep in tightly sealed container, dry and cool place, protect from moisture
Smell Odorless
Molecular Formula [Fe(O2C-C6H4-CO2)(DMF)2]xH2O
Density 1.3 Gram per cubic centimeter(g/cm3)
Taste Odorless and tasteless
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MIL-68 (Fe) Powder MOF Price And Quantity

Minimum Order Quantity 1 Gram
Price 450 INR/Gram

Crystallinity Highly crystalline
Surface Area (BET) 15001700 m/g
Particle Size 510 m (D50, typical)
Color Brown to reddish-brown powder
Thermal Stability Stable up to ~300C
Porosity High, micro- and mesoporous structure
Packing Vacuum-sealed bottle, 10g/50g/100g
Shelf Life 12 months (under recommended storage)

MIL-68 (Fe) Powder MOF Product Specifications

Application Gas storage, catalysis, separation, sensing, adsorption, water treatment, energy storage
Storage Keep in tightly sealed container, dry and cool place, protect from moisture
Melting Point Not applicable (decomposes before melting)
Grade Analytical/Research
HS Code 382499
Chemical Name MIL-68 (Fe) MOF
Structural Formula 3D iron carboxylate framework
Density 1.3 Gram per cubic centimeter(g/cm3)
Classification Coordination Polymer/Metal-Organic Framework
Taste Odorless and tasteless
Smell Odorless
Usage Research and industrial applications in MOF technology
Molecular Formula [Fe(O2C-C6H4-CO2)(DMF)2]xH2O
Ph Level Neutral (in suspension)
Type Powder MOF (Metal-Organic Framework)
Poisonous Yes
Molecular Weight Depends on hydration state; approximately 401.97 g/mol for formula unit
Shape Amorphous/Powdered
Other Names Iron-based MOF, Fe-MOF, MIL-68-Fe
Purity >99%
Solubility Insoluble in water, soluble in some organic solvents
Form Solid powder
Standard In-house
Main Material Metal-Organic Framework (iron-based)

Crystallinity Highly crystalline
Surface Area (BET) 15001700 m/g
Particle Size 510 m (D50, typical)
Color Brown to reddish-brown powder
Thermal Stability Stable up to ~300C
Porosity High, micro- and mesoporous structure
Packing Vacuum-sealed bottle, 10g/50g/100g
Shelf Life 12 months (under recommended storage)

Product Description

MIL-68 (Fe) PowderMOF

Product	MIL-68 (Fe)Powder MOF
CAS No.	1251849-13-4
Appearance	Powder
Purity	99%
Size/APS	300-600 nm (Can be customized)
Ingredient	C8H5FeO5.C3H7NO
Molecular Weight	310.06
Product Codes	NCZ-MOF-102-21

MIL-68 (Fe) Powder MOF Description

MIL-68(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.

Advanced Porous Structure and Surface Area

MIL-68 (Fe) MOF is engineered with a high surface area between 1500 and 1700 m2/g, combined with both micro- and mesoporous features. This unique structure enables superior performance in adsorption and gas storage, catalysis, and separation processes. The robust crystalline network enhances durability while retaining exceptional functional properties essential for cutting-edge research and industrial applications.

Thermal Stability and Storage Guidelines

This MOF showcases thermal stability up to ~300C, maintaining integrity in demanding environments. For maximum shelf life, it should be stored in a cool, dry place inside a tightly sealed, vacuum-packed container to avoid moisture exposure. Proper handling preserves its crystalline structure and functional attributes, ensuring consistent performance for analytical and research purposes.

Diverse Applications and User Benefits

MIL-68 (Fe) powder MOF is tailored for applications in gas storage, catalysis, separation, sensing, water treatment, and energy storage. Its unique iron carboxylate framework and high purity make it ideal for both laboratory research and industrial processes. The odorless, tasteless form and non-toxic nature enable safe handling in analytical and technological environments.

FAQ's of MIL-68 (Fe) Powder MOF:

Q: How should MIL-68 (Fe) Powder MOF be stored to maintain its stability?

A: Store MIL-68 (Fe) in a tightly sealed, vacuum-packed container placed in a cool, dry environment. Protecting it from moisture and air exposure ensures it retains its stability and crystalline properties throughout the 12-month shelf life.

Q: What are the primary applications for MIL-68 (Fe) Powder MOF?

A: MIL-68 (Fe) MOF is principally used for gas storage, catalysis, adsorption, separation, sensing, water treatment, and energy storage. Its high surface area and porosity enhance functionality across research and industrial platforms.

Q: When should I consider using MIL-68 (Fe) MOF in my research or process?

A: This MOF is recommended when your project demands high adsorption capacity, thermal stability up to 300C, and selective separation or catalysis. Its versatile structural and chemical properties suit a wide variety of advanced material applications.

Q: Where is MIL-68 (Fe) Powder MOF typically utilized?

A: MIL-68 (Fe) is widely implemented in research laboratories, industrial plants, and academic institutions pursuing work in MOF technology, energy materials, water purification, and environmental monitoring.

Q: What is the process for utilizing MIL-68 (Fe) MOF in experimental setups?

A: MIL-68 (Fe) powder is generally suspended or packed into columns, reactors, or sensor components depending on the application. It may be activated by drying or solvent exchange, and can interact with various gases or liquids for adsorption and catalysis studies.

Q: How does MIL-68 (Fe) MOF benefit analytical and industrial users?

A: Users benefit from its high porosity, substantial surface area, robust thermal stability, and non-toxic composition. These features facilitate efficient gas capture, selective catalysis, and enhanced separation processes on both small and large scales.

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