Tin Metal Organic Frameworks

450 INR/Gram

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Product Details:

Form Solid
Molecular Weight Variable depending on formulation
Shape Crystalline powder/granules
Refractive Rate Not determined
Storage Store in a dry, cool, and airtight container, away from moisture
Ph Level Neutral (6.5 - 7.5)
Structural Formula Snippet: [Sn-(OOC-R-COO)]n (R = organic ligand)
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Tin Metal Organic Frameworks Price And Quantity

Minimum Order Quantity 1 Gram
Price 450 INR/Gram

Tin Metal Organic Frameworks Product Specifications

Refractive Rate Not determined
Storage Store in a dry, cool, and airtight container, away from moisture
Shape Crystalline powder/granules
Form Solid
Molecular Weight Variable depending on formulation
Molecular Formula Variable (Depends on ligand and structure; typically Sn-based)
Melting Point Decomposes before melting
HS Code 28439090
Solubility Insoluble in water, soluble in certain organic solvents
Chemical Name Tin Metal Organic Frameworks
Structural Formula Snippet: [Sn-(OOC-R-COO)]n (R = organic ligand)
Ph Level Neutral (6.5 - 7.5)
Standard Meets laboratory grade standard
Type Metal Organic Framework (MOF)
Poisonous Yes
Other Names Sn-MOF
Smell Odorless
Usage Research, industrial, and laboratory applications
Main Material Tin-based organic coordination polymers
Density 2.3 Gram per cubic centimeter(g/cm3)
Classification Coordination Polymer
Application Catalysis, gas storage, sensing, separation technologies
Purity >99%
Grade Analytical Grade / Research Grade

Moisture Sensitivity Sensitive to moisture
Shelf Life 24 months under recommended storage
Color White to off-white
Thermal Stability Stable up to 250°C
Particle Size 1-10 microns (customizable)
Surface Area BET: 1000 - 2500 m²/g
Packaging Sealed plastic or glass bottles, various pack sizes
Porosity Highly porous material

Product Description

Tin Metal Organic Framework

Product Name	Tin Metal Organic Framework
Stock No.	NCZMOF109
CAS	7440-31-5
Purity	99%
APS	30-40Am
Molecular Formula	N/A
Molecular Weight	150.71 g/mol
Odour	Odorless
Color	Blue-black
Density	6.95 g/cmA3
Pore Size	~12.68 A
SSA	40-80m²/g (BET)
Crystallographic Structure	Tetrahedron
Solubility	Methanol
Application	Gas storage and Sensor application

Please contact us forcustomization and price inquiry.

Note: We supplydifferent size products of micro and Nano Size range powder according toclientas requirements.

High Porosity and Surface Area for Advanced Applications

With exceptional BET surface areas between 1000 and 2500 m2/g and a highly porous structure, Tin Metal Organic Frameworks are ideal for applications requiring large adsorptive capacity. Their unique framework provides performance advantages in catalysis, gas storage, separation, and sensing technologies across research and industry.

Strict Quality and Storage Standards

Each batch of Sn-MOFs exceeds 99% purity, ensuring reliable analytical or laboratory performance. The product is offered in airtight containers to prevent moisture exposure and prolong shelf life. Stored correctly in a dry, cool environment, these frameworks remain stable for up to 24 months, making them suitable for long-term research and supply chain needs.

FAQ's of Tin Metal Organic Frameworks:

Q: How should Tin Metal Organic Frameworks be stored to maintain stability?

A: Tin Metal Organic Frameworks must be stored in a dry, cool, and airtight container, away from moisture. Exposure to humidity can compromise their performance and structural integrity. Proper storage ensures up to 24 months of shelf life.

Q: What benefits do Sn-MOFs offer in catalysis and gas storage applications?

A: Thanks to their high porosity and large BET surface area, Sn-MOFs provide exceptional capacities for gas adsorption and efficient catalytic activity. Their structure allows for higher interaction with reactants, improving both selectivity and yield in relevant processes.

Q: Where are Tin Metal Organic Frameworks primarily used?

A: Sn-MOFs are widely utilized in research laboratories, universities, and industrial sectors in Canada and internationally. Applications include catalysis, gas storage, sensing, and advanced separation technologies.

Q: When is it necessary to customize the particle size of Sn-MOFs?

A: Customizing the particle size (1-10 microns) is beneficial for specific application requirements, such as achieving optimal surface area or flow properties for particular catalytic or separation processes.

Q: What process is followed for packaging and delivering Sn-MOFs?

A: After synthesis and quality control, Sn-MOFs are packed in sealed plastic or glass bottles to prevent moisture ingress. Various pack sizes are available to accommodate laboratory and industrial needs, ensuring safe handling and transport.

Q: Can Tin Metal Organic Frameworks be used in water-based systems?

A: No, Sn-MOFs are insoluble in water and degrade with prolonged moisture exposure. They perform best in non-aqueous, controlled environments, or with compatible organic solvents.

Q: What are the main advantages of choosing analytical or research-grade Sn-MOFs?

A: Analytical and research-grade Sn-MOFs guarantee high purity (>99%), consistent performance, and meet stringent laboratory standards. This reliability is critical for precise research outcomes and reproducibility.

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