Zn-BDC Zinc MOF (Metal Organic Framework) is a zinc-based porous coordination material extensively used in advanced scientific research and material science. Built from zinc ions and benzene-1,4-dicarboxylate (BDC) organic linkers, this metal-organic framework exhibits a highly ordered crystalline structure with exceptional porosity, high surface area, and excellent thermal and chemical stability.

NanowizTech manufactures and supplies high-quality Zn-BDC Zinc MOF for universities, research laboratories, pharmaceutical companies, nanotechnology institutes, and industrial R&D organizations. Every batch is produced under controlled manufacturing conditions to help ensure consistency, purity, and reliable performance for research applications.

Zn-BDC MOF has become an important material in the field of porous materials because of its tunable framework, adsorption capacity, and versatility across numerous scientific disciplines. Researchers continue to investigate this material for gas storage, molecular separation, catalysis, environmental remediation, sensing technologies, and energy-related applications.

Product Specifications

Product Name: Zn-BDC Zinc MOF (Metal Organic Framework)

Chemical Formula: C8H10O4Zn

CAS Number: 59061-53-9

Product Category: Metal Organic Framework (MOF)

Metal Center: Zinc (Zn)

Organic Linker: Benzene-1,4-dicarboxylate (BDC)

Appearance: White to off-white crystalline powder

Purity: High Purity (grade may vary according to customer specifications)

Application Areas: Materials Science, Catalysis Research, Gas Adsorption, Separation Science, Nanotechnology, Environmental Research, Sensor Development

What is Zn-BDC Zinc MOF?

Zn-BDC is a member of the Metal Organic Framework (MOF) family, which consists of metal ions connected by organic ligands to create highly porous crystalline networks.

Unlike conventional porous materials, MOFs possess exceptionally large internal surface areas and customizable pore structures. Zn-BDC combines zinc ions with benzene dicarboxylate ligands, resulting in a stable framework that has attracted significant attention in academic and industrial research.

Its ordered pore architecture allows molecules to enter, diffuse, and interact with active sites, making Zn-BDC valuable for adsorption, storage, catalysis, and selective separation studies.

Key Features of Zn-BDC Zinc MOF

NanowizTech supplies Zn-BDC MOF with features suitable for advanced research requirements:

• High purity material
• Excellent crystalline structure
• High internal surface area
• Uniform pore distribution
• Good thermal stability
• Reliable chemical stability under appropriate conditions
• Consistent batch quality
• Suitable for laboratory and research applications
• Available in different quantities
• Quality documentation available upon request

These characteristics make Zn-BDC an excellent research material for scientists working in nanotechnology, chemistry, environmental science, and advanced materials engineering.

Physical and Chemical Properties

Zn-BDC Metal Organic Framework demonstrates several properties that make it valuable in scientific investigations.

High Surface Area

Its porous network provides a large internal surface area, enabling efficient adsorption of gases and molecules.

Porous Structure

The interconnected pores facilitate molecular transport and selective adsorption, making Zn-BDC suitable for separation and storage research.

Crystalline Framework

A well-defined crystalline structure contributes to reproducible experimental results and structural characterization.

Thermal Stability

Under appropriate operating conditions, Zn-BDC maintains structural integrity during many laboratory procedures.

Chemical Stability

The framework is designed to retain its structural characteristics under suitable experimental environments, although stability depends on solvent systems, temperature, and other operating conditions.

Tunable Properties

Researchers can modify synthesis conditions or combine Zn-BDC with other materials to explore new functional properties for specialized applications.

Advantages of Zn-BDC Zinc MOF

Researchers select Zn-BDC Metal Organic Framework because it offers several practical advantages.

Its porous architecture allows efficient adsorption of molecules, while the zinc-based framework provides an excellent platform for studying catalytic reactions and adsorption behavior.

The material supports investigations involving:

• Gas adsorption
• Selective molecular separation
• Environmental cleanup research
• Catalytic reaction studies
• Sensor fabrication
• Nanocomposite development
• Advanced functional materials
• Energy storage research
• Academic research projects