Calcium sulfate dihydrate, 98+% (ACS)

Product Introduction

Calcium Sulfate Dihydrate is a hydrated calcium sulfate compound composed of calcium ions, sulfate ions, and crystal water.

Key characteristics:

• Calcium-containing inorganic material
• Biocompatible mineral component
• Calcium ion release capability
• Crystal hydration structure
• Suitable for setting and composite material research

It is commonly studied in dental materials, biomedical scaffolds, calcium-based composites, and inorganic material development.

Mechanism / Principle

The functional properties of Calcium Sulfate Dihydrate mainly originate from its hydrated crystal structure and calcium sulfate chemistry.

• Calcium ion release
  Gradual release of calcium ions supports mineral-related material research.
• Hydration and setting behavior
  Calcium sulfate hydrate systems exhibit controlled conversion and setting characteristics.
• Biocompatibility
  Calcium-based inorganic materials are widely investigated for interaction with biological environments.
• Composite reinforcement
  Calcium sulfate particles can be incorporated into composite systems to modify mechanical and structural properties.

Key Research Applications

1. Dental Materials

Calcium Sulfate Dihydrate can be investigated in dental material research due to its calcium content and mineral compatibility.

Applications include:

• Dental gypsum materials
• Dental model and impression-related materials
• Calcium-containing dental formulations
• Mineral-based dental composites
• Dental biomaterial research

2. Biomedical Materials

Calcium Sulfate Dihydrate is widely studied as a calcium-based biomaterial.

Applications include:

• Bone regeneration materials
• Calcium phosphate composite systems
• Biomedical scaffolds
• Bone substitute research
• Bioceramic materials

3. Pharmaceutical & Biomedical Research

Calcium sulfate-based materials are investigated for controlled release and biomaterial applications.

Applications include:

• Drug delivery carriers
• Calcium-based delivery systems
• Biomedical formulation research
• Tissue engineering materials

4. Functional Inorganic Materials

Calcium Sulfate Dihydrate is used as a mineral component in various inorganic material systems.

Applications include:

• Ceramic composites
• Mineral fillers
• Inorganic coatings
• Composite material development

5. Construction & Industrial Materials

Calcium Sulfate Dihydrate is an important gypsum-based material.

Applications include:

• Gypsum products
• Cement additives
• Building materials
• Industrial mineral applications

Advantages

• Biocompatible calcium source for dental and biomedical research.
• Calcium ion release capability for mineral-related applications.
• Stable hydrated crystal structure suitable for material studies.
• Good compatibility with inorganic and composite systems.
• Widely used mineral material with established research applications.

Storage & Handling

• Store in a tightly sealed container.
• Keep in a dry environment.
• Protect from excessive moisture.
• Avoid contamination with incompatible chemicals.
• Use appropriate protective equipment during handling.

Research Areas

• Dental Materials – Dental gypsum materials, calcium-containing dental formulations, mineral-based dental composites, and dental biomaterial research.
• Biomedical Materials – Bone regeneration scaffolds, calcium-based biomaterials, and tissue engineering materials.
• Bioceramics – Calcium-containing ceramic composites and inorganic biomaterial systems.
• Pharmaceutical Research – Calcium-based delivery systems and biomedical formulations.
• Polymer Materials – Calcium sulfate-filled polymer composites and functional composite materials.
• Functional Materials – Mineral fillers, inorganic composites, and advanced material systems.

Q1. What is Calcium Sulfate Dihydrate?
Calcium Sulfate Dihydrate is a hydrated calcium sulfate mineral containing calcium sulfate and two crystal water molecules.

Q2. Can Calcium Sulfate Dihydrate be used in dental materials?
Yes. It is widely associated with dental gypsum materials and can be investigated in calcium-based dental material systems.

Q3. What are the main applications of Calcium Sulfate Dihydrate?
Applications include dental materials, biomedical scaffolds, bioceramics, mineral composites, and industrial materials.

Q4. Is Calcium Sulfate Dihydrate soluble in water?
It has limited solubility in water and maintains a stable hydrated mineral structure.