The Institute of General and Inorganic Chemistry offers consumers nano-hydroxyapatite-activated composite biomaterials for bone grafting under a manufacturing agreement and is looking for partners to conclude a distribution services agreement.

Composite biomaterials for bone grafting activated by nano-hydroxyapatite are used in medicine for bone tissue restoration, implantology, and orthopedics. These materials exhibit high biocompatibility and osteoinductive and osteoconductive properties, making them an important component in regenerative medicine.

Major global manufacturers of composite biomaterials for bone grafting:

1. Zimmer Biomet (USA)
- Features: One of the largest manufacturers of medical devices, including biomaterials with nano-hydroxyapatite for bone grafting.
2. Medtronic (USA)
- Features: Manufacturer of medical devices, including biomaterials for bone grafting using nano-hydroxyapatite.
3. Biomatlante (France)
- Features: Specializes in the production of biomaterials for bone grafting, including composites with nano-hydroxyapatite.
4. Botiss Biomaterials (Germany)
- Specialties: Manufacturer of biomaterials for dentistry and bone regeneration, including hydroxyapatite-based materials.
5. Ceramisys (UK)
- Specialties: The company develops and manufactures synthetic bone substitutes based on hydroxyapatite.
6. Geistlich Pharma (Switzerland)
- Specialties: Manufacturer of biomaterials for dentistry and orthopedics, including hydroxyapatite-based composites.

The Institute of General and Inorganic Chemistry has developed:
- Composite biomaterials for bone grafting activated by nano-hydroxyapatite (nano-HA):
- Calcium phosphate foam ceramics for maxillofacial surgery;
- Titanium implants with a nano-HA coating for cranioplasty;
- Hardening calcium phosphate pastes for 3D printing;
- 3D polymer models with nano-HA for bone defect surgery.

Information on composite materials is available on the Institute's website in the "Laboratory of Photochemistry and Electrochemistry" section.

Advantages of synthetic nano-HA:
- nano-sized particles;
- high bioactivity, no immune complications;
- gamma sterilization.

Patents of the Republic of Belarus: 8281, 13684, 16625, 17501, 17258, 17769, 20347.

The Institute of General and Inorganic Chemistry is a leading scientific institution conducting research in the field of chemistry.

The Institute's main areas of activity are:

Development of technologies for processing polymineral potassium and phosphate ores, conversion methods for producing potassium sulfate, beneficiation technologies for sylvinite ores, and improvement of the quality of mineral fertilizers. Development of initial data and justification of technological approaches for organizing new mining and processing facilities. Engineering support for technological projects to create new large-scale facilities for processing mineral salts and their byproducts.

Validation of technologies for the production of new forms of mineral fertilizers, including complex fertilizers containing microelements and plant growth stimulants. Development of modifying additives and hydrophobic compositions for the agglomeration of finely dispersed chemical products, and technologies for producing granulated materials by pelletizing and pressing.

Control of structure formation processes, thermodynamic and aggregative stability of oil and organomineral dispersions using chemical reagents, with the goal of creating new effective modifiers and composite materials for use in energy- and resource-saving technologies in civil engineering, road construction, and the oil refining industry.

Creation of new inorganic adsorbents, catalytically active and membrane materials for water treatment and purification of process liquids, and new composite and hybrid bioinorganic materials.

Adsorption surface modification, flocculation, and stabilization in heterogeneous salt dispersion systems using water-soluble polymers in mineral ore processing, water purification, and water treatment; development of inorganic coagulant and polymer flocculant compositions for wastewater treatment and dewatering of clay-salt dispersions.

Development of new chemical additives – plasticizers, water repellents, sealants, waterproofing, and anticorrosive materials for concrete and metal structures. Creation of new paints and varnishes (water-based, powder, heat-resistant, superhydrophobic, and superhydrophilic), and corrosion-protective coatings.

Official website of the Institute of General and Inorganic Chemistry.

Consumers interested in purchasing nano-hydroxyapatite-activated composite biomaterials for bone grafting under a manufacturing agreement.

Partners interested in purchasing nano-hydroxyapatite-activated composite biomaterials for bone grafting under a distribution services agreement.