バイオアパタイト Product Lineup

Theme: 1. Adsorption of coloring substances 2. Contaminants: Adsorption of proteins and biofilms 3. Oral bacteria adsorption 4. Effect of dental surface modification "Bioapatite" is a safe functional material manufactured using a bioapatite synthesis method from domestically sourced eggshells, differing from general apatite made from minerals. It is a highly biocompatible ultrafine particle that reflects the components of eggshells and excels in various adsorption properties. Its effectiveness in oral care is being verified. [Contents] ■ Adsorption characteristics of bioapatite in oral care ■ Pigment adsorption test of bioapatite ■ Oral bacteria adsorption test of bioapatite ■ Dental surface modification effect test of bioapatite ■ Expected effects based on research evidence [Joint Research on Bioapatite] ■ NIID National Institute of Infectious Diseases ■ Tsurumi University School of Dentistry ■ Keio University *For more details, please refer to the PDF materials or feel free to contact us.

• Chemicals

Viruses and PM0.1 are extremely fine particles, and regular masks cannot prevent their penetration into the body. Bioapatite has excellent adsorption properties for many substances, including bacteria, viruses, pigments, lipids, proteins, and heavy metals. By utilizing this adsorption capability, the bioapatite spray can be applied to masks, adsorbing PM0.1 and viruses to prevent their entry into the body. It can be used not only on masks but also on filters of air purifiers and other devices. Viruses are protein substances covered in lipids. The adsorption effects of bioapatite on lipids and proteins also block out viruses. We would like to propose the commercialization of this excellent bioapatite spray for your consideration as a way to utilize bioapatite. [Features] - Utilizes the adsorption power of "bioapatite" - Adsorbs PM0.1 and viruses when applied to masks, preventing their entry into the body - Can be applied to filters of air purifiers and other devices *For more details, please refer to the PDF document or feel free to contact us.

• Other contract services
• Other safety and hygiene products

"Bioapatite" is a biomaterial synthesized using domestically produced eggshells as raw materials and our unique wet method. It has a structure similar to that of biological tissues such as human bones, demonstrating excellent safety and biocompatibility, making it suitable for use as a raw material in cosmetics, food, and quasi-drugs. Due to its very fine particles, it has high adsorption properties and can adsorb various substances such as lipids, proteins, bacteria, pigments, and odors. [Features] - Low crystallinity makes it easy to dissolve, minimizing skin irritation and reducing the risk of damaging tooth surfaces. - Fine particles provide a smooth texture. - It can also be applied to fibers to enhance adsorption performance. *We are currently offering materials comparing the differences with general apatite. You can view them from "PDF Download." Please feel free to contact us. ★ We will be exhibiting at the "10th Cosmetics Development Expo [Tokyo]." For details, please refer to the basic information.

• others

"Bioapatite" is attracting attention from various industries as a raw material that can significantly contribute to a healthy and safe life, including applications in medical, chemical products, textiles, clothing, inorganic materials, and toxic substance removal. This document introduces topics such as the "toothpaste market (Japan)," "biofilms and periodontal disease," and "main toothpaste ingredients," using illustrations and graphs. [Contents] ■ Toothpaste market (Japan) ■ What is dentin hypersensitivity? ■ Biofilms and periodontal disease ■ Main toothpaste ingredients ■ Benefits of toothpaste containing bioapatite *For more details, please refer to the PDF document or feel free to contact us.

• Organic Natural Materials

"Bioapatite" is attracting attention from various industries as a raw material that can significantly contribute to a healthy and safe life, including applications in medical, chemical products, textiles, fashion, inorganic materials, and toxic substance removal. We provide an easy-to-understand introduction divided into sections on "Applications in Foundation" and "Reasons Why It Is Suitable for Cosmetics." [Contents] ■ Applications in Foundation - [Mechanism of General Makeup Breakdown] - [Adsorption Mechanism of Apatite] - [Image of the Adsorption Mechanism of Free Fatty Acids by Bioapatite] *For more details, please refer to the PDF document or feel free to contact us.

• Organic Natural Materials

"Bioapatite" is a functional material made from domestic eggshells using proprietary technology, unlike general apatite that uses minerals as raw materials. Compared to mineral-derived materials, it excels in biocompatibility and adsorption, and it is treated and refined at high temperatures of around 1000°C, ensuring it contains no allergens. It is expected to be utilized in a wide range of fields, including toothpaste, artificial bones, supplements, and mask materials. [Contents] - Uses hygienically managed eggshells as raw materials - Safety confirmed through acute oral toxicity tests and other assessments - Contains trace metal ions similar to those in biological bones, offering excellent biocompatibility - Effective in adsorbing not only fats and bacteria but also pigments and odors - Applicable in various fields such as cosmetics, biomaterials, and functional foods *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Organic Natural Materials

Bioapatite (R), derived from eggshells, contains minerals from eggshells and has superior biocompatibility and adsorption compared to mineral-derived apatite. Most apatite commonly available in the market is synthesized from mineral (quicklime) raw materials. Our company manufactures apatite using domestically sourced eggshells that are managed for composition and hygiene, employing our unique technology. 【Features】 ● Safety: Bioapatite is made from domestically sourced eggshells and does not contain allergens classified as food. ● Biocompatibility: Composition similar to bone derived from biological sources. ● Excellent adsorption: High adsorption capacity for various substances through adsorption due to crystal structure and ion exchange. ● Underutilized resource: Transforming eggshell waste into a valuable resource. *For more details, please download the PDF or contact us.

• Ceramics