Innovative and Research
Industry-Academia Collaboration
Diamond Quantum, as a professional manufacturer of high-quality nano-grade calcium carbonate, is committed to breaking the limitations of traditional material applications and providing innovative solutions for multiple industries. Calcium carbonate, an inorganic salt compound, exists in the form of a tasteless, odorless white powder or crystals and possesses excellent physical and chemical properties. It is widely used as a filler in traditional industries such as rubber, plastics, and paints. Diamond Quantum actively collaborates with other industries to expand the scope of its innovative applications. In the green energy industry, nano calcium carbonate is applied to capacitor energy storage materials and the insulation layer of motor enameled wires in electric vehicles. In the field of environmentally friendly materials, it can be applied to clothing, construction materials, and food contact materials. In the medical field, nano calcium carbonate can be used in surgical medical materials such as tourniquets, and general medical materials like masks and protective clothing. Through continuous technological innovation, Diamond Quantum continues to expand the applications of nano calcium carbonate, providing diversified technologies for more industries.

Research and Experimentation of Diamond Quantum’s Industry-University Collaborations
At the same time, Diamond Quantum not only specializes in chemicals but has also been actively exploring the agricultural materials market in recent years. It has collaborated with multiple domestic universities to develop nano calcium silicate fertilizers and related materials. Through technology transfer, Diamond Quantum has obtained excellent microbial strains from academia, applying them in the development of microbial fertilizers and conducting related experiments to enhance crop growth, soil improvement, and pest and disease control, thereby promoting progress in the agricultural field. Diamond Quantum focuses not only on the development of calcium silicate agricultural materials but also actively explores the application of nano-technology in other industries. Through academic cooperation, Diamond Quantum has co-published numerous journal articles with academic institutions, enhancing its brand reputation and gaining industry recognition for its technological achievements. These collaborations successfully integrate academic theories with industrial practices, and through partnerships with industry players, Diamond Quantum drives technological innovation to provide efficient and novel applications for agriculture and other industries.
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Cooperative Organization
Project Type
Collaborato
- Research/Experiment Title
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National Chung Hsing University, Department of Plant Pathology
Tech Transfer
HUANG,ZHEN-WEN
- Development of DQ-168 Microbial Formulation for Enhancing Plant Health.
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National Chung Hsing University, Department of Plant Pathology
Industry-University Cooperation
HUANG,ZI-BI
- Evaluation of the Effects of Bacillus subtilis and Nano Calcium on Peach Growth, Leaf Morphology, and Gummosis Control.
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National Chung Hsing University, Department of Plant Pathology
Industry-University Cooperation
HUANG,ZI-BI
- Assessment of Bacillus subtilis MCLB2 and Nano Calcium for Controlling Southern Root-Knot Nematodes in Melons.
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National Chung Hsing University, Agricultural Products Verification Center
Material Certification
DUAN,SHU-REN
- Organic Agricultural Material Certification Service – CaDeBug, MetaGrow A+, FuelGrow.
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Nongyi Technology Co., Ltd
Industry Cooperation
CHEN,JUN-XIU
- Using IoT Smart Agriculture to Collect Data on the Impact of Fertilization on Strawberry Growth
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National Chung Hsing University, Department of Plant Pathology
Tech Transfer
HUANG,ZI-BI
- Efficacy and Pilot Production of Bacillus subtilis MCLB2 Biofilm for Protecting Crop Health
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National Chung Hsing University, Department of Plant Pathology
Tech Transfer
HUANG,ZI-BI
- Isolation and Cultivation of Native Streptomyces parvulus 2A11 Strain with Antagonistic Activity Against Various Fungal and Bacterial Pathogens
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National Chung Hsing University, Department of Plant Pathology /Agricultural Technology Research Institute
Tech Transfer
HUANG,ZI-BI
- Efficacy and Application Technology of Bacillus subtilis Products for Crop, Livestock, and Aquaculture Health
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Agricultural Chemicals Research Institute, Ministry of Agriculture
Tech Transfer
LIANG,YING-RU
- Bacillus subtilis CB Strain and Fermentation Formula for Microbial Fertilizer Use
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Tea and Beverage Research Station, Ministry of Agriculture
Joint Development
SU,YAN-SHUO
- Research and Development of Microelements for Tea Trees
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National Chung Hsing University, Department of Animal Sciences
Tech Transfer
CHEN,XUN-YI
- Safety Evaluation Platform for Nano Calcium as a Feed Additive
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Hualien District Agricultural Research and Extension Station
Commissioned Experimen
LU,BO-KUAN
- Evaluation of Calcium Silicate Particles for Pest and Disease Control in Rice
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National Chung Hsing University
Technical Cooperation
ZENG,ZHI-ZHENG
- Taiwan Tea Processing Technology Industry-University Alliance
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National Formosa University, Department of Biotechnology
Industry-University Cooperation
GUO,BIN-CHONG
- Testing Technology for Disease Prevention Efficacy of Natural Plant Protection Formulations
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National Taitung University, Department of Biotechnology
Industry-University Cooperation
HUANG,XIANG-EN
- Functional Evaluation of Diamond Quantum’s Calcium Products on Tomato Growth
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National Chung Hsing University, Department of Soil and Environmental Sciences
Industry-University Cooperation
LIN,YAO-DONG
- Development of Micro-Nano Materials to Promote Healthy Rice Growth
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Agricultural Chemicals Research Institute, Ministry of Agriculture
Commissioned Experiment
ZHANG,JING-YI
- Acute Oral Toxicity Test of Diamond Quantum Calcium Particles in Rats
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National Taiwan University, Department of Entomology
Commissioned Experiment
HSU,RU-JUN
- Study on the Health Benefits of Calcium Carbonate Particles for Plants and Their Effectiveness in Reducing Pest Damage