Products
The company focuses on bio-based new materials, food and health foods, agriculture and animal health, fuels and chemicals, and provides stable, controllable, traceable products and customized supporting solutions.
New Materials
Hangzhou Yindaluo New Materials Technology Co., Ltd. provides product solutions from core raw materials to application scenarios around bio-based monomers, bio-based polyamides and high-performance green materials.
Food & Health Food
focuses on the R&D and production of functional sugar alcohols and nutritionally active raw materials, and mainly focuses on the four core products of tagharose, maltose, mannose, and MK-7. The purity of raw materials is controllable, the quality meets the safety standards of food and dietary supplements, and is suitable for the processing needs of functional foods, solid beverages, health foods, special diet foods, dairy products and other scenarios. It can provide customers with stable raw material supply and customized supporting solutions.
Agriculture & Animal Health
We take care of animal welfare and empower every farming practitioner. Animal health and ecological safety are closely linked, and practicing green farming will help build a sustainable future. Human health is closely related to animal health, and focusing on animal health will help create a sustainable future. Working with colleagues, communities, and people who care about animals, we continue to innovate in animal health and protect the planet to help make this possible. The health and well-being of all people require scientific solutions. With the deepening of the "Healthy China" strategy, the public's pursuit of high-quality life continues to escalate: in order to meet the increasingly diverse nutritional needs, we need to exchange rigorous scientific standards...
Fuels
's growing demand for energy and resources has prompted us to vigorously develop innovative fuel solutions to meet the need to improve energy efficiency and reduce emissions, such as fuels. With our expertise and experience in catalysts, bio-based feedstocks, and low-carbon fuels, Fazheluo works closely with customers to create cleaner, greener, and more economical fuel products.
Chemicals
loves chemistry, is our most gorgeous background. We empower green manufacturing and support every partner committed to sustainability. Industrial upgrading is closely linked to ecological safety, and practicing low-carbon environmental protection will help build a sustainable future. Together with the upstream and downstream of the industry chain, scientific research forces and people who care about nature, we continue to explore innovation and protect the earth in the field of chemical intermediates to help achieve this goal.
PEF
PEF (polyethylene furandicarboxylate) is a fully bio-based polyester material derived from 100% biomass. It is widely used in food and beverage packaging, textile fibers, electronic insulation materials and new energy storage fields.
PA56 slice
PA56 slices are long-chain polyamide polymer materials formed by the polycondensation reaction of bio-based pentanediamine and adipic acid. It combines the excellent mechanical properties of traditional nylon with unique bio-based comfort properties. It is an important product in the field of textile and new materials.
Daromide™
Daromide is a solid salt of pentanediamine, a derivative form of pentanediamine. Indaro New Materials will achieve a technological breakthrough in the industrialization of daromide and complete patent application in 2026. By treating liquid pentanediamine into a salt, it becomes a stable solid crystal at room temperature, which solves the inconvenience of liquid pentanediamine in specific storage and long-distance transportation, and is an important form of existence of high-purity pentanediamine.
N-acetylgalactosamine (GalNAc)
N-acetylgalactosamine (GalNAc) technology is known as the "golden navigation system" in the field of small nucleic acid drugs. Its emergence has completely changed the long-term delivery bottleneck faced by RNA interference (RNAi) therapies, especially solving the problem of siRNA drugs being difficult to accurately enter liver cells.
Florfenicol Key Intermediate D-ester
D-p-methylsulfonylphenylserine ethyl ester (referred to as D-ester) is a chiral aromatic o-aminoalcohol compound with a white or off-white crystalline powder appearance. It is an indispensable key chiral intermediate in the synthesis of the third-generation chloramphenicol broad-spectrum veterinary antibiotic florfenicol.
Tagatose
D-Tagged sugar is widely used in healthy beverages, dairy products, baked goods and candy chocolate with its sweet taste close to sucrose and extremely low calorie characteristics, and can be further applied to weight management foods, prebiotic dietary supplements and low GI specialty foods.
PA56 salt
PA56 salt is a nylon 56 precursor salt generated by the neutralization reaction of bio-based pentanediamine and adipic acid in an equal molar ratio. It is a key intermediate product connecting upstream bio-based monomers and downstream polymer polymerization, and its quality directly determines the molecular weight and performance of the final PA56 slices.
Pentylenediamine
Pentamethylenediamine (also known as 1, 5-diaminopentane) is an important carbon five platform compound. This product adopts advanced biomanufacturing technology, uses corn and other renewable plant resources as raw materials, and is refined through microbial fermentation and specific bioconversion processes. It is the core monomer for preparing high-performance bio-based polyamide.
HMF
5-Hydroxymethylfurfural (5-HMF), also known as 5-hydroxymethylfurancarbaldehyde, CAS number is 67-47-0, and the molecular formula is C6H6O3. As a bio-based platform compound with great development potential, HMF is derived from a wide range of biomass raw materials such as starch, cellulose, and sucrose.
Inositol
Inositol is a cyclic sugar alcohol widely found in animals and plants and belongs to the B vitamins. At present, the industry is mainly prepared through bioenzymatic methods or chemical synthesis methods, using renewable resources such as starch and calcium phytate as raw materials.
Mannose
Mannose is not only a basic sugar source, but also an information sugar with specific biorecognition functions. It is widely used in the fields of urinary system health, biomedical research and development, immunotherapy and high-end skin care products.
FDCA
FDCA (2, 5-furandicarboxylic acid) is a bio-based aromatic dicarboxylic acid prepared through synthetic biology and green chemistry technology using renewable plant raw materials. With its unique furan ring structure, it can be used in bio-based polyester, polyamide, environmentally friendly plasticizers, special coatings, pharmaceutical intermediates and other fields.
L-Lysine
L-lysine is one of the eight essential amino acids that humans and animals cannot synthesize by themselves. At present, global industrial production mainly uses green biological fermentation technology, using crops such as corn and wheat and their processing by-products as carbon sources, and extracting them through deep fermentation of high-yielding strains.
Maltose
maltose is widely used in traditional candy, baked goods, brewing industry, pharmaceutical excipients and other fields due to its mild sweetness, good moisturizing and anti-crystallization properties.
Azelaic acid
Azelaic acid is a linear saturated dicarboxylic acid containing 9 carbon atoms. It is an important bio-based long-chain dicarboxylic acid platform compound and can be used in the fields of high-performance plasticizers, high-end polyamide resins, special lubricants, fragrances, and pharmaceutical and skin care products.
MK-7
MK-7 relies on the physiological activity of introducing calcium into bones and is widely used in the fields of bone health, cardiovascular care, maternal and infant nutrition, etc.
PA56 slices (bio-based polyamide 56)
PA56 slices are long-chain polyamide polymer materials formed by the polycondensation reaction of bio-based pentanediamine and adipic acid. It combines the excellent mechanical properties of traditional nylon with unique bio-based comfort properties. It is an important product in the field of textile and new materials.
PA56 salt (Pentylenediamine adipate)
PA56 salt is a nylon 56 precursor salt generated by the neutralization reaction of bio-based pentanediamine and adipic acid in an equal molar ratio. It is a key intermediate product connecting upstream bio-based monomers and downstream polymer polymerization, and its quality directly determines the molecular weight and performance of the final PA56 slices.
Daromine
Daromide is a solid salt of pentanediamine, a derivative form of pentanediamine. Indaro New Materials will achieve a technological breakthrough in the industrialization of daromide and complete patent application in 2026. By treating liquid pentanediamine into a salt, it becomes a stable solid crystal at room temperature, which solves the inconvenience of liquid pentanediamine in specific storage and long-distance transportation, and is an important form of existence of high-purity pentanediamine.
Pentylenediamine
Pentamethylenediamine (also known as 1, 5-diaminopentane) is an important carbon five platform compound. This product adopts advanced biomanufacturing technology, uses corn and other renewable plant resources as raw materials, and is refined through microbial fermentation and specific bioconversion processes. It is the core monomer for preparing high-performance bio-based polyamide.