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.
Bio-based Materials
Bio-based Material Monomers
Bio-based material monomers refer to small molecule compounds prepared from renewable biomass resources (such as crops, vegetable oils, cellulose, lignin, microalgae, and even industrial by-products) through biological fermentation, enzyme catalysis, or green chemical conversion. As the "core building blocks" for the construction of bio-based polymer materials, they have at least two reaction sites, can be connected to each other like building blocks, and polymerize to form high-performance polymers such as bio-based polyamide (PA) and bio-based polyurethane (PU). Compared with traditional petroleum-based monomers that are highly dependent on fossil fuels, bio-based monomers not only have an excellent low carbon footprint and environmentally friendly properties, but also can effectively promote the material industry from "petroleum...
Bio-based Nylon
Bio-based nylon is a new polyamide material that uses synthetic biology technology to prepare key monomers such as pentylenediamine from renewable plant resources (such as corn, straw, etc.) through fermentation and polymerization with dibasic acids. It is an ideal green alternative to traditional petroleum-based nylons such as nylon 6, nylon 66. Regular shapes are white slices or high-performance fibers. Bio-based nylon has excellent environmental properties and excellent physical properties. It is widely used in textile and apparel, outdoor sports equipment, automobile manufacturing and high-end engineering plastics, and can be further applied to yoga clothing, sunscreen clothing, down jacket liners, automotive lightweight components and 3D printing consumables.
Bio-based Polyester
PEF (Polyethylene Furanedicarboxylate) is a 100% biomass sourced all-bio-based polyester material made from the bio-based platform compound FDCA (2, 5-furanedicarboxylic acid) polycondensed with ethylene glycol. It is recognized as the next generation's most promising petroleum-based pet (polyethylene terephthalate) replacement material. Conventional forms are high-transparency flakes, films or fibers. With its unique furan ring molecular structure, PEF comprehensively surpasses traditional pet in barrier properties, mechanical strength and thermal properties, and is widely used in food and beverage packaging, textile fibers, electronic insulation materials and new energy energy storage, and can be further applied to carbonated beverage bottles, beer...
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.
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.
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.
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.
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.