Microcapsules containing latent heat storage materials derived from biomass, enabling thermal time shifting. There are three grades with phase change temperatures of 20, 27, and 47°C.
This is a material that microencapsulates latent heat storage substances in a resin shell. - Excellent handling properties; it won't leak even if the latent heat storage substance liquefies! - No aldehyde generation; it is encapsulated with non-melamine resin! - SDGs; it can utilize natural heat and waste heat, and the latent heat storage substance is derived from biomass. For more details, please refer to the PDF document or feel free to contact us. We have free samples available.
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basic information
Basic Characteristics of Thermal Energy Storage Capsules - Average Particle Diameter: 120, 150 μm - Latent Heat of Fusion: 150, 180 J/g - Phase Change Temperature and Applications NJ2021: Melting Point 18°C, Freezing Point 17°C, Building materials for warm regions, etc. NJ2721: Melting Point 27°C, Freezing Point 20°C, Building materials for cold regions, etc. NJ47780: Melting Point 47°C, Freezing Point 38°C, Overheating prevention for electrical, electronic, and battery components For more details, please refer to the PDF document or feel free to contact us.
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Electrical and electronic components, building materials, agriculture, etc.
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Company information
Our company is a chemical enterprise headquartered in Ishikawa Prefecture, engaged in the manufacturing of acrylic resins and urethane acrylates. We have four strengths: (1) Polymerization technology = we possess water-based suspension polymerization, emulsion polymerization, solution polymerization, bulk polymerization, and precipitation polymerization developed over many years, (2) Manufacturing facilities = consistent production from polymerization to washing, drying, and (re-dissolution using flexible batch reactors ranging from 1500 to 6000 liters, (3) Polymer design technology = functionalization of oligomers to high molecular weight substances, introduction of functional groups, and spherical cross-linked microparticle formation, (4) Contract manufacturing = our researchers, who make up 30% of our employees, provide thorough support from laboratory studies to mass production. Products that leverage these four strengths are used in various applications, such as electronic materials, automotive, construction materials, and cosmetics, found in "such things" and "such places" close to you. We are also engaged in the development of polymers using plant-derived raw materials. As a "behind-the-scenes supporter" that enhances our customers' manufacturing competitiveness, we are committed to developing high-value-added products.
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