SMND Engineering

Japan Insulation Co., Ltd.

Japan Insulation Co., Ltd. provides advanced insulation solutions designed to improve energy efficiency, thermal protection, and operational safety in demanding industrial environments.

Built to perform under high-temperature conditions, their insulation materials help reduce heat loss, stabilize system performance, and improve overall operational efficiency. By supporting better thermal management and lower energy consumption, their solutions contribute to safer, more reliable, and cost-effective operations.

KEY PRODUCTS

Daipalite-E

Calcium silicate insulation (JIS A 9510 Type 1–15 certified) designed for industrial applications.
Pre-formed for pipes and blocks, it is inorganic,
non-combustible, and asbestos-free, offering dependable and safe usage across various facilities.

Daipalite-EA

Calcium silicate thermal insulation (ASTM C533 Type I) for industrial use. Pre-formed for pipes and blocks, it is inorganic, non-combustible, and asbestos-free—ensuring safe and reliable performance in refineries, power plants, and petrochemical facilities.

Daipalite-EiA & Daipalite-Ei

Water-repellent calcium silicate insulation (ASTM C533 Type I / JIS A 9510 Type 1–15). Designed to resist moisture and chemical corrosion, making it ideal for demanding industrial environments like refineries and power plants.

Daipalite-E

Calcium silicate insulation (JIS A 9510 Type 1–15 certified) designed for industrial applications.
Pre-formed for pipes and blocks, it is inorganic,
non-combustible, and asbestos-free, offering dependable and safe usage across various facilities.

Daipalite-EA

Calcium silicate thermal insulation (ASTM C533 Type I) for industrial use. Pre-formed for pipes and blocks, it is inorganic, non-combustible, and asbestos-free—ensuring safe and reliable performance in refineries, power plants, and petrochemical facilities.

Daipalite-EiA & Daipalite-Ei

Water-repellent calcium silicate insulation (ASTM C533 Type I / JIS A 9510 Type 1–15). Designed to resist moisture and chemical corrosion, making it ideal for demanding industrial environments like refineries and power plants.

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