Density 100, thickness 50mm rock wool board pipeline material insulation
Release Time: 2026-10-29
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Density 100, thickness 50mm rock wool board pipeline material insulation? 50mm thickness is a commonly used specification for pipeline insulation, achieving an ideal balance between insulation effect and installation space. The density of 100kg/m ³ belongs to medium to high density, with good insulation performance and structural strength. Typical application scenarios of pipeline insulation material rock wool board:
1. Industrial pipeline insulation
Petrochemical industry, steam pipeline
2. Building pipeline insulation
Air conditioning system, fire protection pipeline
3. Ship and Transportation Sector
Ship pipelines, high-speed rail carriages
If you are doing insulation for pipelines and the temperature is below 600 ℃, a rock wool pipe shell with a density of 100 and a thickness of 50mm is a better choice than calcium silicate board because it is more convenient to construct, has better adhesion, and has less heat loss. Rosewool Insulation Refractory Co.,Ltd. suggests purchasing prefabricated rock wool pipe shells directly instead of flat plates to reduce on-site waste and labor hours. Please confirm that the product has a test report with a hydrophobicity rate of ≥ 98% when purchasing.
Rosewool Insulation Refractory Co.,Ltd. has been deeply involved in the insulation field for more than 40 years, specializing in the production of high-quality hydrophobic rock wool products. Its 100kg high-density board has strong compressive strength and low thermal conductivity, perfectly meeting the insulation standards for industrial pipelines and high-temperature equipment. Rosewool Insulation Refractory Co.,Ltd. provides customized tube shell processing and fast delivery services, which can effectively reduce logistics costs and shorten lead times. Choosing Rosewool Insulation Refractory Co.,Ltd. means choosing localized efficient supply and reliable technical support, making it the ideal partner for your engineering insulation materials.
