High-temperature calcium silicate insulation engineered for petrochemical process equipment — reactors, cracking furnaces, reformers, heat exchangers, columns, and piping systems. Low chloride content, corrosion under insulation (CUI) resistance, and proven long-term reliability in demanding refinery environments.
The petrochemical and refining industry operates with process temperatures ranging from -50°C to over 1000°C across a wide variety of equipment. Insulation must not only provide thermal efficiency but also resist Corrosion Under Insulation (CUI), a critical concern for stainless steel piping and vessels in the 60–175°C range.
HR RHINO calcium silicate boards are manufactured with low chloride content and excellent chemical stability, making them safe for use on carbon steel and austenitic stainless steel equipment. Our products comply with ASTM C533 specifications for high-temperature industrial insulation.
Aplicaçãos span the entire petrochemical facility — from ethylene cracking furnaces and catalytic reformers to distillation columns, heat exchangers, reactors, and steam piping systems. Our products deliver energy savings, personnel safety, and proven reliability in demanding hydrocarbon processing environments.
Seis componentes críticos de sistemas petroquímicos e refinarias onde as placas HR RHINO oferecem isolamento térmico superior e proteção CUI.
Steam cracking furnaces operate at 750-900°C to produce ethylene and propylene. Our boards insulate furnace walls, roof panels, and coil support systems to maximize thermal efficiency and reduce fuel consumption.
Reforming and hydrocracking reactors process hydrocarbons at 500-600°C under high pressure. Our insulation maintains reaction temperatures, reduces energy costs, and protects personnel from extreme surface temperatures.
Atmospheric and vacuum distillation towers require efficient insulation to maintain precise temperature profiles. Our lightweight boards minimize heat loss while providing easy access for maintenance.
Shell-and-tube heat exchangers, reboilers, and condensers throughout the refinery benefit from our boards' low thermal conductivity and dimensional stability under thermal cycling conditions.
High-pressure steam lines, process piping, valves, and flanges throughout the petrochemical complex. Our custom-shaped insulation ensures energy efficiency and OSHA-compliant safe touch temperatures.
Pressure reactors, FCC units, and storage vessels require reliable long-term insulation. Our low-chloride boards are safe for austenitic stainless steel equipment, preventing stress corrosion cracking.
Projetado para ambientes exigentes de refinarias com proteção CUI e conformidade ASTM.
Low chloride content and chemical stability help prevent Corrosion Under Insulation (CUI) on carbon and austenitic stainless steel equipment.
Our products meet ASTM C533 Type I & II specifications for calcium silicate block and pipe thermal insulation.
Low thermal conductivity dramatically reduces heat loss from process equipment, improving overall refinery efficiency and ROI.
A1 non-combustible classification provides passive fire protection for critical hydrocarbon processing equipment.
Pre-formed pipe covers, block insulation, and custom CNC-machined shapes for vessels, valves, flanges, and fittings.
100% non-asbestos, non-toxic. Safe for maintenance workers and complies with OSHA, EU REACH, and international standards.
Our recommended grade for the broad range of petrochemical applications. Optimal balance of thermal insulation, mechanical strength, and chloride content for CUI-sensitive applications.
Suitable for cracking furnaces, reformers, reactors, columns, heat exchangers, and piping systems across temperatures from 200°C to 1100°C.
Ver Detalhes do Produto →Optimal product selection for petrochemical applications from high-temperature cracking furnaces to low-temperature process piping.
High strength for ethylene cracking furnaces. Compressive ≥5 MPa, max 1100°C.
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Ideal para reactors, reformers, and pressure vessels. Compressive ≥4 MPa.
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Most versatile choice for distillation columns, exchangers, and piping. Max 1100°C.
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Balanced performance for distillation columns and heat exchangers.
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Leve option for process piping, reboilers, and heat exchangers.
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Economical option for low-temperature process equipment and storage tanks.
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