Pipeline valve insulation sleeve: the guardian of efficient, energy-saving and safe operation of industrial fluid systems
Core advantages of pipeline valve insulation sleeve
1. Excellent thermal insulation performance: advanced composite thermal insulation materials, such as ceramic fiber, aerogel, etc., with thermal conductivity as low as 0.018 W\/(m · K), can effectively block heat transfer, significantly reduce energy consumption, and achieve considerable economic benefits.
2. Wide temperature resistance range: Provide multi-level temperature resistant products according to different working conditions. From the ultra-low temperature environment of -196 ℃ to the ultra-high temperature condition of 1200 ℃, it can operate stably, ensuring precise temperature control of the system.
3. Excellent fire and flame retardant properties: The product meets the A-level non combustible standard (GB 8624-2012), with an oxygen index of ≥ 28%, effectively improving the fire safety level of the production environment and reducing fire risks.
4. Convenient installation and maintenance: Adopting a modular and detachable design, it can be quickly installed and disassembled without the need for special tools, greatly reducing maintenance time, lowering maintenance costs, and supporting repeated use, extending the product life cycle.
5. Excellent mechanical and environmental adaptability: It has high tensile strength (≥ 200 N\/cm ²) and wear resistance, and can withstand frequent disassembly and harsh working conditions. At the same time, we provide corrosion-resistant models with IP67 waterproof rating and 48 hour salt spray test certification, suitable for humid and corrosive environments.
6. Customized solution: Personalized design and production can be carried out based on specific parameters such as valve size, shape, medium temperature, environmental conditions, etc., to ensure perfect matching with on-site equipment.
Overview of Technical Parameters for Pipeline Valve Insulation Jackets
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parameter item
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performance metrics
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Reference standards\/instructions
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thermal conductivity
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0.018 ~ 0.05 W\/(m·K)
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ASTM C177， The lower the value, the better the insulation effect
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Temperature resistance range
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-196℃ ~ 1200℃
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Silicone coated glass fiber: -50 ℃~260 ℃; Ceramic fiber: -70 ℃~1000 ℃; Stainless steel wire reinforced type: -196 ℃~1200 ℃
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fire rating
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Class A non-flammable
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GB 8624-2012， Oxygen index ≥ 28%
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tensile strength
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≥200 N\/cm²
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EN 13473
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wear resistance
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100000 friction tests
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ASTM D3884
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waterproof rating
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IP67
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Soak in 1 meter of water for 30 minutes without water seepage
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Corrosion resistance
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48 hour salt spray test
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ISO 9227
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thickness range
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20~50mm (customizable)
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Conventional thickness, adjustable according to demand
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service life
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3 to 8 years or more
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Different according to material and working conditions
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Typical application scenarios of pipeline valve insulation sleeves
Petrochemical industry: High temperature steam pipelines, reaction vessels, storage tank valves, etc. effectively prevent heat loss and ensure stable process temperature.
• Electric energy: boilers, steam turbines, and valves in thermal pipelines to improve thermal efficiency and reduce fuel consumption.
Food and medicine: Clean workshop pipelines, equipment valves, require food grade materials to ensure product quality and hygiene safety.
New energy: battery packs, cooling system valves, balancing lightweight and flame retardancy to enhance system safety.
Building heating: Central air conditioning and heating system valves reduce energy consumption and improve system operating efficiency.
Choosing our pipeline valve insulation sleeve means choosing an efficient, safe, and reliable industrial insulation solution. We are committed to providing comprehensive thermal management support for your production system.