Nano Insulation Board, Vacuum Nano Insulation Board
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Product Introduction
Product Details
Nano Insulation Board, Vacuum Nano Insulation Board
Suitable for preheaters, decomposition furnaces, smoke chambers, tertiary air ducts, kiln hoods, and grate coolers
01-Extreme Thermal Insulation
02-Thin & Lightweight, Effective Capacity Expansion
03-Energy Saving & Consumption Reduction
04-Moisture-Proof & Impermeable
05-Safe & Eco-Friendly
Nano Insulation Board
Ultra-High Efficiency Insulation
Thermal conductivity at room temperature ≤0.020W/(m·K), only 1/3 to 1/2 of traditional insulation materials (e.g., calcium silicate board). Reduces heat loss in cement kiln systems by 15%-20%, assisting in energy saving and consumption reduction.
Lightweight Design
Bulk density ≤200kg/m³, much lower than traditional insulation bricks (approx. 800-1200kg/m³). Reduces equipment load, especially suitable for retrofitting old kilns.
Excellent High-Temperature Stability
Linear shrinkage ≤1.5% at 1000°C. No obvious deformation or pulverization during long-term use, avoiding frequent replacements and resulting kiln shutdown losses.
Vacuum Nano Insulation Board
Extreme Energy Saving
Thermal conductivity at room temperature ≤0.008W/(m·K), the best thermal insulation performance among existing industrial insulation materials. Reduces surface temperature to below 50°C (traditional materials are mostly 80-100°C), minimizing heat loss and energy consumption.
Durable & Stable Vacuum
Factory vacuum degree ≤10Pa, with excellent resistance to water vapor permeability. Vacuum degradation rate ≤15% after long-term use (≥5 years), preventing thermal insulation performance degradation.
Thin-Profile Advantage
Under the same thermal insulation effect, the thickness is only 1/5 to 1/3 of traditional calcium silicate board (e.g., to achieve the same thermal resistance, 20mm vacuum nano board vs. 100mm calcium silicate board). Saves peripheral installation space, adapting to compact conditions.
Key words:
Cement
Nano Insulation
Vacuum
insulation
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