Aerogel Tube

Aerogel Tube is a customized rigid pipe-insulation casing made from enhanced fibers as the base material combined with aerogel, giving high physical strength, low thermal conductivity, and ease of installation. Typical applications listed by the manufacturer include high-, medium-, and low-temperature steam pipelines in the petrochemical industry, high-temperature industrial furnaces, district heating networks and pipeline equipment, and HVAC systems. The rigid tubular form lets maintenance and installation teams fit the casing directly around pipes, delivering aerogel-level insulation performance in a format suited to round pipework.

The published specification gives an applicable temperature range of -200 to 1000°C, with a maximum long-term operating temperature of 850°C. This covers cryogenic-leaning service through high-temperature steam and furnace applications. When specifying, treat 850°C as the continuous ceiling and the 1000°C figure as the broader resistance boundary, and confirm the rating for your exact build in the current TDS – actual limits can depend on fiber reinforcement and density selected for the project. For critical hot-service lines, on-site validation under real cycling conditions is recommended before full rollout.

Published dimensions are thickness from 10 to 100 mm (or customized as required) and width from 500 to 1500 mm, customizable. The product is described as highly customizable – it can be tailored to the desired shape to match pipe diameters and insulation thickness targets. Because each order is built to project requirements, buyers should provide pipe outer diameter, target insulation thickness, service temperature, and any cladding or jacketing plan so the factory can propose the appropriate construction. With aerogel’s low conductivity, equivalent insulation is achieved at roughly one-fourth the thickness of traditional materials, reducing casing bulk around congested pipework.

The manufacturer states that, thanks to ultra-low thermal conductivity, the aerogel tube achieves equivalent insulation results at only about one-fourth the thickness of traditional materials – a decisive advantage where space around pipes is limited or where weight on supports must be reduced. The enhanced-fiber base gives the casing excellent compressive and tensile strength, so it withstands handling and installation better than fragile lightweight insulators. It is also easier to install as a rigid pre-formed casing than wrapping blankets on complex runs. Specific conductivity values for a given build should be confirmed in the current TDS during technical review.

The rigid casing is designed for ease of installation around pipelines; sections are fitted over the pipe and secured with the project’s standard banding, cladding, or jacketing system. Provide the factory with pipe diameter, operating temperature, and environment (indoor, outdoor, chemical exposure) so the tube’s construction can be matched accordingly. Because the product is customized, dimensional tolerances, joint design, and section length should be agreed during order confirmation. For outdoor or washdown service, discuss weatherproof cladding with your engineering team, and confirm handling guidance to avoid edge damage during installation on site.