This aerogel insulation blanket is a flexible high-efficiency thermal insulation material compounded with nano aerogel and inorganic fiber. Featuring ultra-low thermal conductivity, it is soft, eco-friendly, easy to cut and install.
This product takes high-purity nano aerogel as the core thermal insulation component, combined with an independently developed inorganic composite bonding system, and is refined through special dispersion, modification and molding processes. It not only retains the core advantages of nano aerogel such as ultra-low thermal conductivity and porous air permeability, but also has the characteristics of easy construction and seamless coverage of coatings. It completely solves the pain points of traditional thermal insulation materials (such as rock wool and glass wool) such as heat leakage at joints, cumbersome construction and high maintenance costs. It can be widely applied to various industrial equipment and building substrates without complex pre-treatment. After construction, it forms a dense and firm thermal insulation layer, achieving the “thin-layer high-efficiency” thermal insulation effect.
Silica is a fundamental material in our world, existing in diverse forms—from integrated circuits to glass curtain walls—with vastly different material values depending on its structure. What we present here is aerogel, a porous-structured silica.
Formed by silica colloidal particles stacked into a 3D network of voids, aerogel is the lightest known solid material, with the lowest solid-state thermal conductivity. It serves as both a super thermal insulator and an adsorbent material.
Silica aerogel boasts exceptional thermal insulation performance:
Its pore size is smaller than the mean free path of air molecules at atmospheric pressure, leaving air molecules nearly static within the pores and eliminating convective heat transfer.
Its ultra-low bulk density and the tortuous paths of its nano-network structure hinder both gaseous and solid-state heat conduction.
The near-infinite number of void walls minimizes thermal radiation.
Together, these three mechanisms block nearly all pathways of heat transfer, delivering thermal insulation performance unmatched by any other material.
As the lightest known solid material, aerogel exhibits unique properties in mechanics, acoustics, thermotics, optics, and more. It has broad and enormous application prospects in aerospace, military, transportation, communications, medical care, construction materials, electric power, metallurgy, and many other fields, earning it the reputation as the "miracle material that changes the world."
We are a Qingdao, China-based private high-tech enterprise focused on aerogel material R&D and production. Equipped with full modern facilities and backed by university partnerships and national patents, we offer a complete line of aerogel products — from insulation powders and felts to composite materials — with customized solutions for diverse industrial applications
The application effect of aerogel nano-insulation technology is immediate. On-site measured data shows that after spraying the aerogel coating, the furnace surface temperature generally dropped by 7-13°C, with a maximum reduction of 13.1°C in the insulated area. More importantly, the power consumption per ton of aluminum decreased by 10.4%, equivalent to saving 17.5 kWh per ton of aluminum produced.
This technology can also save companies over one million yuan in electricity costs annually, and the stable furnace temperature control significantly improves the product qualification rate.
ards, thermal insulation is playing a critical role in energy conservationWith continuously rising national energy efficiency standand emissions reduction. Recognized as the "fifth form of energy," it is driving petrochemical enterprises to continuallyenhance their insulation technology and reduce energy consumption.
ards, thermal insulation is playing a critical role in energy conservationWith continuously rising national energy efficiency standand emissions reduction. Recognized as the "fifth form of energy," it is driving petrochemical enterprises to continuallyenhance their insulation technology and reduce energy consumption.