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The global Aerogel Market size is expected to reach USD 3.29 billion by 2025, according to a new report by Grand View Research, Inc., exhibiting a 22.6% CAGR during the forecast period. The market is majorly driven by growing demand from various end-use industries such as oil and gas, building and construction, automotive, aerospace and marine, and performance coatings. Robust expansion of the building and construction industry will positively impact demand for aerogel over the forecast period as number of residential and commercial construction projects rise across the globe. North America was the largest regional market in 2016 in terms of revenue, driven by robust growth in various end-use industries, especially in U.S. Furthermore, positive outlook of the oil and gas industry is expected to boost demand over the next few years. Aerogel offers several advantages such as low installation costs and improved pipeline compression resistance. The market is fragmented in nature and is marked by presence of several global as well as regional players. Key players include Aspen Aerogels Inc.; Cabot Corporation; Aerogel Technologies LLC; BASF SE; and Dow Corning Corporation. The vendor landscape is characterized by new product launches as manufacturers are investing on R&D activities to increase their market presence across geographies. Further key findings from the repot suggest: By product, the silica-based aerogel segment was valued at USD 394.67 million in 2016. Silica is the most commonly used aerogel and is widely used for insulation purposes in various industries such as oil and gas, construction, and automotive Blanket emerged as the largest form segment in 2016, accounting for 70.3% of the global revenue. Monolith, particle, and panel together made up for rest of the global revenue. On the basis of end use, the building and construction sector is slated to hold the largest market share by 2025 in terms of revenue. Space heating consumes most of the energy in homes and efforts are being taken to increase the usage of aerogel for insulation By technology, supercritical drying was estimated to be the largest segment in 2016, accounting for 78.1% of the global revenue Europe was the second-largest market, driven by projects such as AerSUS (run by a group of companies and research institutions to develop new aerogel applications and products for the aerospace industry). Such initiatives are expected to result in the further expansion of the aerogel market in Europe The global aerogel market is highly competitive with a handful of key players such as Aspen Aerogels and Cabot Corporation holding a majority share of the market. These players have a stronghold in R&D, better intellectual properties, established and well-recognized products, and brands, thereby making it difficult for new players to compete in the market. Grand View Research has segmented the global aerogel market on the basis of product, form, end use, technology, and region: Aerogel Product Outlook (Revenue, USD Million, 2014 - 2025) Silica Polymer Carbon Others Aerogel Form Outlook (Revenue, USD Million, 2014 - 2025) Blanket Particle Panel Monolith Aerogel End-use Outlook (Revenue, USD Million, 2014 - 2025) Oil & Gas Building & Construction Automotive, Aerospace & Marine Performance Coatings Others Aerogel Technology Outlook (Revenue, USD Million, 2014 - 2025) Supercritical Drying Other Drying Aerogel Regional Outlook (Revenue, USD Million, 2014 - 2025) North America U.S. Europe Germany U.K. Asia Pacific China Japan Central & South America Brazil Middle East & Africa

Chapter 1 Inorganic Materials Advantages: fire retardant, small deformation coefficient, stable and environmentally friendly performance, low construction difficulty and low cost. Disadvantages: large bulk density, poor compactness and processability, poor thermal insulation performance. ☆The following parameters are for reference only☆ 1, foamed cement (Foam cement) Thermal conductivity 0.08-0.28 W/(m·K) Dry bulk density 300-1600 Kg/m 3 Compressive strength 0.6-4.5 MPA Foamed cement is also called insulation concrete, foam concrete, aerated concrete and foamed concrete. The foam is uniformly mixed with the cement slurry, and then cast-in-place or mold-formed to form an insulating material containing a large number of closed pores. It is a bubble-shaped insulation material. It has a wide range of applications in building insulation. 2, calcium silicate products (CaSiO 3 ) 1, diatomite insulation brick Porosity 50%-80% Density around 700Kg/m 3 Thermal conductivity 0.13-0.20W/(mk) Use temperature ≤ 1250 ° C The diatomaceous earth is used as a main raw material to add some combustible materials, which are prepared by mixing, molding, sintering, and the like. Mainly used for thermal insulation of industrial furnaces and other thermal equipment and heat pipes. 2, calcium silicate insulation material Density 140-270kg/m 3 Thermal conductivity 0.058-0.075 W/(m·k) Use temperature ≤1000°C It is made by diatomaceous earth, silica, lime, etc. by mixing, forming and hydrothermal treatment. Mainly used for fire and heat insulation in the fields of electric power, metallurgy, petrochemical, construction, shipbuilding, etc. 3, aluminum silicate cotton (Al 2 O 3 · SiO 2 ) Dry density ≤220kg/m 3 Thermal conductivity ≤ 0.07W / (m · k) Compressive strength ≥100kpa Slurry density ≤ 1000kg/m 3 Volume shrinkage ≤ 20.0% Use temperature >1000 °C Aluminum silicate is also known as refractory fiber. The raw materials such as coke gems, high-purity alumina, and silica are melted at a high temperature to form fibers, and press-formed. 4, expanded perlite (expanded perlite) Low temperature thermal conductivity 0.028 ~ 0.038W / (m · K) Normal temperature thermal conductivity coefficient 0.0245~0.048W/(m·K) High temperature thermal conductivity 0.058~0.175W/(m·K) The maximum operating temperature is around 800 °C It is a kind of natural acidic vitreous lava, which is called expanded perlite due to its volume expansion of 4 to 30 times at 1000-1300 °C. These include perlite, rosin and obsidian. As a high-efficiency insulation and cold-keeping filling material, it is widely used in construction, metallurgy, petroleum, machinery, light industry, hydropower, foundry, medicine, food, agriculture, forestry and horticulture. 5. Rock wool Thermal conductivity 0.030-0.047 W/(m·K) Density of 180kg/m 3 or so Compressive strength 40-100Kpa Rock wool originated from the Hawaiian volcanic eruption. Its production process is a natural process of simulating volcanic eruptions. Basalt, dolomite and other raw materials are used as the main raw materials. After melting at a high temperature of 1450 ° C or higher, the fibers are centrifuged at high speed, and then solidified and cut into rock wool products of different specifications and uses. 6, mineral wool Raw cotton capacity 50~100kg/m 3 Felt weight 40~200kg/m 3 The plate weight is 70~500kg/m 3 Thermal conductivity 0.041~0.07 W/(m·K) Cotton-like short fibers made of silicate melt, which are mainly made of metallurgical slag or fly ash, are called slag wool. There are three kinds of cotton forming processes: injection method, centrifugal method and centrifugal injection method. Mineral wool and binder can be made into various mineral wool products through the processes of forming, drying and solidifying. 7, glass wool The weight is 10-120kg/m 3 Thermal conductivity of 0.042 W / (m · K) The chemical constituents of glass wool are glass and are an artificial inorganic fiber. Glass wool is a material that fiberizes molten glass to form a cotton. It has the characteristics of good forming, small bulk density, good thermal conductivity, good sound absorption, corrosion resistance and stable chemical properties. Because of the need to cover the use of fibers, the surface treatment methods are commonly used: plastic paper and surface coating. 8, foam glass (foam glass) Density 160-220kg/m 3 Thermal conductivity is about 0.058W/(m·K) Bubble diameter 1-2mm An inorganic non-metallic glass material prepared by pulverizing, mixing, high-temperature melting, foaming, and annealing, such as cullet, a foaming agent, a modifying additive, and a foaming accelerator. The sound absorbing foam glass is more than 50% open cell bubbles, and the heat insulating foam glass is more than 75% closed cell air bubbles. 9.vitrified beads The weight is light 80~120kg/m 3 Thermal conductivity 0.043-0.070W/(m·K) Expanded vitrified microbeads are inorganic vitreous mineral materials processed by multi-stage silicon carbide electric heating tube production process technology. It is an irregular spheroid particle with an internal porous cavity structure, the surface is vitrified, and the gloss is smooth. It can replace the application of many traditional lightweight aggregates such as fly ash float beads, glass beads, expanded perlite and polyphenyl granules in different products. 10 foamed ceramics Density 250~280kg/m 3 Thermal conductivity 0.08~0.1W/(m·K) A closed-cell ceramic material obtained by roasting at a high temperature with clay tailings, ceramic chips, river silt, etc. as main raw materials. Under thermal expansion and contraction, there is no cracking, no deformation, no shrinkage. After the inorganic interface agent of the double flour brush, the tensile bond strength with the cement mortar can reach 0.2MPa or more. 11.ceramic fiber (ceramic fiber) Fiber diameter 2-5μm Ordinary ceramic fiber is also called aluminum silicate fiber. Generally, ceramic fiber blanket is divided into two types, one is silk carpet and the other is silk spray blanket. Ceramic fiber products are an excellent refractory material. It has the advantages of light weight, high temperature resistance, small heat capacity, good thermal insulation performance, good high temperature insulation performance and no toxicity. 12 Aerogel (aerogel) Density around 3kg/m 3 Thermal conductivity 0.013-0.03W/(m·K) Aerogel, also known as xerogel, solid smoke, blue smoke. The gel removes most of the solvent, making the liquid much less than the solid, or the medium filled in the gel is a gas, and the appearance is solid, which is an aerogel. A common aerogel is a silicone aerogel. At present, the lightest aerogel is only 0.16mg/cm 3 , which is slightly lower than the air density and the world's lightest solid. 13. Vacuum Insulation Panel (Vacuum Insulation Panel) Thermal conductivity is about 0.003W/(m·K) The vacuum insulation board (VIP board) is one of vacuum insulation materials, which is a composite of a filled core material and a vacuum protection surface layer. It is currently the most advanced and efficient insulation material in the world. VIP is mainly used for thermal insulation, such as household refrigerators, yacht refrigerators, mini refrigerators, car refrigerators, deep cold freezers, electric water heaters, vending machines, freezers, refrigerated containers, building wall insulation and LNG storage and transportation. Chapter II Organic Materials Advantages: light weight, good processability, high compactness and good thermal insulation effect. Disadvantages: easy to burn, high engineering cost, difficult to recycle. 1. molded polystyrene (EPS) Density 15-50kg/m 3 Thermal conductivity 0.030-0.045W/(m·K) Operating temperature <70 ° C A foamed rigid closed cell structure foam is formed in a mold from expandable polystyrene beads containing a blowing agent. Graphite polystyrene board (SEPS) is added to graphite on the basis of the original, with lower thermal conductivity and better fireproof performance. The real gold plate uses the polymer fireproof isolation binning particle technology to improve the fire rating, and other properties are basically the same. 2, extruded polystyrene (XPS) Thermal conductivity 0.026-0.035W/(m·K) Strength coefficient 150-1000kpa Water absorption rate <1% Density 15-50kg/m 3 It is a continuous and superficial honeycomb structure made of polystyrene resin and other additives. Building roof insulation, steel roofing, building wall insulation, building floor moisturizing, square ground, ground frost heave control, central air conditioning ventilation duct, airport runway insulation, high-speed railway subgrade, etc. The graphite extruded board adds graphite to the original extruded board, which can effectively reduce the thermal conductivity and enhance the fire resistance. 3, polyurethane (PU) A density of 40kg ~ 35 / m . 3 when Thermal conductivity 0.018-0.024W/(m·K) Compressive strength 200-300KPA

Reconstruction of steam pipeline insulation in heavy oil production ----Application of aerogel blanket greatly reduces the heat loss of steam pipelines and prolongs the service life of insulation Customer Profile of Huatao aerogel: Company Name: PetroChina Karamay Branch Use location: Karamay heavy oil production plant Construction equipment / pipeline: above-ground steam pipeline Use of the product aerogels: Huatao HT650 aerogel blanket (10mm thickness) Huatao HT650 Aerogel blanket (6mm thickness) Working condition of silica aerogel: Pipe diameter: 114mm Internal fluid temperature: 320 ° C Wind speed: 0.1m/s Pipe length: 5000m difficulty when install the insulation material: 1, the insulation layer construction plan should take into account the economic and energy-saving, the need to use a combination of aerogel and common materials. 2, the pipe bracket must be blocked by thermal bridge treatment to further reduce heat loss. 3, the waterproof performance must be optimized. Specific construction plan of silica aerogel insulation blanket: Composite aerogel blanket insulation solution (from inside and outside) 2 layers of 6mm thick aerogel blanket + 70mm composite silicate + 20mm rubber and plastic cotton + aluminum Note when install the aerogel felt: The 2-layer aerogel blanket is tightly wound with a single-sided aluminum foil fiberglass cloth to prevent heat leakage. Data comparison before and after the transformation: Insulation Method Composite silicate tile Aerogel Pipe Diameter mm 114 114 Inside temperature ℃ 320 320 Working temperature ℃ 4 4 Wind Speed m/s 0.1 0.1 Thermal Conductivity W/(m*℃) 0.049(the whole structural layer) 0.037(the whole structural layer) Thickness mm 137.7 102.0 Cooling area m2 1.223 0.99852 Insulation surface temperature ℃ 16 13 Heat loss after heat preservation W/m 85.9 69.17 Support position heat loss W/m 251.8 65.1 Other Local cracking and hot seam Insulation structure uniform without hot seam in conclusion: Compared with before the transformation, the heating station of No. 3 heating station to No. 439, 440, 441 metering station was reduced: the total heat loss of support decreased by 74.1%, the heat loss of pipeline decreased by 19.5%, and the total heat loss of pipeline decreased by 33.3%. Engineering picture:

Reconstruction of steam pipeline insulation in heavy oil production ----Application of aerogel blanket greatly reduces the heat loss of steam pipelines and prolongs the service life of insulation Customer Profile from Huatao Aerogel : Company Name: Panjin Branch of PetroChina Liaohe Oilfield Use location: Liaohe Oilfield Shuguang Oil Production Plant Construction equipment / pipeline: above-ground steam pipeline Use of the aerogels : Huatao HT650 aerogel blanket (10mm thickness) Working condition of this aerogel insulation felt : Pipe diameter: 114mm Internal fluid temperature: 328 ° C Wind speed: 1m/s Pipe length: 10km difficulty when install the silica aerogel: 1. The pipe bracket must be blocked by thermal bridge to further reduce heat loss. 2, the waterproof performance must be optimized. 3, most of the pipelines are shuttled in the reeds, usually maintenance is very difficult. Specific construction plan of silica aerogel insulation blanket : 3-layer Huatao HT650 aerogel blanket composite single-sided aluminum foil, wrapped with fiberglass cloth. Data comparison before and after the transformation: Name Unit Before After Insulation Method Composite silicate cotton Aerogel thermal insulation blanket Pipe Diameter mm 114 114 Inside temperature ℃ 328 328 Working temperature ℃ 32 32 Wind Speed m/s 1 1 Thermal Conductivity W/(m*℃) 0.049 0.020 Thickness mm 100 30 Heat dissipation area m2 0.986 0.546 Insulation surface temperature ℃ 46 42.8 Heat loss after heat preservation W/m 256.8 109.7 Energy saving rate 57.2% Other Local cracking, collapse, hot seam and overall insulation structure are uneven Insulation structure uniform without hot seam in conclusion: Compared with the steam transfer pipeline of No. 47 boiler of Shuguang Oil Production Plant, the heat loss of the pipeline decreased by 57.2% before and after the transformation. The overall structure of the pipeline is stronger, more uniform and more beautiful than before the transformation. Engineering picture:

Reconstruction of steam pipeline insulation in heavy oil production ----Application of aerogel blanket greatly reduces the heat loss of steam pipelines and prolongs the service life of insulation. Customer Profile of Industrial insulation: Company Name: Sinopec Nanyang Oilfield Company Use location: Nanyang Oilfield Heavy Oil Production Plant Construction equipment / pipeline: above-ground steam pipeline Use of the product silica aerogel: Huatao aerogel HT650 Aerogel blanket (6mm thickness) Working condition of silica aerogel insulation felt: Pipe diameter: 114mm Internal fluid temperature: 300 ° C Wind speed: no wind Pipe length: 2000m Difficulty when install the aerogel insulation blanket: 1, the insulation layer construction plan should take into account the economic and energy-saving, the need to use a combination of aerogel and common materials. 2, the pipe bracket must be blocked by thermal bridge treatment to further reduce heat loss. 3, the waterproof performance must be optimized. Specific construction plan of how to install the aerogel felt: Composite aerogel blanket insulation solution (from inside and outside) 2 layers of 6mm thick aerogel Blanket + 50mm titanium ceramic insulation tile + aluminum skin Note: The 2-layer aerogel blanket is tightly wound with a single-sided aluminum foil fiberglass cloth to prevent heat leakage. Use scenario data comparison: Insulation Method Rock Wool Aerogel Pipe Diameter mm 114 114 Inside temperature ℃ 300 300 Working temperature ℃ 20 20 Wind Speed m/s Insulation thickness mm 120 65 Heat dissipation area m2 1.112 0.766 Insulation surface temperature ℃ 29 28 Heat loss after heat preservation W/m 290.31 137.88 Ohters Insulation structure is uneven Insulation structure uniform without hot seam in conclusion: The heat loss allowed by the company is as follows: the seasonal operating conditions allow a maximum heat loss of 308 W/m2, and the annual operating conditions allow a maximum heat loss of 186 W/m2. According to this requirement, the rock wool scheme is difficult to achieve, and Before they used rock wool for a year or two, there was a very obvious collapse phenomenon. The insulation structure was very soft, and the pipeline insulation layer was frequently replaced. This phenomenon has been improved a lot with the current aerogel compounding scheme. Construction picture:

Steam pipeline insulation reform ----Application of aerogel blanket greatly reduces the heat loss of steam pipelines and prolongs the service life of insulation Customer Profile: Company Name: Chongqing Changyuan Chemical Co., Ltd. Use location: Changyuan Chemical Co., Ltd. Construction equipment / pipeline: above-ground steam pipeline Use of the silica aerogel : Huatao HT650 aerogel insulation blanket (10mm thickness) Working condition of aerogel insulation felt: Pipe diameter: 273mm Internal fluid temperature: 200 ° C Wind speed: 1m/s Pipe length: 350m difficulty when to install of the aerogel felt: 1. The pipe bracket must be blocked by thermal bridge to further reduce heat loss. 2, the waterproof performance must be optimized. 3, because the pipeline overhead is 2-5 meters high from the ground, the maintenance is very difficult in the later stage, and the maintenance cycle must be minimized. 4, the original insulation layer is reduced from 100mm to 60mm and completely attached to the surface of the pipeline, it is difficult to remove. Specific construction plan when to install the silica aerogel: 2-layer Huatao HT650 aerogel Blanket composite single-sided aluminum foil, wrapped with fiberglass cloth. Use scenario data comparison: Name Unit Before After Insulation Method Composite silicate cotton board Aerogels Pipe Diameter mm 273 273 Inside Temperature ℃ 200 200 Working Temperature ℃ 25 25 Wind Speed m/s 1 1 Thermal Conductivity W/(m*℃) 0.049 0.020 Thickness mm 60 20 Cooling area m2 1.234 0.983 Insulation surface temperature ℃ 44.5 35.9 Heat loss after heat preservation W/m 447.8 199.3 Energy saving rate 55.4% Other The overall insulation structure has collapsed and is uneven Insulation structure uniform without hot seam in conclusion: Compared with the steam transfer pipeline of Chongqing Changyuan Chemical Co., Ltd., the heat loss of the pipeline decreased by 55.4% before and after the transformation. The above calculated heat loss calculation can recover the cost within 15 months. Moreover, the aerogel material has a long service life, which saves a lot of maintenance and replacement costs, and also provides a guarantee for stable and safe production of the factory. In addition, the aerogel has a relatively thin package thickness, and the pipeline in a limited space is also easy to design, and the appearance is beautiful, which makes the whole factory look better and the image is improved. Engineering picture:

Aerogels used for South Korea's *** Petrochemical Reaction Tower insulation Large petrochemical plant reaction equipment insulation --- Apply silica aerogel insulation structure evenly to avoid the collapse of the insulation layer. Customer Profile: Company Name: South Korea *** Petrochemical Use location: *** Petrochemical new project Construction equipment / pipeline: reaction tower insulation Use of the product: Huatao HT650 aerogel Blanket (10mm thickness) Working condition: Boiler diameter: 2.8 meters Boiler surface temperature before heat preservation: 300 °C Wind speed: 1m/s Boiler length: 35m Difficulty: 1, the boiler diameter is large, it is very difficult to wrap it. 2, the surface of the boiler can not be nailed, the insulation material is difficult to fix, and the construction technology is very demanding. 3, need to cut on site, multi-person cooperation with construction. Specific construction plan: 3-layer Huatao HT650 aerogel felt with aluminum skin for the protective layer. in conclusion: Wrap a 30g thick silica aerogel insulation blanket, the surface thickness can be controlled within 50 °C, and the thermal insulation layer structure is very good, not easy to collapse and structural unevenness, the construction speed is greatly improved. Construction picture:

Aerogel Blanket used for the cold storage industry The countries with rapid development of the external cold storage industry mainly include Japan, the United States, Finland, Canada and other countries. Japan is Asia's largest producer of quick-frozen foods, and low-temperature stores below -20 °C account for more than 80% of cold storage. In recent years, the large-scale storage of large-scale fruit and vegetable storage in foreign countries is mostly a gas storage library. For example, the use of modified atmosphere storage apples in the United States has accounted for 80% of the total refrigeration; France and Italy have also vigorously developed this technology, and the storage of apples in the atmosphere has reached the refrigerated apples. The total number is 50% to 70%; the British atmosphere is up to 220,000 tons. Developed countries such as Japan and Italy already have 10 world-class automated cold storages. In recent years, China's cold storage construction has developed rapidly, mainly in the main fruit producing areas and vegetable bases in the suburbs of large and medium-sized cities. For the preservation of fruit and vegetables, a high temperature library with a minimum temperature of -2 °C is generally used, and aquaculture and meat preservation are used for a low temperature library with a temperature below -18 °C. According to statistics, the existing refrigeration and refrigeration capacity in the country has reached more than 5 million tons, of which foreign capital, Sino-foreign joint ventures and private cold storage account for about 500,000 tons, and state-owned cold storages of more than 4.5 million tons, belonging to domestic trade, agriculture, foreign trade and light industry systems. Among them, the domestic cold storage capacity of the domestic trade system has reached more than 3 million tons, accounting for more than 60% of the national total. China's commercial system has a fruit and vegetable storage area of more than 2 million m2, and storage capacity of more than 1.3 million tons, including more than 700,000 tons of mechanical refrigerators, and more than 600,000 tons of common warehouses. Foods that need to be refrigerated, such as fresh fruits, require cold chain logistics during transportation. The scope of application of cold chain logistics includes: primary agricultural products: vegetables, fruits; meat, poultry, eggs; aquatic products, flower products. Processed food: frozen food, poultry, meat, aquatic products and other packaged cooked food, ice cream and dairy products, chocolate; fast food ingredients. Special goods: medicines, so it is more complex and more complex than the general temperature logistics system, and the construction investment is much larger. It is a huge system engineering. Since the timeliness of perishable foods requires higher organizational coordination in all aspects of the cold chain, the operation of the food cold chain is always related to the energy cost, and the effective control of operating costs is closely related to the development of the food cold chain. Zhongning Technology Aerogel Insulation Material has extremely low thermal conductivity and excellent thermal insulation performance, which can greatly save energy consumption costs and help the rapid development of food cold chain. From the current situation and development trend of the cold storage, the fruit temperature constant temperature adjustment library has developed rapidly, and the proportion of low temperature storage has increased. The domestic cold storage industry is moving towards the use of aerogel insulation blanket for lightweight prefabrication, low temperature, large scale, management and In and out of the warehouse cargo handling automation, fruit and vegetable cold storage constant temperature gas conditioning, cooling fan instead of piping and extensive use of Freon refrigerant operation is convenient, flexible, efficient, safe, environmentally friendly and energy-saving development. Cold storage is a large energy consumer. Some data indicate that an increase of 0.1 mm in the oil film in the evaporator will cause the evaporation temperature to drop by 2.5 °C and the power consumption to increase by 11%. If there is oil film or scale in the condenser, frost on the surface of the evaporator will cause the evaporation temperature to drop and the power consumption to increase. Since the beginning of the new century, China's agricultural product storage and preservation technology has developed rapidly, the development environment and conditions of agricultural product cold chain logistics have been continuously improved, and the cold chain logistics of agricultural products has developed rapidly. About 400 million tons of fresh agricultural products enter the circulation field every year in China, and the proportion of cold chain logistics is gradually increasing. With the continuous expansion of the cold chain market, cold chain logistics enterprises have emerged continuously, and have shown the trend of network, standardization, scale and group development. When the development of the cold chain logistics industry is booming, the shortcomings are becoming more and more obvious. First, at present, the implementation of standards in this industry in China is not in place. Many enterprises have not implemented according to national standards, and their self-discipline is poor, and the development of the industry is difficult. Second, the equipment is backward and the technical level is low, which makes it impossible to provide low-temperature protection for the perishable food circulation system. Third, the cold chain logistics concept is weak, the requirements of cold chain logistics are relatively high, and the corresponding management and capital investment is larger than the ordinary room temperature logistics, and the price is relatively high. People tend to prefer cheap and illegal products without knowing it, which also adds obstacles to the development of cold chain logistics. Advantages of huatao aerogel in cold chain logistics and cold storage: 1. Excellent insulation performance: As a new thermal insulation material, Huatao aerogel insulation felt has excellent thermal insulation performance. Its thermal conductivity is 0.018 w/m·k at a test temperature of 25 ° C. At low temperature, it is tested. When the temperature is -25 °C, the thermal conductivity is only 0.015 w / m · k; while the polyurethane (PU) at the test temperature of -25 ° C, the thermal conductivity is 0.026 w / m · k; compared to VIP vacuum insulation For the board, the aerogel insulation material has a more dynamic insulation effect and can be recycled. Therefore, at the low temperature, the same thermal insulation effect can be achieved, and the aerogel thermal insulation felt can be thinner than the polyurethane (PU). 2. Extraordinary durability: The unique nano-three-dimensional network structure provides excellent thermal insulation stability, avoiding the phenomenon that the long-term use of traditional materials is prone to accumulation deformation and the thermal insulation effect is drastically reduced. 3. Excellent water resistance: The overall lotus leaf-like water-repellent effect, the water-repellent rate is ≥99.6%, and the overall waterproof performance is excellent. 4. Excellent compression, tensile and crack resistance: Excellent physical properties, can resist the brutal and violent construction and the internal stress of alternating hot and cold, and will not settle or deform after long-term use. It is light and easy to disassemble, with short construction period, good air tightness and high space utilization. 5. High quality environmentally friendly products: Huatao silica aerogel insulation material has stable chemical properties, no volatile substances in the process of use, no decomposition or mildew, and good corrosion resistance. In the production process, no harmful gas is generated, and the environmental protection concept is also embodied in the production process. The solid waste generated can be recycled and treated, and it is an environmentally friendly product that can be recycled.

London fire reflection: aerogel blanket should become the standard for building exterior insulation In recent days, statistics on the victims of the London fire have continued to rise. On the morning of June 14th, local time, a fire broke out in a high-rise apartment building in the West End of London, England. The fire was burned for more than ten hours. In the evening, the British police said that 12 people had been killed in the fire. On June 16, the confirmed number of deaths reached 30. As of June 19, the police revealed that 79 people had confirmed death or were presumed to have died. The Times said that the explosion of a refrigerator suspected of being in a kitchen on the 4th floor caused a fire, but this has not been officially confirmed. The British media acknowledged that the fire was so fierce and fierce that the fire swallowed up the 24-story building in just 15 minutes. The problem was with the exterior insulation used in the renovation of Glenn Fel Tower last year. The Telegraph pointed out that over the past 30 years, experts have been vocal about the current building fire protection regulations in London - they are most worried about the fire resistance of exterior insulation. Prior to 1986, all buildings were required to have at least one hour of fire resistance on the exterior wall under the London Building Act. Despite repeated warnings from the fire safety department, this clause was eventually abolished, and since then, non-combustible materials have no longer been mandatory for building facade materials in the London area. According to reports, the exterior wall insulation material used by "Glenfelta" is "Raymond" brand aluminum-plastic composite board, and the middle layer is polystyrene board. The building management side installed this insulation layer to make the tower built in 1974 more energy-efficient and beautiful. As a result, it became the "culprit" of this disaster. Building exterior insulation has become the [culprit" of fires. This is not just in London. Many buildings in China have similar fire hazards. Polystyrene board is an organic sheet made of polystyrene resin and added with additives such as foaming agent. It has the advantages of light weight, low thermal conductivity, good impact resistance and recyclability. The market for building exterior insulation materials is 80%. However, polystyrene boards have two major drawbacks: flammable and toxic. Ordinary polystyrene plates are very easy to burn, even after the addition of flame retardants, the flammability of this material can only meet the Class B standard in the national standard. What is even more frightening is that once the polystyrene board starts to burn, it will release a lot of heat and produce a lot of toxic fumes. Scientists will find benzene, toluene, formaldehyde, etc. in the combustion process of polystyrene board, which will be extremely short. Time built in people to die. Inorganic materials such as rock wool and glass wool are also widely used in the field of building exterior wall insulation. Compared with organic materials such as polystyrene plates, the fireproof performance of rock wool and glass wool is indeed much stronger, and can reach the Class A non-combustible standard in the national standard. However, the thermal conductivity of rock wool and glass wool is relatively high, at around room temperature of 0.040 W/m.K, which makes the building exterior wall insulation performance poor, which leads to the consumption of more energy. The defects of these materials make "building energy conservation" and "fire safety" become like "fish and bear's paw", and it is difficult to have both. The aerogel insulation material is the key material to solve the contradiction between [energy saving" and [fire fighting" in buildings. The main component of the silica aerogel insulation blanket is silica, which has the incombustibility of inorganic materials and can reach the Class A non-combustible standard of the national standard CB8624-2012 [Classification of Combustion Performance of Building Materials and Products". At the same time, the aerogel insulation felt has a pore size of nanometer, and air can hardly transfer heat in the pores. Therefore, at normal temperature, the thermal conductivity of the serogel insulation blanket is as low as 0.015 W/m.K. The silica aerogel insulationfelt layer is like a piece of warm clothing for a building, which can greatly reduce the energy consumption of the entire building. Moreover, even if there is a fire at a certain position on the exterior wall of the building, the aerogel will give people enough time to escape. Aerogel insulation blanket are currently not widely used in the field of building exterior wall insulation. "But the fire in London has once again sounded the alarm for all of us. Aerogels should become the standard for building exterior wall insulation in China as soon as possible.

How to apply aerogel insulation blanket in building insulation With the continuous improvement of the national requirements for energy conservation and emission reduction, and people's pursuit of quality of life, building insulation has gradually become a key issue in the field of construction. espeacilly For a building, almost all parts involve the problem of thermal insulation. Including the inside and outside walls, roofs, floors, glass windows. Only by overall insulation can we really achieve the goal of energy saving and emission reduction. At present, the thermal insulation materials selected by the construction industry in our country can be described as many varieties, and the application methods are also various. In fact, such a situation can be understood that all choices have their limitations and can not solve the problem perfectly. The problem of traditional thermal insulation materials appears in the performance aspect, while the problem of aerogel thermal insulation materials is the price aspect. In the United States market, the largest application of aerogel blanket composite insulation materials is in the field of building materials. In the United States, the housing construction department has a clear and strict regulation on the heat insulation of the house. In order to achieve such a rule, developers had to give the inside and outside walls of the house, the floor, and the thick insulating layer until the aerogel composite appeared. The building walls of the United States have become thinner and the net space of houses has increased significantly and the land area has been reduced. The increased costs, which are honestly passed on to the end-users, are perfectly acceptable by calculating the annual energy efficiency.

Huatao Aluminum Foil Aerogel Blanket in Vehicle Insulation Fire Protection Applications Background introduction of why choose the Aerogel Blanket China's automobile industry has made remarkable achievements in the world, and transportation tools have become one of the most closely related facilities to people's lives. From 2010 to 2014, China's annual average passenger car output reached 2.32 million, ranking the highest in the world. However, the frequency and extent of loss of passenger safety accidents are equally fierce. Shown above is the bus accident. Accident vehicle body flammable polyurethane insulation, car insulation laying at the end of the same flammable foam. According to the survey, the vast majority of vehicle interior insulation is still flammable combustible organic foam insulation material. Second, application examples Huatao Aluminium Silica aerogel insulation blanket fire-retardant blanket is an excellent fire insulation material to meet the dual characteristics of fire retardant and efficient insulation. In the bottom of the bus fire isolation, body fire insulation and battery box insulation, can be a large number of applications. Pictured is Huatao's electric bus fire insulation solution. Through the battery compartment and the passenger compartment laid aluminum foil aerogel felt blanket to form a fire barrier to prevent the battery in the event of combustion to prevent the spread of fire to fight for the escape time to protect the safety of upper passengers; Third, experimental verification

City Heating Network with Aerogel Blanket Heating pipe insulation material is one of effective measures for energy saving and emission reduction in our country city central heating, hot water and steam by heat generated through pipes to various heat users constitute the network. The purpose of heat supply pipeline insulation is to reduce the heat loss of heat medium in the process of transportation, save energy, improve the economy and safety of the system. The role of the heat insulation layer is to reduce energy loss, energy conservation, improve economic efficiency, ensure the operation parameters of the media, to meet the requirements of production and life of users. For the industrial insulation layer of high temperature medium pipeline, it can also reduce the temperature of the outer surface of the insulation layer, improve the working conditions of the environment, and avoid the occurrence of scalding accidents. Insulation pipe in some developed countries has become an advanced mature technology. Over the past decade, China's heating engineering and technical personnel through digestion, absorption of this advanced technology, is promoting the development of domestic pipe laying technology to a higher level. Results ten years proved that compared with the traditional insulation pipe laying waste and overhead laying, silica aerogel insulation blanket pipe has the advantage of very prominent: 1, reduce the total cost of the project: aerogel insulation felt pipe thermal insulation performance and the heat loss is only 25% of the traditional pipe, long-term operation can save a lot of energy, reduce energy costs. 2, has strong waterproof and corrosion resistance : without attached trench, Aerogels can be directly buried underground or in water, the construction is simple and rapid, low comprehensive cost. At low temperature, it also has good corrosion resistance and impact resistance. 3, the service life of Silica Aerogel up to 20 years: the correct installation and use of pipe network maintenance costs can be very low. 4, low heat loss, energy saving: its thermal conductivity is 0.018W/m * k, much lower than other commonly used pipe insulation material, thermal insulation blanket effect increased by 3~8 times. Low thermal conductivity and low water absorption rate, changed the traditional trench laying heating pipeline "wear wet jacket", greatly reducing the overall heat loss of heating pipe, heating the heat loss is 2%, less than 10% of the international standard. 5, covers an area of small, fast construction, favorable environmental protection: need not laying huge trench buried heating pipe, only the insulation pipe buried underground, thus greatly reducing the area, reduce the earth excavation amount above about 50%, reduce civil masonry and concrete amount 90%. At the same time, heat processing and on-site trenching in parallel, only the joint, can shorten the duration of more than 50%.

Aerogel Blanket used for Petrochemical industry Aerogel insulation felt is mainly used for heat preservation of heavy oil high temperature steam injection pipeline insulation and refining equipment medium pipeline. The general temperature is between 200 °C and 600 °C. The thin aerogel blanket can effectively reduce the amount of the outer insulation layer, Aerogels can reduce the overall cost, and has excellent water repellency, the water repellency rate is ≥98% and the PH value of Aerogel Insulation Blanket is neutral, which will not corrode the heat preservation pipe, thereby prolonging the construction. Object life and lower maintenance costs. The same thermal insulation effect, the use of Silica Aerogel Insulation Blanket can effectively reduce the volume of the construction object, thereby significantly increasing the drainage rate of the pipeline. Today's industrial heating pipelines have temperatures ranging from tens of degrees to 600 degrees. The thermal insulation of these pipes is widely used in aluminum silicate materials and glass fiber materials. About 30 years ago, almost all of the heat insulation projects used rock wool and mineral wool materials. Up to now, rock wool insulation has been eliminated in industrial insulation projects. In the case of little difference in construction performance and waterproof performance, the main reason for being eliminated is the difference in thermal conductivity. The problems of Silica Aerogel Insulation Felt in China ●The thermal insulation structure is unreasonable, the insulation thickness is not standard, the insulation construction is not in place. ●The effect of heat preservation is poor and decrease obviously, which leads to the increase of maintenance cost and the increase of equipment operation cost. ●Not completely waterproof, easy to absorb moisture corrosion pipeline. ●For more than 100 degrees of high temperature pipeline, insulation layer needs at least >200mm thickness, pipe line high heat flux, heat loss. Benefits of aerogel materials: ●The heat insulation effect is 2-5 times that of the traditional heat insulation material, the advantage is more obvious at high temperature, and the service life is longer. ●The utility model has the advantages of light weight, easy cutting and sewing, and the utility model is suitable for various pipelines and equipment with different shapes. ●Meanwhile, the utility model has the functions of sound absorption, noise reduction, buffering vibration, etc., and can improve the environmental quality and protect the equipment. ●Only the thickness of 1/2 to 1/5 can achieve the same heat insulation effect of traditional materials, the heat loss is very small, the space utilization rate is high.

Silica Aerogel Insulation Blanket are the least dense solid in the world today. Pyrogel Aerogel insulation blanket have low thermal conductivity, high temperature resistance, flame retardancy, low density, and also have certain waterproof effect. Silica aerogel insulation blanket is the best thermal insulation blanket material so far, its pore size is lower than the atmospheric pressure under normal pressure, so the air molecules in aerogel gap are in a static state, thus avoiding the convection heat transfer of the air. The very low volume density of the Silica Aerogel Insulation and the bending path of the nanoscale structure also prevent the gas and solid heat conduction, and the "infinitely many" void walls can minimize the thermal radiation. Together, these three functions almost blocked all the ways of heat transfer, which is the adiabatic effect of aerogels to other materials. 1st advantage is Excellent heat insulation effect The heat insulation effect of Silica Aerogel Insulation Felt is 2-5 times that of traditional insulation material, and the theoretical lifetime measured by Arrhenius experiment is 20 years. It's almost the same life as the building. 2, reduce the thickness of insulation layer The aerogel felt has the same thermal insulation effect and the thickness is only a fraction of the traditional material. After heat preservation, the heat loss is small and the utilization rate of space is high. And at high temperatures, the above performance advantages are more obvious. 3, hydrophobicity and fire resistance Aerogel blanket water repellent, which can effectively prevent moisture from entering pipes and equipment. At the same time, it has the fireproof performance of the building A1, and the three-dimensional network structure of the aerogel avoids the heat insulation effect of other thermal insulation materials in the long-term high temperature use, such as sinter deformation, settlement and so on. 4. Convenient construction The aerogel blanket is light, easy to cut and sewn to adapt to various forms of pipes and equipment for thermal insulation, and the installation time and manpower are less. 5, save transportation cost Aerogels can be used in an environment of -200~650 degrees Celsius, but it is usually used in aerogel insulation blanket. Based on the fiber's fire resistance temperature, in principle we will control the temperature of 200 degrees Celsius. The hot melt adhesive used for aluminum foil or cloth and insulation blanket will not melt and ensure normal use. Of course, we keep insulation on the exterior wall. Aerogel insulation will also be done when other fixed, plate, screw and so on will be used. There will be other conditions in the aerogel insulation blanket in practical applications, but the effectiveness will always come in and out of the ideal, but Gallic aerogel insulation blanket for all users, designed in all aspects, such as the hydrophilic and hydrophobicity of aerogel insulation blanket, can be done.

Fire in the Notre Dame de Paris, Aerogel Blanket is expected to be revived A global lamented fire On April 15, 2019, Notre Dame debuted. For a time, people all over the world are praying for this 800-year-old building. At present, the fire of Notre Dame de Paris has been extinguished. The fire lasted for up to 14 hours. A group of tourists across the river whispered to the 800-year-old church, and some even prayed for the Notre Dame. The spire of the church collapsed in flames and smoke, and fortunately the main body of the cathedral was preserved. Some of the cultural relics including the crown of thorns were successfully rescued. Some participants said: "We rescued the crown of thorns and the vestments of St. Louis. It has also successfully saved several paintings, but large oil paintings are hard to remove as you know." Imprint of a civilization The damage caused by each building fire is heavy. A building, it is not only a combination of wood and stone, but more often it bears the imprint of a country and even a civilization. The Notre Dame Cathedral was built between 1163 and 1250, when China was still in the Southern Song Dynasty. With a total height of more than 130 meters, the Notre Dame building is the first complete Gothic church in European history. The French writer Victor Hugo once called the Notre Dame de Paris "the symphony of stone" in the novel "Notre Dame de Paris". Perhaps you have also been touched by the kindness and affection of Casimodo in Notre Dame de Paris, and vowed to go to Notre Dame to find Paris. A magical fireproof insulation material which called Aerogel Blanket On April 18, local time, a senior French police official revealed that the fire at Notre Dame was probably caused by a short circuit. The French media said that the roof of the Notre Dame church was undergoing a repair project costing €6 million, and the materials used in the project caused the fire to spread rapidly and caused a major disaster. The fires caused by this method have appeared frequently in recent years. So, is it possible for us to let the tragedy not repeat itself? The answer is yes, the use of Aerogel Insulation Blanket can effectively eliminate fire hazards. According to the inspection by the authoritative organization, the Silica Aerogel material can reach the Class A non-combustible standard of GB8624-2012 "Classification of Combustion Performance of Building Materials and Products". Even if Silica Aerogel Insulation Blanket is swallowed by fire, there is no open flame, no droplets, no poison. As a result, Silica Aerogel Insulation can become the building's golden bell and iron cloth, greatly reducing the possibility of fire in the building. At the same time, the thermal insulation performance of Silica Aerogel Insulation Felt is far superior to traditional materials. The thermal conductivity of Aerogel Felt is as low as 0.015 W/(m•K) at room temperature, so only 1/3 of the thickness of conventional materials is required. The aerogel material can achieve the same insulation effect. This means that the use of Pyrogel Aerogel to repair ancient buildings not only maximizes the original appearance of ancient buildings, but also makes them more energy efficient. At present, a number of landmark buildings in the international market have used aerogel materials, such as the curtain wall of the Yale University Sculpture Museum in Haven, Connecticut, USA, and the TEN23 apartment in New York, NY. As a thermal insulation material. According to the French media, the reconstruction of Notre Dame de Paris will be an extremely large project. According to the French style of work, ten or twenty years is possible. In short, we will not see it for a long time. Notre Dame de Paris. The fire destroyed not only a church, but also the Paris dream of several generations. Maybe the world would not have "immortality", as the French often say: C'est la vie (this is life). Therefore, what an aerogel company such as Huatao Thermal Insulation Blanket can do is to make the legacy of these historical heritages exist for a longer period of time.

In order to provide our better products and services to our valuable customers, we spent a whole week, updated the aluminum extruder felt products and transfer printing felt on our website, and added a new products aerogel blanket, creating a new website (www.aerogel-blanket.com) for aerogel blanket. The aerogel blanket can resistant the temperature up to 1000 degrees,it is the newest heat insulation materials in the world. Contact us for more info. Frank:export@huataogroup.com Annie:annie.lu@huataogroup.com Emma:sale04@huataogroup.com Julie:team5@huataogroup.com Lily:team7@huataogroup.com Rebecca:marketing@huataogroup.com Website: www.industrial-felts.com sjzht.bossgoo.com www.aerogel-blanket.com

In the spring small tail, all employees of Huatao walked 10 kilometers from our company to the surrounding park. Various activities such as skipping, running, and leapfrog were held. In the summer, Huatao people are full of passion and fighting spirit, not afraid of exhaustion and the long road. To our customers,Huatao is full of blood. Come on, let us know and walk into Huatao. Contact HUATAO: Frank:export@huataogroup.com Annie:annie.lu@huataogroup.com Emma:sale04@huataogroup.com Julie:team5@huataogroup.com Lily:team7@huataogroup.com Rebecca:marketing@huataogroup.com Website: www.industrial-felts.com www.huataolover.com www.geosynthetic-fabric.com sjzht.bossgoo.com

The Chinese New Year has just ended, our company has arranged an unusually crazy trip for us. Starting on February 2, starting from Shijiazhuang all the way to Kunming, Yunnan, lasted 3 days, all the way blue sky and white clouds, green mountains and green water. Travel to the sea, turn to Lijiang, climb the snow mountain. It is so wonderful. Crazy 2019.

All our dear customer, We have created our new blog to show our High Temperature Felt for you. There will have our newest products and news in the blog. Welcome to visited our blog. https://aluminumextrusionfelt.blogspot.com/

Felt Roller Tube Endless Felt Belt Belt strip pad Spacer Sleeve Timing Belt High-temperature felt is the aluminum alloy molding process, the early wood, graphite has been replaced by heat-resistant felt. Heat resistant felt is not only resistant to high temperature and wear, but also soft and pollution-free. It solves the problem that traditional graphite can not prevent the scratch of aluminum profile and the black mark left by post treatment. In recent years, more and more manufacturers have adopted it.