Silica Blanket – ICORSYS – Next-Generation Aerogel Materials

AEROGEL BLANKET - CRYOGENIC (CRY)

High-performance cryogenic insulation for extreme low-temperature environments – flexible, hydrophobic and ultra-thin.

Our AEROGEL BLANKET – CRYOGENIC represents advanced cryogenic laminated silica aerogel technology, delivering exceptional thermal performance with conductivity values
≤ 0.019 W/(m·K) at 25 °C. This flexible blanket maintains superior insulation properties across its operational range of –200 °C to 200 °C, making it suitable for:

LNG terminals
Liquid nitrogen applications
Other demanding cryogenic environments

Key Performance Characteristics

Ultra-thin installation

.Significantly reduced thickness requirements compared to conventional insulation

Moisture resistance

Inherent hydrophobic properties help prevent structural damage and performance degradation.

Installation versatility

Flexible design enables conformability around complex geometries.

Durability characteristics

Designed for long-term effectiveness in demanding operational conditions.

AEROGEL BLANKET – GLASS FIBER (GF)

Thermal excellence meets industrial flexibility – ideal for piping, tanks and high-temperature insulation.

Employing Aerogel blankets for internal wall insulation presents a multitude of advantages. Their exceptional thermal insulation properties significantly reduce heat transfer, fostering energy efficiency and maintaining consistent indoor temperatures for enhanced comfort.

Despite their high insulation capability, these blankets are thin and lightweight, making them ideal for retrofitting existing structures without compromising space. Their moisture resistance prevents structural damage and mold growth, ensuring the longevity of both the insulation and the wall.

Additionally, their versatility allows for easy installation around obstacles and irregularities, while their durability guarantees long-term effectiveness – contributing to sustainability efforts by conserving energy and reducing environmental impact compared to conventional insulation methods.

Safety Data Sheet

ICORSYS GF 650 – Aerogel-Insulation-SDS.pdf

Technical Data Sheet

ICORSYS GF 650 – Aerogel-Insulation-TDS.pdf

Aerogel Insulation for Power Plant

Introducing Aerogel Insulation in power plants offers a transformative advantage by significantly enhancing efficiency through reduced heat transfer, optimized space utilization, and stable equipment temperatures. Its lightweight nature minimizes space requirements while aiding in maintaining consistent temperatures, potentially prolonging machinery lifespan and aligning with sustainability objectives by curbing emissions. This insulation solution not only promises long-term cost savings through reduced energy consumption but also underscores its versatility and compliance with regulations, presenting a comprehensive and impactful strategy for bolstering power plant efficiency and sustainability efforts.

Aerogel Application in Battery Insulation

Aerogels find valuable applications in battery insulation, leveraging their exceptional thermal insulating properties to regulate and stabilize temperatures within battery components. These lightweight materials contribute to energy efficiency by minimizing weight and ensuring efficient thermal management, crucial for preventing overheating and extending battery life. With their flexibility and conformability, aerogels can adapt to diverse battery shapes, providing space-efficient insulation that enhances safety by reducing the risk of thermal runaway. The unique combination of lightweight design, effective thermal insulation, and adaptability positions aerogels as promising materials for improving the overall performance and safety of batteries in various applications, including consumer electronics and electric vehicles.

Aerogel Insulation for Oil Exploration

Aerogel insulation presents a highly effective solution for insulating pipelines in oil exploration. Given its outstanding thermal insulating properties, aerogels can significantly reduce heat transfer along pipelines, minimizing energy losses and maintaining the desired temperature of transported fluids. This is particularly crucial in oil exploration where pipelines often traverse diverse and extreme environmental conditions. The lightweight and space-efficient nature of aerogels contributes to streamlined insulation without adding excessive weight to the pipeline infrastructure. Additionally, aerogels' adaptability allows for easy application around the complex shapes of pipelines, ensuring comprehensive insulation coverage. By mitigating heat dispersion, aerogel insulation enhances the overall efficiency of oil transportation, reduces operational costs, and contributes to the sustainable and reliable functioning of oil exploration pipelines.

Aerogel Application In The Valve Box And Other Loose Fillers Insulation

Aerogels, with their exceptional thermal insulation properties, find valuable applications in insulating valve boxes and serving as loose fillers. In valve boxes, aerogels can be employed to efficiently reduce heat transfer, preventing temperature fluctuations that could impact valve performance. The lightweight nature of aerogels makes them well-suited for insulation without adding significant weight to the valve system. Moreover, their adaptability allows for easy incorporation into the often intricate shapes of valve boxes. As loose fillers, aerogels can be used to fill gaps and spaces, providing effective thermal insulation in areas where traditional insulating materials may be challenging to install. This application contributes to energy efficiency and temperature regulation, ensuring optimal functioning of valves and preventing energy losses in industrial settings.

Aerogel Application In The Ship Insulation

Aerogels are increasingly employed in ship insulation due to their remarkable thermal insulating properties and lightweight characteristics. Applied in various areas of a ship, such as bulkheads, cabins, and engine compartments, aerogels effectively reduce heat transfer, offering superior insulation without adding significant weight to the vessel. This is particularly advantageous for enhancing energy efficiency and maintaining stable temperatures in critical ship components. The flexibility and adaptability of aerogels allow for easy integration into different structural shapes and configurations, ensuring comprehensive insulation coverage. Additionally, aerogel insulation contributes to space efficiency, crucial in the confined environments of ships, by providing effective thermal barriers without occupying excessive room. Overall, the use of aerogels in ship insulation improves energy conservation, enhances comfort for occupants, and supports the overall efficiency of maritime operations.

Aerogel Insulation In Industrial Furnaces

Aerogel insulation plays a crucial role in enhancing the efficiency and performance of industrial furnaces. Its exceptional thermal insulating properties make it an ideal material for minimizing heat loss and improving temperature control within furnace systems. By applying aerogels as insulation in industrial furnaces, operators can achieve higher temperatures with reduced energy consumption. The lightweight nature of aerogels is advantageous for maintaining structural integrity and preventing excessive heat dispersion. Additionally, aerogels' flexibility allows for easy installation in complex furnace designs. The improved insulation efficiency not only enhances energy conservation but also contributes to increased productivity and cost savings in industrial processes where precise temperature control is essential for optimal performance.

VIP Panel Application In Insulation Box

Vacuum insulation panels (VIPs) find essential applications in insulation boxes across various industries, providing superior thermal performance in confined spaces. These boxes are integral in cold storage and refrigeration, ensuring efficient temperature maintenance during the transportation of pharmaceuticals and perishable goods. VIP-insulated boxes play a vital role in medical and laboratory settings, safeguarding temperature-sensitive supplies. Additionally, they contribute to energy-efficient appliances, durable packaging solutions, and specialized containers for electronics, offering precise temperature control and extended insulation duration. The versatility of VIPs in maintaining stable temperatures makes them indispensable for applications ranging from emergency response and disaster relief to outdoor events and catering, where maintaining specific temperature conditions is crucial for the integrity of contents during transit or storage.

VIP Panel Application in Cold Storage Insulation

Vacuum insulation panels (VIPs) are widely employed in cold storage applications to enhance thermal insulation and energy efficiency. VIPs are particularly valuable in cold storage facilities where space optimization is critical. By incorporating VIPs into the insulation system, these panels provide exceptional thermal resistance, minimizing heat transfer and maintaining consistently low temperatures. Cold storage areas for perishable goods, pharmaceuticals, and other temperature-sensitive products benefit from the thin profile and high-insulating capabilities of VIPs, allowing for increased storage capacity within the same physical footprint. The lightweight and durable nature of VIPs further supports their ease of installation and long-term performance in cold storage environments, contributing to energy savings and overall operational efficiency.

VIP Panel Application in Exterior Wall Insulation

Vacuum insulation panels (VIPs) serve as highly effective solutions for building insulation, enhancing energy efficiency and reducing heat transfer. Applied in walls, roofs, and floors, VIPs provide superior thermal resistance, allowing for thinner insulation layers compared to traditional materials. This thin profile is advantageous in maintaining or increasing interior space without compromising thermal performance. VIPs are particularly valuable in situations where space constraints or design considerations make it challenging to incorporate thicker insulation materials. By minimizing heat loss or gain through building envelopes, VIPs contribute to improved energy conservation, reduced heating and cooling costs, and enhanced overall comfort in residential, commercial, and industrial structures. The adaptability and versatility of VIPs make them a valuable component in sustainable building design, aligning with efforts to create energy-efficient and environmentally friendly structures.

VIP Panel Application in Floor Insulation

Vacuum insulation panels (VIPs) are applied effectively in floor insulation, contributing to energy-efficient building design. Installed beneath flooring materials, VIPs provide superior thermal resistance, reducing heat transfer between the building interior and the ground. Their thin profile is particularly advantageous in floors where space is limited, allowing for efficient insulation without compromising the overall height of the floor structure. VIPs effectively minimize thermal bridging, maintaining a stable and comfortable indoor environment. This application is beneficial in residential, commercial, and industrial settings, helping to optimize energy use, reduce heating costs, and enhance overall thermal performance. The use of VIPs in floor insulation aligns with sustainability goals, supporting the construction of environmentally conscious and energy-efficient buildings.

VIP Panel Application In Transportation And Cold Chain

Vacuum insulation panels (VIPs) play a critical role in ensuring precise temperature control and energy efficiency in the transport and cold chain industry. Integrated into the design of containers, vehicles, and packaging, VIPs provide exceptional thermal insulation to safeguard temperature-sensitive goods during transit. Whether used in refrigerated trucks, containers for pharmaceuticals, or packaging for perishable goods, VIPs effectively minimize heat transfer, maintaining a consistent and controlled environment. Their lightweight construction is advantageous for transportation, contributing to fuel efficiency and reducing overall vehicle weight. The application of VIPs in the cold chain ensures the integrity of products, such as food, pharmaceuticals, and medical supplies, by preventing temperature fluctuations and ensuring they reach their destination in optimal condition. This makes VIPs a crucial component in enhancing the efficiency, reliability, and sustainability of the entire cold chain logistics system.

VIP Panel Application in Home Appliances

Vacuum insulation panels (VIPs) are applied in home appliances to enhance thermal efficiency and reduce energy consumption. These panels are utilized in refrigerators, freezers, and other household appliances to provide superior insulation and improve temperature control. Due to their thin profile and high thermal resistance, VIPs contribute to the design of more compact and energy-efficient appliances. In refrigerators and freezers, VIPs help maintain lower temperatures with reduced heat exchange, leading to energy savings and improved food preservation. The lightweight nature of VIPs is advantageous in ensuring that appliances remain portable and easy to handle. By incorporating VIPs into home appliances, manufacturers can achieve better energy efficiency ratings and contribute to sustainable and eco-friendly practices in household product design.

Graphite Felt Application In Battery Industry

The battery field is an emerging demand side for graphite felt. In recent years, benefiting from the accelerated development of the energy storage industry, enthusiasm for the research and development of all-vanadium flow batteries has continued to rise, and its application scope has been further expanded, including grid peak shaving, USP power supply, photovoltaic power generation, wind power generation, etc. As an electrode material, graphite felt is the core component of the all-vanadium redox flow battery, which can increase its operating power density and reduce the energy loss caused by charge and discharge cycles. In the future, as the technological maturity of my country's all-vanadium redox flow battery will continue to improve, its market share will increase. By then, my country's graphite felt market demand would further grow.

Graphite Felt Application In Monocrystalline Silicon Smelting Furnace

Graphite felt plays a pivotal role in monocrystalline silicon smelting furnaces where its superior thermal and electrical conductivity, along with high-temperature resistance, finds multifaceted applications. Employed as heating elements, insulation material, and electrode components, graphite felt contributes to the efficiency of the silicon smelting process by ensuring controlled environments, even heat distribution, and reduced energy loss. Whether lining crucibles or aiding in thermal management, graphite felt enhances temperature control, ultimately impacting the quality and uniformity of the monocrystalline silicon produced. Its versatile properties make it an integral material for optimizing the performance and reliability of smelting operations in the production of monocrystalline silicon.

Graphite Felt Application In Filtration Of High Purity Corrosive Chemicals

Graphite felt is employed in the filtration of high-purity corrosive chemicals due to its chemical inertness, thermal stability, and porous structure. In applications where maintaining the purity of corrosive chemicals is critical, graphite felt serves as an excellent filtration medium. The felt's porous nature allows for effective filtration, trapping impurities and particulate matter while allowing the passage of the desired high-purity chemicals. Its resistance to corrosion and high temperatures makes it well-suited for handling aggressive chemicals without compromising its structural integrity. Graphite felt's use in filtration systems contributes to the production of ultra-pure chemicals for various industries, including semiconductor manufacturing, pharmaceuticals, and specialty chemicals, where maintaining stringent purity standards is essential.

Graphite Felt Application In Automotive Engines

Graphite felt is integral in various applications within automotive engines, serving as a versatile material for thermal management, sealing, and insulation. Its high-temperature resistance and thermal conductivity contribute to regulating temperatures within the engine, enhancing overall efficiency. Graphite felt's role extends to gaskets, where its ability to withstand heat and provide reliable seals helps prevent leaks in critical engine components. Additionally, it finds application in exhaust systems, acting as insulation to improve fuel efficiency and emission control. In emerging technologies like fuel cells, graphite felt's conductivity and durability play a vital role. As automotive designs evolve, graphite felt is also utilized for thermal management in battery systems, ensuring optimal operating temperatures and contributing to the performance and longevity of electric and hybrid vehicles. Its lightweight and flexible nature further make it suitable for vibration dampening within the engine compartment, enhancing the overall reliability and durability of automotive components.

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