pure white ceramic fiber blanket with low price

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 m.t.

Supply Capability:: 111 m.t./month

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Specifications

Low thermal conductivity
Excellent insulating effect
Good chemical stability
Stable high temperature performance

Easy to cut

Features:
1.Needled blanket
2.Non-combustible
3.Low density and low thermal conductivity
4.Excellent chemical stability
5.Resilience and resistance to thermal shock
6.Flexible and easy to cut or install
7.Good sound insulation and erosion resistance
8.Contain no organic binder
9.Asbestos free
10.Blanket density:96kg/m3,128kg/m3
11.Other thickness or density variations are subject to order
12.Available size:7200mm*610mm*10-50mm
13.Additional coating or coverings according to order
14.Package:520 cartons in a 40HC container,440 cartons in a 40GP container,220 cartons in a 20GP container

Application:

This high-quality fiber blanket has excellent processing or construction strength and anti-high temperature

performance which can meet demands for the application of heat insulation on various hot faces and cold

faces in different furnaces. It is a new type of refractory and insulating materials provided by our company

for customers. The product is white with formal dimension and integrates the performance of heat insulation

and thermal preservation together.

1. The insulating material for wall lining and back lining of industrial furnaces and heating devices

2. Insulating materials of high-temperature equipment

3. Material to produce module/folded module

Physical and chemical composition

		Common	Standard	Pure	High Aluminium	Zirconium
Classification temperature(°C)		1100	1260	1260	1360	1430
Work temperature(°C)		<1000	1050	1100	1200	1350
Color		White	Pure white	Pure white	Pure white	Pure white
Density (kg/m3)		96 128	96 128	96 128	128 160	128 160
Permanent linear shrinkage(%)(after24 hours,density 128kg/m3)		-4 (1000°C)	-3 (1000°C)	-3 (1100°C)	-3 (1250°C)	-3 (1350°C)
Thermal conductivity (w/m.k) density 128kg/m3)		0.09(400°C) 0.176(800°C)	0.09(400°C) 0.176(800°C)	0.09(400°C) 0.176(800°C) 0.22(1000°C)	0.132(600°C) 0.22(1000°C)	0.76(600°C) 0.22(1000°C)
Tensile strength (Mpa) density128kg/m3)		0.08-0.12	0.08-0.12	0.08-0.12	0.08-0.12	0.08-0.12
Chemical Composition (%	AL2O3	44	46	47--49	52-55	39-40
	AL203+SIO2	96	97	99	99	-
	AL2O3+SIO2+Zro2	-	-	-	-	99
	Zro2	-	-	-	-	15-17
	Fe2O3	<1.2	<1.0	0.2	0.2	0.2
	Na2O+K2O	≤0.5	≤0.5	0.2	0.2	0.2
Size (mm)		Common 720061010-50 others up to buyer

Q:What are the different additives used in glass fiber textiles?: There are several additives used in glass fiber textiles, including sizing agents, lubricants, coupling agents, and flame retardants. Sizing agents are used to improve the wetting and processing of the fibers, while lubricants reduce friction and improve the handling of the textiles. Coupling agents enhance the adhesion between the glass fibers and the matrix material. Flame retardants are also commonly added to glass fiber textiles to improve their fire resistance properties.

Q:Can glass fiber textiles be used in composite laminates?: Yes, glass fiber textiles can be used in composite laminates. Glass fiber textiles are commonly used as reinforcement materials in composite laminates due to their high strength, stiffness, and low weight. They provide excellent mechanical properties to the laminate, making it suitable for various applications in industries such as aerospace, automotive, and construction.

Q:Can glass fiber textiles be used for making sports apparel or activewear?: Yes, glass fiber textiles can be used for making sports apparel or activewear. Glass fiber textiles offer several advantages such as high strength, durability, and resistance to heat and chemicals, which make them suitable for sports apparel. Additionally, their moisture-wicking properties and breathability can enhance comfort during physical activities. However, it is important to consider the potential drawbacks, such as the potential for skin irritation and the heavier weight compared to other materials used in activewear.

Q:Can glass fiber textiles be used in electrical insulation?: Yes, glass fiber textiles can be used in electrical insulation. Glass fiber textiles are known for their high electrical resistance, making them suitable for use in electrical insulation applications. They possess excellent dielectric properties, which means they can effectively prevent the flow of electric current, thus providing insulation and protection against electrical shocks. Additionally, glass fiber textiles are non-conductive and have good thermal stability, enabling them to withstand high temperatures without compromising their insulating properties. These characteristics make glass fiber textiles a reliable choice for electrical insulation in various industries, including electronics, telecommunications, power generation, and automotive sectors.

Q:What are the different construction methods used for glass fiber textiles?: There are several different construction methods used for glass fiber textiles, each with its own unique characteristics and applications. The following are some of the commonly used methods: 1. Woven Construction: This is one of the most popular methods for producing glass fiber textiles. It involves interlacing glass fibers in a crisscross pattern to create a strong and durable fabric. Woven glass fiber textiles are known for their high tensile strength and excellent dimensional stability. They are commonly used in applications such as reinforcement in composites, insulation materials, and protective clothing. 2. Knitted Construction: Knitted glass fiber textiles are created by interlocking loops of glass fibers. This method allows for increased flexibility and stretchability compared to woven textiles. Knitted glass fiber fabrics are often used in applications where flexibility, breathability, and comfort are desired, such as in sports apparel, medical textiles, and automotive interiors. 3. Non-woven Construction: Non-woven glass fiber textiles are made by bonding or felting glass fibers together using heat, chemicals, or mechanical processes. This construction method results in a fabric that is lightweight, versatile, and easy to handle. Non-woven glass fiber textiles find applications in areas such as filtration, insulation, geotextiles, and automotive components. 4. Braided Construction: Braiding involves intertwining multiple glass fiber strands to create a strong and flexible fabric. Braided glass fiber textiles offer excellent resistance to abrasion and are commonly used in applications such as reinforcement in hoses, cables, and pipes, as well as in aerospace and marine industries. 5. Stitch-bonded Construction: Stitch-bonded glass fiber textiles are created by mechanically stitching glass fibers together. This method allows for the production of fabrics with specific patterns, structures, and properties. Stitch-bonded glass fiber textiles find applications in areas such as upholstery, carpet backing, and technical textiles. These different construction methods allow glass fiber textiles to be tailored for specific applications, offering a wide range of properties including strength, flexibility, breathability, and thermal insulation.

Q:Can glass fiber textile be used in corrosion-resistant materials?: Corrosion-resistant materials can indeed utilize glass fiber textiles. Fiberglass textiles, otherwise known as glass fiber textiles, are crafted from interwoven or knitted strands of glass fibers. These fibers possess the ability to withstand corrosion from most chemicals, moisture, and UV radiation. By employing glass fiber textiles as reinforcement in corrosion-resistant materials like composites or coatings, the overall corrosion resistance of the material can be significantly enhanced. Glass fibers' high strength-to-weight ratio also makes them a suitable option for applications that necessitate corrosion resistance, such as constructing chemical storage tanks, pipes, or marine structures. Furthermore, by combining glass fiber textiles with various resin systems, one can create corrosion-resistant laminates or coatings that provide exceptional protection against corrosive environments. In summary, glass fiber textiles present a practical solution for incorporating corrosion resistance into materials, thereby ensuring their durability in challenging conditions.

Q:Are glass fiber textiles resistant to electricity?: Glass fiber textiles possess resistance to electricity. They are inherently non-conductive and lack the capability to conduct electricity. This quality renders them exceptional insulators, thereby endowing glass fiber textiles with a high level of resistance to electrical current. These textiles find extensive usage in scenarios necessitating electrical insulation, such as in electrical wiring, circuit boards, and electronic devices. Moreover, glass fiber textiles also exhibit resistance to heat, chemicals, and corrosion, thus further augmenting their suitability for electrical applications.

Q:Can glass fiber textiles be used in shoes or footwear?: Glass fiber textiles have the capability to be utilized in shoes or footwear. Renowned for their strength, durability, and flexibility, glass fiber textiles prove to be a fitting material for various purposes, including footwear. They can be employed in the construction of shoe uppers, offering reinforcement and stability, all while maintaining breathability and comfort. By integrating glass fiber textiles into shoes, the overall performance and lifespan of the footwear can be improved, rendering it more resistant to wear and tear. Moreover, glass fiber textiles can also provide insulation and safeguard against heat, thereby making them apt for shoes designed for specific environments or industries. In summary, glass fiber textiles present a versatile and dependable material choice for incorporation into shoes or footwear.

Q:How are glass fiber textiles used in the energy sector?: Glass fiber textiles find extensive application in the energy sector for various purposes. Wind turbine blades are one of the primary beneficiaries of these textiles. They are employed to reinforce the composite materials used in constructing the turbine blades, imparting strength and durability while simultaneously reducing their weight. The lightweight characteristic of glass fiber textiles enables the creation of larger and more efficient wind turbine blades, ultimately resulting in heightened energy production. Additionally, glass fiber textiles are utilized in insulating power plants and other energy facilities. Acting as excellent thermal insulators, they effectively minimize heat loss and enhance energy efficiency. These textiles can be woven or felted into insulation blankets, which are then employed to insulate power plant equipment such as pipes and boilers. By proficiently insulating these components, glass fiber textiles succeed in maintaining optimum system temperatures, reducing energy consumption, and increasing overall efficiency. Moreover, glass fiber textiles have a role to play in the construction of solar panels. They serve as backing material or substrate for photovoltaic cells, providing necessary support and stability. Furthermore, these textiles offer protection to the delicate solar cells against environmental factors like moisture and UV radiation. Owing to their remarkable strength and resistance to corrosion, glass fiber textiles are an ideal choice for this application. To conclude, the significance of glass fiber textiles in the energy sector cannot be overstated. Their usage in wind turbine blades, insulation, and solar panels effectively improves energy efficiency, boosts energy production, and enhances the overall performance of energy facilities.

Q:Can glass fiber textiles be used in aerospace applications?: Yes, glass fiber textiles can be used in aerospace applications. Glass fiber textiles have many desirable properties that make them suitable for use in aerospace. Firstly, glass fiber textiles have a high strength-to-weight ratio, which is crucial in aerospace applications where weight reduction is a priority. This allows for lighter and more fuel-efficient aircraft, which is highly beneficial in terms of performance and cost savings. Secondly, glass fiber textiles have excellent thermal properties. They can withstand high temperatures without losing their structural integrity, making them suitable for use in aerospace components that are exposed to extreme heat, such as engine parts and exhaust systems. Additionally, glass fiber textiles have good resistance to corrosion and chemicals, which is important in aerospace applications where the materials are subjected to harsh environments, such as high altitude and exposure to various fluids and fuels. Furthermore, glass fiber textiles have good electrical insulation properties, which is crucial in aerospace applications where electrical conductivity can interfere with the performance of electronic systems. Moreover, glass fiber textiles are highly versatile and can be woven into different forms, such as fabrics, mats, and tapes, making them suitable for a wide range of aerospace applications, including structural components, insulation, and composite materials. Overall, glass fiber textiles are a viable option for aerospace applications due to their high strength-to-weight ratio, excellent thermal properties, resistance to corrosion and chemicals, electrical insulation properties, and versatility in form.

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