Ceramic Fiber Blanket for Insulation Made in China with High Quality 2015

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Tianjin
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1 m.t.
Supply Capability:
100 m.t./month

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Product Description:

Ceramic Fiber Blanket for Insulation Made in China with High Quality

Packaging & Delivery:

Packaging Details:

Cartons

Delivery Detail:

15~20days

Product specifications:

 

Classification Temperature

1050

1260

1400

Code

HLGX-112

HLGX-212

HLGX-312

HLGX-422

HLGX-512

 

Shrinkage on Heating (%)

950°C×24h≤-3

1050°C×24h≤-3

1100°C×24h≤-3

1200°C×24h≤-3

1280°C×24h≤-3

 

Theoretical Thermal Conductivity

(W/m·k)(128kg/m3)

(200°Caverage)

0.045-0.060

0.052-0.070

(400°Caverage)

0.085-0.110

0.095-0.120

(600°Caverage)

0.152-0.20

0.164-0.210

Theoretical Density (kg/m3)

96/128

128

96/128

 

Specification (mm)

3600/7200/15000×610/1220×10/20/25/30/40/50

(422δ: 10/20/25/30)

 

Tensile Strength(25mm thick)MPa

≥0.04

Package

Plastic Bag Inside, Braided Bag Outside


Technical advantages:


   Low heat conductivity and thermal capacity
   Excellent thermal stability and shock resistance
   Strong tensile resistance
   Excellent heat insulation, fireproof and sound insulation.


Applications:


1. Industrial kiln, heating device, high-temperature pipeline wall lining.
2. Heat insulation of electric boiler, steam turbine and nuclear electricity.
3. Wall lining of chemical high-temperature conversion unit and heating equipment.
4. Fireproof and heat insulation of tall buildings.
5. Heat insulation of kiln door and roofs.
6. Materials of high-temperature filtration.

  

Ceramic Fiber Blanket for Insulation Made in China with High Quality 2015

Ceramic Fiber Blanket for Insulation Made in China with High Quality 2015

Ceramic Fiber Blanket for Insulation Made in China with High Quality 2015



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Q:What high temperature can the refractory ceramic fiber cloth tolerate?
It depends on what material used in the ceramic fiber. The normal operating temperature of aluminum oxide is 1200 degree. This is residential. It has 2200 degree high temperature in military.
Q:What are the specifications of ceramic fiber thermal insulation pipe?
ф22mm ф27mm ф34mm ф42mm ф48mm ф60mm ф76mm ф89mm ф114mm ф140mm ф168mm ф219mm ф273mm ф325mm ф377mm ф426mm ф480mm ф530mm ф630m All of these specifications belongs to the international standard pipe diameter. Thermal insulation pipe is used for the transportation of liquid, gas and other medium. And it is often used in the pipe thermal insulation projects in petroleum, chemical industry, military, central heating, central air-conditioner, and municipal administration, etc.
Q:What’s the principle of ceramic fiber casing production?
Mainly referring to the traditional textile production process, and by spinning the aluminum silicate refractory fiber into yarn, using the glass fiber or heat-resistant steel wire as reinforced material, adopting special textile technology and equipment, ceramic fiber casing is thus braided. 1. It is a sort of new thermal insulation refractory and inorganic material. It can be permanently used at high temperature of 1000℃. Containing a certain amount of adhesive material, it is usually burned at lower temperature with no effect on its insulating property. It keeps good mechanical strength even after heating. 2. Ceramic fiber casing has the characteristics of light weight, high temperature resistance, thermal insulation, acid and alkali resistance, innocuity, higher tensile strength and good toughness. 3. Compared with glass fiber sleeve, it has superior electrical insulating property even under high temperature conditions. 4. Ceramic fiber casing possesses good dielectric property, chemical resistance, excellent flexibility and elasticity.
Q:What’s the difference between heat preservation and heat insulation ceramic fiber blanket and rock wool blanket?
The difference between heat preservation and heat insulation ceramic fiber blanket and rock wool blanket: refractory ceramic fiber material is a kind of lightweight and efficient heat preservation and heat insulation material. Its advantages are as follows: the volume and density of ceramic fiber as lining are low. Ceramic fiber lining is 75% lighter than lightweight insulating brick lining and 90%-95% lighter than lightweight castable lining. If fiber lining is adopted, steel structure load of furnace can be greatly reduced and the service life of the furnace can be prolonged. Heat capacity (heat storage) of ceramic fiber as lining is low: Heat capacity of ceramic fiber is about 1/10 that of lightweight and heat resistant lining and lightweight castable lining. Heat capacity of furnace lining material is proportional to the weight of the furnace lining. Low thermal capacity means that furnace absorbs less heat in the reciprocating operation and, at the same time, the speed of warming gets faster, which greatly reduces the energy consumption of the furnace temperature operation and control and especially plays a very significant role in energy saving effect in the starting-up and blowing-out of heating furnace. Thermal conductivity of ceramic fiber as lining is low: When the average temperature is 400℃, 600℃ and 1000℃, thermal conductivity coefficient of ceramic fiber as lining is less than 0.1w/mk, 0.15w/mk and 0.25w/mk respectively, which is 1/8 that of lightweight fireclay brick and 1/10 that of lightweight and heat resistant lining. Ceramic fiber as lining has prominent insulation performance. Ceramic fiber as lining is easy to construct: Expansion gap is not needed during the construction process. Construction personnel can start to work after basic training and construction technology has little effect on the heat insulation effect of lining.
Q:What's the function of ceramic fiber rope?
Ceramic fiber is a kind of fibrous lightweight refractory material with light weight, high temperature resistance, good thermal stability, low thermal conductivity, low specific heat and mechanical shock resistance and other advantages, so it is widely applied in industries such as machinery, metallurgy, chemical engineering, petroleum, ceramics, glass and electronics.
Q:What is the difference of ceramic fiber asbestos cloth?
Considering that you compare it with ceramic fiber cloth, your principle usage must be in thermal insulation: There is a variety of glass fiber cloth, including C glass fiber cloth, non-alkali glass fiber cloth, high silica glass cloth, etc. The former two are relatively cheap, but the applicable temperature is no more than 650℃. The last one, high silica glass cloth, cannot be used in the temperature above 950℃. But it is more expensive with uniform appearance and density. If in a higher temperature, ceramic fiber cloth is suggested to be used and the price is reasonable.
Q:Does anybody know about the property and application of the ceramic fiber heating plate?
First, property and application of ceramic heating plate: It is a heater with high heating temperature and long service life. Ceramic heater can adapt to increasingly high requirement on working temperature in modern industries, particularly the chemical industry, chemical fiber, engineering plastics, plastic machinery, electronics, medicine, food and various pipelines. Ceramic heater is formed by putting screw-type resistance wire through specially designed high temperature resistant ceramic tile and extending it precisely. It is flexible with beautiful metal shell ceramic fiber as the insulating layer, forming effective high temperature and high power density. It is a heater with band form, flexible design and easy installation. Second, technical characteristics: Ceramic electric heater has ring type, plate and other specifications. It possesses many advantages: reliable during work, long service life, sturdy and durable, energy saving, easy installation, high temperature resistant, high heat conductivity, good insulation, and no limitation of models, specifications and dimension in manufacturing. According to users’ demand on mode of connection, voltages of 36V, 110V, 180V, 220V and 380V can be chosen and determined (according to users’ needs). The maximum power termination is 6.5w/m2. Compared with traditional heaters, ceramic electric heater can cut down 30% energy consumption.
Q:What is the use of ceramic fiber rope?
Ceramic fiber rope is interweaved with quality ceramic fiber and light spinning via special process. Reinforcing materials, such as glass cellosilk and heat resisting alloy wire, can be added according to different temperature and situation, and play a role of thermal insulation. Ceramic fiber rope is applied to mechanical sealing of high temperature and high pressure, pump and valve. Applicable equipment: low pressure valve, high temperature pipe, furnace door, boiler, container door, cover sealing, etc. Applicable industries: chemical industry, chemical fiber, chemistry, paper-making, food, medicine, etc.
Q:Who knows well about the production process of the ceramic fiber?
Ceramic fiber, a type of fibrous lightweight refractory, possesses so many advantages as light weight, high temperature resistance, good thermal stability, low thermal conductivity, small specific heat and mechanical shock resistance. 1. Diameter of cellosilk: thread throwing fiber is thicker and its diameter is usually within the range of 3.0-5.0μm, while the injection silk fiber is usually 2.0-3.0μm; 2. Length of cellosilk: thread throwing fiber is longer and its length is usually within the range of 150-250mm, while the injection silk fiber is usually 100-200mm; 3. Thermal conductivity: the injection silk blanket is better than the thread throwing blanket for the former has finer fiber; 4. In terms of tensile strength and fracture resistance, the thread throwing blanket is superior to the injection silk blanket for the former has thicker fiber.
Q:How is the quality of ceramic fiber vermiculite cloth?
The quality is good. The refractory temperature of ceramic fiber vermiculite cloth is 1200-1450 degree. Ceramic fiber is a kind of fibrous lightweight refractory material with light weight, high temperature resistance, good thermal stability, low thermal conductivity, low specific heat and mechanical shock resistance and other advantages, so it is widely applied in industries such as machinery, metallurgy, chemical engineering, petroleum, ceramics, glass and electronics.

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