Ceramic Fiber Insulation Blanket Corrosion Resistance

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5 m³
Supply Capability:
68 m³/month

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Product Description:

Ceramic Fiber Insulation Blanket Low Thermal Conductivity


Structure of Ceramic Fiber Insulation Blanket Description

Ceramic fiber is made from high quality clay, high

purity alumina and silica oxides by spun or blown process.


Ceramic fiber Insulation Blanket has a range of products:ordinary type,standard form,high-purity type, high-alumina type and containing zirconium type.Different types of products used  different materials. performance of ceramic fiber Insulation Blanket also has difference,and they are suitable for different workong temperatures.


Ceramic fiber can be used after optional cutting .When ceramic fiber Insulation Blanket storage should be paid attention to moistureproof.The high-alumina type and containing zirconium type products can be directly used as furnace lining .And using high-temperature refractory adhesive when stick.


Main Features of the Ceramic Fiber Insulation Blanket

Low thermal conductivity

High tensile strength

Resilient to thermal shock

Corrosion resistance


Advandage for Ceramic Fiber Insulation Blanket

◆High-purity type

◆High-temperature refractory

◆Al Content (%): 32-55

◆Type: 1260℃ STD/HP, 1350℃ HA, 1430℃ HZ

◆Density: 64-160kg/m3

◆Size: 12.5×610×14400mm, 25×610×7200mm, 50×610×3600mm


Ceramic Fiber Insulation Blanket Images


Product Process


Packaging


Ceramic Fiber Insulation Blanket Specification

Type

Ordinary

Standard  

High Purity  

High Aluminium  

Zirconia  

Classification temperature (°C)

1100

1260

1260

1360

1430

Working Temperature (°C)

< 1000

1050

1100

1200

1350

Color 

white

spotlessly white 

spotlessly white

spotlessly white

spotlessly white

Density  (kg/m3)

96
  128

96
  128

96
  128

128
  160

128
  160

Shrinkage on heating (%) (24 hours,density   as 128/m3)

-4
  (1000°C)

-3
  (1000°C)

-3
  (1100°C)

-3
  (1250°C)

-3
  (1350°C)

Thermal conductivity by different temperature   (w/m.k) (density as 128kg/m3)

0.09(400°C)
  0.16(800°C)

0.09(400°C)
  0.16(800°C)

0.09(400°C)

0.16(800°C)
  0.20(1000°C)

0.12(600°C)
  0.20(1000°C)

0.16(800°C)
  0.20(1000°C)

Tensile strength (MPa)
  (density as 128kg/m3)

0.04

0.04

0.04

0.04

0.04

Chemical composition

 (%)

AL2O3

44

46

47-49

52-55

39-40

AL2O3+SIO2

96

97

99

99

-

AL2O3+SIO2+ZrO2

-

-

-

-

99


FAQ of Ceramic Fiber Insulation Blanket

◆Can we accept OEM for Ceramic Fiber Insulation Blanket?

YES! We can according your demand to produce.

 

◆Can we accept the detective of the third-party verification company ?

YES! We can accept the detective from any third-party verification company including the SGS, BV and so on.


If you have any enquiry,please don't hesitate to contact us, we will provide our best products and services for you!!

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Q:What is the standard of ceramic fiber board?
Basalt fiber cloth is high-strength and permanently fire resistant. It can endure above 1000℃ in a short period while 760℃ in a long period, which is an ideal material to replace asbestos and glass fiber cloth. Ceramic fiber products use ceramic fiber as raw materials, and boast with such advantages as light weight, resistance to high temperature, good heat stability, low thermal conductivity and specific heat, resistance to mechanical shock, etc., they are used in the environment of high temperature, high pressure and easy abrasion.
Q:Does anybody know about the property and application of the ceramic fiber heating plate?
Ceramic heater plate is a heater with high heating temperature and long service life. It 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. Element structure of ceramic heating plate (far-infrared heating plate, embedded ceramic heating plate): Adopting high radiance glaze and ceramic material with good thermal shock performance as base material, ceramic heating plate is sintered at a time with high-quality nichrome wire.
Q:Who knows the advantages of the far infrared ceramic fiber?
The heat transfer form of far infrared ray is to transfer heat by radiation and transfer energy by electromagnetic waves. When the heated object is shone by far infrared ray, a small portion of the radiation is reflected back and the vast majority is penetrated into the heated object. It greatly saves energy and is easy to make.
Q:What is the standard of ceramic fiber?
The standard of ceramic fiber: Temperature classification: ordinary aluminum silicate fiber board 1100℃, standard aluminum silicate fiber board 1260℃, high purity aluminum silicate fiber board 1260℃, high alumina aluminum silicate fiber board 1360℃ and zirconium containing aluminum silicate fiber board 1430℃.
Q:Who can tell me what the ceramic fiber density is?
Density of ceramic fiber products: 1. The density of aluminum silicate wool board by means of wet process production is 192kg/m3 ; 2. The density of aluminum silicate cotton blanket by means of dry process production is 128kg/m3 ;
Q:Who knows well about which is better in thermal insulation between aluminum silicate ceramic fiber cotton and asbestos?
Certainly the asbestos has better thermal insulation effect. External wall insulation rock wool board is specially designed and manufactured for the buildings’ external wall insulation thin plastering system, and it applies to external wall insulation, energy conservation and renovation of the newly-built or existent buildings with compact structure of the concrete or brick wall as the basic foundation. External wall insulation rock wool board is dedicated to external wall insulation. As superior incombustible, fireproof and thermal insulation material, it has the advantages of higher compression resistance and tensile strength, lower hygroscopicity, good dimension stability with no thermal expansion or shrinkage, and ageing resistance. It can adapt to the external wall system, and provide many properties of effective thermal insulation and energy conservation, fire protection and extreme climate protection for buildings. Rock wool is incombustible, and won’t give out heat or toxic fumes. It can cut off the flame spread in an effective way when fire occurs. It has superior fire resistance. With superior thermal insulation and heat-shielding performance, it is capable of increasing the thermal resistance of the building envelope, reducing buildings heating and air-conditioning energy consumption, and saving energy and reducing emission. It doesn’t produce corrosion to metallic materials like carbon steel, aluminum (alloy), copper, or all kinds of building components either. It has physical properties of efficient sound absorption, noise reduction and elastic damping. With low hygroscopicity and ageing resistance, it can keep long-term stability. It is also lightweight, and easy to cut, saw and install.
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 use of ceramic fiber resistance furnace?
It’s widely applied to all sorts of industrial furnaces, steel ladles, foundry ladles, submerged nozzle high temperature thermal insulation materials, electric and thermal insulation materials of industrial furnaces, furnace doors, sealing materials of furnace body’s expansion joints, liners of cast aluminum models, demoulding of glass ceramics and hot-melt glass, high temperature sealing gaskets, thermal and electrical insulation materials of heating equipment, mufflers and exhaust pipes of motors, etc.
Q:How is the ceramic fiber cotton performance?
It has white color and precise size, is easy to cut, stall and construct, saves time, does not contain any binder. It is used in sound-absorbing and fireproof performance automation production with low thermal capacity, low thermal conductivity, high refractoriness, high heat sensitive, excellent wind erosion resistance and excellent mechanical shock resistance under the neutral and oxidizing atmosphere. It has stable density and performance.
Q:What is the raw material of ceramic fiber?
Ceramic fiber is a fibrous and light fireproof material with such advantages as light weight, resistance to high temperature, good heat stability, low thermal conductivity and specific heat, resistance to mechanical shock, etc., thus being widely used in such industry as machinery, metallurgy, chemical industry, petroleum, ceramic, glass, electronics, etc. Besides the good quality of fibrous ceramic fiber cotton, the product made out of ceramic fiber board is very hard and resistant to wind erosion. Ceramic fiber backing board is light, easy to work, and it won’t expand after being heated. It can be sheared and curved optionally. Thus, it is an ideal energy-conservation material for furnace, pipeline, and other thermal insulation equipment. The application of making ceramic fiber modules: Thread throwing blanket is better than injection blanket because of its thick and long fiber. In the folding process of making modules, injection fiber blanket is easy to break up and tear up while thread throwing fiber blanket can be folded tightly and not easy to break up. The quality of modules will directly affect the quality of furnace lining.

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