Ceramic Fibre Paperboard Low Thermal Conductivity

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1000 m²
Supply Capability:
200000 m²/month

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Product Description:

Ceramic Fibre Paperboard Resilient to Thermal Shock

 

Structure of Ceramic Fibre Paperboard Description

Ceramic fibre is made from high quality clay, high

purity alumina and silica oxides by spun or blown process.

 

Ceramic fibre Paperboard 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 fibre paperboard also has difference,and they are suitable for different workong temperatures.

 

Ceramic fibre can be used after optional cutting .When ceramic fibre paperboard 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 Fibre Paperboard

Low thermal conductivity

High tensile strength

Resilient to thermal shock

Corrosion resistance

 

Advandage for Ceramic Fibre Paperboard

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 Fibre Paperboard Images

Ceramic Fibre Paperboard Low Thermal Conductivity

Ceramic Fibre Paperboard Low Thermal Conductivity

Ceramic Fibre Paperboard Low Thermal Conductivity

Ceramic Fibre Paperboard Low Thermal Conductivity

Ceramic Fibre Paperboard Low Thermal Conductivity

Ceramic Fibre Paperboard Low Thermal Conductivity

Ceramic Fibre Paperboard Low Thermal Conductivity

Ceramic Fibre Paperboard Low Thermal Conductivity

Packaging

 Ceramic Fibre Paperboard Low Thermal Conductivity

 

Product Process

Ceramic Fibre Paperboard Low Thermal Conductivity

Ceramic Fibre Paperboard 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 Fibre Paperboard

Can we accept OEM for Ceramic Fibre Paperboard?

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 are the raw materials for making ceramic fibers?
In recent years, because of the global energy prices continue to rise, energy saving has become a China national strategy background, than the insulation bricks and other traditional refractory pouring material such as 10-30% ceramic fiber has been more and more widely used in the domestic Chinese, development prospect is very promising. Throw carpet and spray carpet difference
Q:What are the advantages of ceramic fiber blanket relative to rock wool?
Ji'nan dragon hot Ceramic Co., Ltd. (Dragon Fire energy) reminds, ceramic fiber blanket and rock wool will produce suspended particles, in the production and installation process must wear a good mask.
Q:What are the features of ceramic fiber module?
It has good chemical stability; excellent thermal stability and good elasticity. When ceramic fiber module is in a state of prepressing and after the furnace lining is completed, the expansion of the ceramic fiber module makes lining seamless and can compensate the shrinkage of fiber lining so as to improve the heat-insulating performance of fiber lining. The overall performance is good; It possesses excellent thermal stability and thermal shock resistance; Ceramic fiber module is quickly installed. The anchoring parts are set on the cold face of wall lining to reduce the requirements of anchoring parts materials.
Q:What is the density of ceramic fiber modules? The best insulation effect
Just make the insulation layer, then recommend 200kg/ cubic meters. Ring fire-resistant insulation materials company has a specific index and design analysis.
Q:What is the standard of ceramic fiber board?
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: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 is the 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 industries as machinery, metallurgy, chemical industry, petroleum, ceramic, glass, electronics, etc.
Q:What are the specifications and models of the ceramic fiber board?
In terms of the characteristics of the ceramic fiber board, it has high compression strength and long service life, low thermal capacity and heat conductivity, non-brittle material quality and good toughness, accurate dimension and good flatness, easy cutting and installation, and good anti-wind erosion properties. With continuous production and uniform distribution of fibers, it has stable performance and fine sound absorption and noise reduction properties.
Q:What’s the difference between the ceramic fiber and glass fiber?
Glass fiber is a kind of inorganic nonmetallic material with great varieties. It has the advantages of good insulation, strong heat resistance, excellent corrosion resistance and high mechanical strength. But brittleness and poor abrasion resistance are its defects. As a category of the glass fiber, glass wool is a kind of manmade inorganic fiber. As a result of fibrosis of the molten glass, cotton shaped material, glass wool, whose chemical composition is glass, is formed. As inorganic fiber, it’s characterized with good shape, small volume density, low thermal conductivity, thermal insulation, sound absorption, corrosion resistance and stable chemical properties. Ceramic fiber blanket is also called alumina silicate fiber blanket. One of its main components is alumina, and alumina is the major component of porcelain, so it’s called ceramic fiber.
Q:Ceramic fiber blanket and glass cloth is one thing to do
The main component of ceramics is aluminum silicate, which contains calcium, magnesium, iron and other minor ingredients. With clay, clay and other raw materials after high temperature treatment made of fiber is also called ceramic fiber, aluminum silicate fiber.

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