Ceramic Fiber Blocks For Thermal Insulation

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Specifications

Ceramic fiber blocks for thermal insulation
1.Excellent chemical stability
2.Excellent flexibility
3.Low heat capacity

Item name:  Standard Ceramic Fiber Folding Block

Ceramic fiber blocks for thermal insulation

All kinds of ceramic fiber folded block, using the corresponding materials are ceramic fiber blanket acupuncture, according to fiber components of the structure, size and mechanical processing on the dedicated form.  

In the course of processed, are to maintain a certain proportion of compression to ensure the ceramic fiber lining folded block wall construction has been completed, because each piece of folded pieces of ceramic fiber in different directions on the expansion,

so that pieces of ceramic fiber folded between the extrusion into a seamless whole.

Product Characteristics

1.Excellent chemical stability;

2.Excellent thermal stability;

3.Excellent flexibility, because of fiber in a pre-compression state, and its expansion can be compensated fiber contraction, improve the insulation properties of fiber lining;

4.Low heat conductivity;

5.Low heat capacity.

Technical Specifications

Item Product

COM

ST

HP

HA

HAZ

HZ

Specification Tem(°C)

1050

1260

1260

1360

1360

1430

Working Tem(°C)

950

1050

1100

1200

1280

1350

Color

white

white

white

white

white

white

Density(kg/m3)

200/220

200/220

200/220

200/220

200/220

200/220

Rate of liner(%)
(24h,Density 200kg/m3)

-3
(950°C)

-3
(1050°C)

-3
(1100°C)

-3
(1200°C)

-3
(1280°C)

-3
(1350°C)

Rate of thermal(%)conductivity
(w/m.k )(Density 200kg/m3)

0.09(400)
0.176(800)

0.09(400)
0.176(800)

0.09(400)
0.22(1000)

0.132(600)
0.22(1000)

0.132(600)
0.22(1000)

0.76(600)
0.22(1000)

AL2O3(%)

42-44

45-46

47-49

52-55

45-46

39-40

AL2O3+SIO2(%)

96

97

99

99

---------

-------

AL2O3+SIO2+ZrO2 %

----------

---------

-----------

----------

99

99

ZrO2(%)

----------

---------

-----------

----------

99

99

Fe2O3(%)

<1.2

<1.0

0.2

0.2

0.2

0.2

Na2O+K2O(%)

≤0.5

≤0.5

0.2

0.2

0.2

0.2

Size (MM)

300×300×300/250

Specifications

Ceramic fiber blocks for thermal insulation
1.Excellent chemical stability
2.Excellent flexibility
3.Low heat capacity

Item name:  Standard Ceramic Fiber Folding Block

Ceramic fiber blocks for thermal insulation

All kinds of ceramic fiber folded block, using the corresponding materials are ceramic fiber blanket acupuncture, according to fiber components of the structure, size and mechanical processing on the dedicated form.  

In the course of processed, are to maintain a certain proportion of compression to ensure the ceramic fiber lining folded block wall construction has been completed, because each piece of folded pieces of ceramic fiber in different directions on the expansion,

so that pieces of ceramic fiber folded between the extrusion into a seamless whole.

Product Characteristics

1.Excellent chemical stability;

2.Excellent thermal stability;

3.Excellent flexibility, because of fiber in a pre-compression state, and its expansion can be compensated fiber contraction, improve the insulation properties of fiber lining;

4.Low heat conductivity;

5.Low heat capacity.

Technical Specifications

Item Product

COM

ST

HP

HA

HAZ

HZ

Specification Tem(°C)

1050

1260

1260

1360

1360

1430

Working Tem(°C)

950

1050

1100

1200

1280

1350

Color

white

white

white

white

white

white

Density(kg/m3)

200/220

200/220

200/220

200/220

200/220

200/220

Rate of liner(%)
(24h,Density 200kg/m3)

-3
(950°C)

-3
(1050°C)

-3
(1100°C)

-3
(1200°C)

-3
(1280°C)

-3
(1350°C)

Rate of thermal(%)conductivity
(w/m.k )(Density 200kg/m3)

0.09(400)
0.176(800)

0.09(400)
0.176(800)

0.09(400)
0.22(1000)

0.132(600)
0.22(1000)

0.132(600)
0.22(1000)

0.76(600)
0.22(1000)

AL2O3(%)

42-44

45-46

47-49

52-55

45-46

39-40

AL2O3+SIO2(%)

96

97

99

99

---------

-------

AL2O3+SIO2+ZrO2 %

----------

---------

-----------

----------

99

99

ZrO2(%)

----------

---------

-----------

----------

99

99

Fe2O3(%)

<1.2

<1.0

0.2

0.2

0.2

0.2

Na2O+K2O(%)

≤0.5

≤0.5

0.2

0.2

0.2

0.2

Size (MM)

300×300×300/250



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Q:Development trend of refractory industry
In recent years, great changes have taken place in the world refractory industry. On the one hand, because of the improvement of technology and equipment and refractories own industrial users of technology progress, and refractory material consumption decreased year by year; in the past 20 years, the average annual consumption per ton of steel refractories decreased about 5 kg. The forecast for the next 5 years the average annual consumption per ton of refractory materials will drop to 0.5-1.0 kg range. The trend of globalization is obvious, and the competition is so fierce that the varieties of refractory materials are diversified, and the performance and quality are obviously improved. The service consciousness and ability of the refractory enterprises are strengthened for the users. Many lack of competitiveness, no modern enterprise management awareness of SMEs have been bankrupt, mergers and acquisitions surging. The production of refractories in developed countries is much higher than the cost of developing countries at the same time, due to more stringent environmental requirements, forcing them to produce only export high value-added products or technology, and bulk products, labor-intensive production shifted to developing countries. Because of its unique advantages of raw materials and labor cost advantages, there is no doubt that China will have more opportunities
Q:What is fireproofing material? Are fireproof materials the same thing with thermal insulation materials and refractories?
Insulation materials. Thermal insulation material is characterized by thermal insulation, which is one of the four traditional inorganic nonmetallic materials. Fire retardant material is cahracterized by heat-resistant. Refractory is a kind of materials of resisit high temperature. Fireproof material, which is different from thermal insulation material and refractory, is a synthetic material with some fireproof subtrate added. It is essentially resistant to high temperature.
Q:I wanna ask about the building insulation materials fire rating?
the classfication of building insulation materials fire rating: 1. The thermal insulation material of level A combustion performance: Rock wool, glass wool, foam glass, foamed ceramics, foam cement, hole-closed perlite, etc. 2. combustion performance is level B1 insulation materials: Extruded polystyrene board (XPS) after special treatment / Special treatment of polyurethane (PU), phenolic aldehyde and gelatine powder polyphenyl granule 3, combustion performance is level B2 insulation material: Molded polystyrene board (EPS), extruded polystyrene board (XPS), polyurethane (PU), polyethylene (PE), etc.
Q:what's the materials of fireproof housing?
there are mainly several fireproofing levels, it is divided into flame retardant and non-combustible! at present t the main fireproofing materials on the market are made from rock wool board! it is incombustible material, of course, the price is relatively high. Other common materials are fire retardant foam.
Q:What high-molecular polymers can be used as fire-resistant material binder?
Organic silicon
Q:How to classify the grade of wall fireproof and thermal inuslation matertial?
External wall thermal insulation materials are mainly divided into grade A, grade B1, grade B2 and grade B3. In accordance with the current "Combustion Performance Classification Method of Building Materials", grade A thermal insulation material is incombustible material and belongs to inorganic heat preservation material. However, grade A thermal insulation material is few in terms of the current market. There are only JETCO YT inorganic active wall thermal insulation material, glass wool, rock wool board, foam glass, vitrified micro bead and grade A fireproofing thermal insulation board. However, compared with grade A thermal insulation material, the more welcomed by the market is the organic insulation materials. Thermal insulation material that is determined as grade B is divided into three levels. Grade B1 is grade is flame retardant. Grade B2 is combustible. Grade B3 is flammable.
Q:How long is the duration of fire resistance that fireproof window of level B can endure?
Level B refers to the fire resistance rating and different hours in fireproofing of the fireproof window. Fireproof window of level A can endure fire for 1.5 hours while level B, 1.2 hours
Q:What are the materials for refractory materials? What are their name?
Neutral refractory is mainly composed of alumina, chromium oxide or carbon. Corundum products containing more than 95% of alumina are a kind of high quality refractory materials with a wide range of uses. Chrome brick by using chromium oxide as the main component of the corrosion resistance of steel slag is good, but the poor heat shock resistance, high load low deformation temperature. Carbon refractories with carbon bricks, graphite and silicon carbide products, low coefficient of thermal expansion, high thermal conductivity, heat vibration performance, high strength, corrosion resistance to acid and salt, without wetting of the metal and slag, light. It is widely used as lining material of high temperature, and also used as lining of autoclave in petroleum and chemical industry.
Q:What kinds of refractory will be used in kiln of sintering ceramics?
Porcelain has many classes, including acid, alkaline and neutral materials.
Q:What is the the best ratio of mortar in refractory cement?
Specifical proportions are as following: 42.5R cement is 425 rapid hardening cement. Using the 425 cement to compound the mortar. The reducion of cement will naturally impact the workability of the mortar. The mix design standard of the mortar specifies the minimum amount of cement is not less than 200kg / m3. If it is composite mortar, and the strength and workability can be ensured, it is Ok to use 425 to compound. You can look for instructions of mixing proportion of mortar online as a reference.

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