$Ceramic Fiber Bulk - Refractory Insulation Material System 1$

$Ceramic Fiber Bulk - Refractory Insulation Material$

$Ceramic Fiber Bulk - Refractory Insulation Material System 1$

Ceramic Fiber Bulk - Refractory Insulation Material

Ref Price:

Loading Port:: China Main Port

Payment Terms:: TT OR LC

Min Order Qty:: -

Supply Capability:: -

Inquire Now

Add to My Favorites

OKorder Service Pledge

Quality Product, Order Online Tracking, Timely Delivery

OKorder Financial Service

Credit Rating, Credit Services, Credit Purchasing

You Might Also Like

Ceramic Fiber Bulk 1350 HA - High Alumina

Ceramic Fiber Bulk Blanket Std

Ceramic Fiber Bulk - Top-Grade Ceramic Fiber Bulk STD

Ceramic Fiber Bulk - Pure White Fiber Ceramic Raw Material

Ceramic Fiber Bulk 2300℉ Std for Expansion Joint Packing

$Ceramic Fiber Bulk Zirconium Ceramic Fiber Refractory$

Ceramic Fiber Bulk Zirconium Ceramic Fiber Refractory

$Ceramic Fiber Bulk Thermal Insulation Refractory$

Ceramic Fiber Bulk Thermal Insulation Refractory

Ceramic Fiber Bulk for Kiln Door and Roof Heat Insulation

Characteristics

*Good springiness for fiber

*Excellent strength and resistance to blowing

*Excellent chemical stability, resistance to erosion

*Low thermal conductivity

*Low thermal shrinkage

*Excellent sound absorption

Typical Applications

*Filling insulation and joint sealing

*Back-up lining for industrial furnaces

*Fireproof materials for construction

*High temperature materials for filtration

*Raw materials for further producing, such as modules

Physical & Chemical Data

Description	1000 Ceramic Fiber Bulk	1260 Ceramic Fiber Bulk	1425 Ceramic Fiber Bulk	1500 Ceramic Fiber Bulk	1600 Ceramic Fiber Bulk
Classification temperature( ℃)	1000	1260	1425	1500	1600
Melting point( ℃)	1760	1760	1800	1900	2000
Color	White	White	White	Green-blue	White
Average fiber diameter (um)	2.6	2.6	2.8	2.65	3.1
Fiber length (mm)	~250	~250	~250	~150	~400
Density for fiber (Kg/ m³)	2600	2600	2800	2650	3100
Shot content ( > 212um) (%)	12	12	12
Thermal conductivity rate Kcal/mh℃ (W/mK) ,ASTM C201
Average 400℃	0.08	0.08	0.08
Average 600℃	0.19	0.12	0.12
Average 800℃	0.19	0.16	0.16
Average 1000℃			0.23
Chemical composition :
Al₂O₃	43	45	35	40	72
SiO₂	55	52	46.7	58.1	28
ZrO₂			15-17
Cr₂O₃				1.8

Q: What are the main differences between an ordinary furnace and a ceramic fiber furnace?: Energy saving: ordinary furnace heat loss, heat rate, furnace insulation can. The holding time of ceramic fiber furnace is ten times higher than that of ordinary furnace, and it is easy to quench and quench.

Q: What is the density of ceramic fiber modules? The best insulation effect: Ceramic fiber module density is only a standard in the world, is 220Kg/m fand, but in the actual application, according to the heat treatment furnace, furnace temperature, combustion medium, temperature rise requirement of ceramic fiber module density in 200-240Kg/m fand, ceramic fiber blanket, because the processing of ceramic fiber module uses double roller today advanced technology and technology of silk, fiber length of the ceramic fiber blanket which produced in 80-130 mm, so the maximum density of the ceramic fiber module is more than the density, 240Kg/m fand, a large amount of fiber fracture, the fracture rate is as high as 48%. So after the actual verification at home and abroad of tens of thousands of industrial furnaces, the best density of ceramic fiber module is fand 220Kg/m.

Q: What is the difference between the ceramic fiber cloth and the high silicon oxygen cloth?: 1. Ceramic fibers are short fibers that need to be strengthened and toughened by other objects. They are generally toughened by glass fiber and stainless steel wire.2 and high silicon oxygen is long fiber, no need to toughen by other objects.3 short, high silicon oxygen resistance to high temperature, Suzhou Dexin ceramic high silica cloth of silica content is greater than or equal to 96% temperature up to 1700 DEG C.

Q: Glass fiber cotton, aluminum silicate cotton, rock wool, what's the difference between these three?: Name: Cotton aluminosilicate ceramic fiber cotton, is an almost pure inorganic fiber, formed by blowing process production process or thrown silk spray, is a kind of low thermal conductivity, low heat capacity; high strength, high tear resistance, excellent machining performance. Aluminum silicate insulation material has become the best industrial furnace lining wall insulation materials, completely replace refractory bricks.

Q: Aluminum silicate ceramic fiber cotton smoke will cause pneumoconiosis?: Because pneumoconiosis can not be cured by medical treatment, it brings great pains to the patients and the families. It is suggested that respiratory protection work be carried out.

Q: Is the ceramic fiber cloth poisonous?: Ceramic fiber clothProduct introduction.Ceramic fiber products with excellent heat resistance, with heat-resistant alloy reinforced aluminum silicate dimensional textiles, continuous use temperature of 1000 degrees, excellent acid resistance and oil, water vapor corrosion capacity.

Q: Is aluminum silicate fiber poisonous?: Then use the compressed air jet or use the wire throwing machine to turn the yarn into a fiber. After the cotton collector sets the cotton, it forms the ceramic fiber cotton. In the whole process of production, it can be found that the raw material does not contain toxic substances. Compared with asbestos, it is a substitute product of asbestos and contains no carcinogens.

Q: What is the good heat insulation effect of glass fiber and aluminum silicate fiber, what are their respective advantages and disadvantages?: Applicability: glass fiber (melting point 680 degrees) belongs to medium and low temperature insulation material, suitable temperature is below 700 degrees, aluminum silicate fiber belongs to high temperature insulation material, use fire temperature 1000~1790 degrees.

Q: Aluminum silicate needle carpet and ceramic fiber insulation performance of the good: Aluminosilicate ceramic fiber has two different production processes, respectively, the rejection process and the blowing process. The carpet produced by the spinning process has long fiber length, high tensile strength and wide range of use. The blanket produced by blowing process is short in length and easy to break, and the scope of application is relatively narrow.