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ACAWOOL® Ceramic Fiber Uniblok and Unifelt

PRODUCT DESCRIPTION:

ACAWOOL Ceramic Fiber Uniblok is made of fold or pre-cut ACAWOOL blanket stack bonded and squashing to form a module with cut edges exposed. The Uniblok contains no any binders. We use special equipments for producing Bloks to confirm the precise dimensions of Bloks. Uniblok can be connected with structures of kiln and furnace by anchor. It’s easy to install and speed constructing lining of furnace.

ACAWOOL Ceramic Fiber Unifelt is made of fold or pre-cut ACAWOOL blanket stack bonded and squashing to form a module with cut edges exposed. The Unifelt without any further use of binders. It’s easy to install and it can be used to repair old kiln and new design furnace ling.

 

Ceramic Fiber Uniblok


Ceramic Fiber Unifelt

 

CHARACTERISTIC:
  Low bulk density
  Low thermal conductivity
  Resistance to heat-shock
  Resistance to airspeed eroding
  High mechanical strength
  High safety within anchor
  Easy installation
  SPECFICATIONS:  

 Descriptions

1260 Uniblok

1400 Uniblok

1500 Uniblok

1600 Uniblok

Classification temperature ( )

1260

1425

1500

1600

Melting Point( )

1760

1700

1760

1800

Color

White

White 

Green-blue

White

Density (Kg/m3 ) 160, 192, 210 160, 192, 210 160, 192, 210 160, 192, 210

Liner shrinkage (℃x24 hrs)

1.2%  1100 1.1%  1200 1.2%  1300 1.3%  1400

Thermal conductivity  Kcal/mh (W/mK) ,ASTM C201, 192kg/m3

mean 400

0.07

0.06

 

 

mean 600

0.11

0.10

 

 

mean 800

0.15

0.14

 

 

mean 1000

 

0.20

 

 

Chemical composition %

 

 

 

 

Al2O3

47.1

35.0

40.0

72

SiO2

52.3

46.7

58.1

28

ZrO2

 

17.0

 

 

Cr2O3

 

 

1.8

 

  TYPICAL APPLICATIONS:  
  Iron-steeling: Heating furnace, Carbonizing Furnace, Ladle
 

Petro-industry: Heater, Reformer, Cracking Furnace

 

All other industrial kilns such as heat-treatment furnace, ceramic kiln and kiln car

STANDARDS OF TYPE:
  Volume density: 160, 192, 210kg/m3
  Dimensions: 300x300x150~300mm

Date are average results of standard tests which are subject to variation and should not be used as specification