CERAMIC Blanket is a refractory fibre needled mat made without binder from fibres the only super-spun double needled fibre in the country today. Supercera RTZ and HTZ Blankets are zirconoca stabilized and are suitable or use upto 1260°c and 1425°c respectively.
Both blankets have excellent resistance to most chemicals. If wet by oil or water, thermal and physical properties are fully restored upon drying.
Out Standing Advantage
Availability (for all grades)
Density (kg/m3): 64, 96, 128
Thickness (mm): 6, 12, 20, 25, 50
Roll Dimension: 7620 mm x 610mm
Other sizes available on request.
SUPERCERA -- LLYODS
|Size||7300MM X 610MM|
|Max Withstanding Temperature||1260 DEGREE|
Ceramic Fiber Blankets that we offer to our valued clients in different densities, widths and thicknesses as per the clients'' needs and requirements. These fiber blankets are zirconia stabilized
ShreeCera-: Blanket is a light weight needled blanket, provides effective solution to a wide range of thermal insulation applications. Manufactured using state of the art spinning and double needling technique, these blankets offer low thermal conductivity and superior insulation performance.
Supercera Blanket is made from high purity Alumina, Silica and Zirconia. It is highly efficient insulator with extremely low shrinkage characteristics.
Density ( Kg/m3 )64,96,128
Tensile Strength ( Kg/cm2)>0.15>0.25>0.4
Mean Fibre Dia (micron)2.6 – 3.5
Shot content (%)< 20
Linear Shrinkage (%) at 1100oC for 24hrs< 1.5
Thermal Conductivity (W/moK)
Mean Temp (Typical)At 200oC0.0550.0500.045
Process heater lining
Boiler and turbine insulation linings
Fuel cell insulation
Storage heater tank insulation
Aluminium transfer conveyor.
Heat shielding for automotive parts
Furnace and kiln sealing, packing and back-up insulation
Smoke free Inorganic
High temperature durability
Excellent thermal insulation
High temperature stability
Resist to thermal shock
Light weight and low heat storage
Low thermal conductivity
Good sound absorption
Good confrontation to tearing
|Minimum Order Quantity||5 Bag|
|Packaging Size||20 kgs|
|Temperature||1260 Degree C|
|Tensile strength||0.08-0.12 MPa|
|Thermal conductivity At 400 Degree C||0.09 W/mk|
Ceramic Wool made from electric resistance furnace melting method with the characteristics of stable performance, long fiber, strong tensile strong, less shot, excellent thermal stability, clean and white colour etc. It is the optimum material for the production of fiber textile and also the perfect material for sealing, filling and insulating in high-temperature environment.
Loose insulating fill for complex spaces and areas where access is difficult
Materials for hot filtration
As a filler to the expansion allowance of firebricks on the hot surface of furnace
|Minimum Order Quantity||100 Meter|
|Diameter||10-20 mm, 20-30 mm|
|Packaging Size||5MTR TO 25 MTR|
|Density||240 TO 400|
High Temperature refractory Fibre Braided and twisted Ropes. Classification temperature: 1260 °C DESCRIPTION Twisted Ropes are made from Ceramic Fibre yarn and reinforced with Fiberglass/SS wire.
Braided ropes are made from ceramic fiber enclosed in a Glass fibre braid or SS wire braid to give excellent handling strength. The above ropes are light weight, resilient, high temperature resistance and chemical stability.
AVAILABILITY Standard sizes: 4mm - 60 mm Dia X 25 Mtrs Length
High temperature stability
Thermal shock resistance
Low heat storage
Good chemical stability
Inspection door seals
Gaskets & flange seals
Expansion joint packing for refractory brick work in furnaces and kilns.
Pipe wrap or insulation in marine Generators
Insulation lagging for pipes
Radiant tube packing in boilers and furnaces
Asbestos free and ideal replacement for asbest
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|Minimum Order Quantity||1000 Sheet|
|Size||1mtr x 0.5mtr|
|Thermal conductivity at 1200 Degree C||0.25 W/mk|
|Thermal conductivity at 200 Degree C||0.07 W/mk|
|Tensile Strength||Less then 30000 kgf/m2|
|Loss on Ignition||10%|
Super cera Ceramic Fiber Paper is manufactured from high temperature Ceramic fiber product like alumina-silica fibers in a vacuum forming process with a latex binder system to give it an extra ordinary pliability. These fiber papers are widely used for different type of insulation
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