• hzr414l posted an update 4 years, 8 months ago

    PRODUCT INTRODUCTION
    UNITECO vacuum formed ceramic fiber tube is a new type of insulation refractory and inorganic materials which contains a certain amount of binder material, which will be burned at low temperature and does not affect the insulation properties. The excellent mechanical strength will not change even after heating.
    UNITECO vacuum formed ceramic fiber tube with light weight, high temperature resistance, good heat insulation, acid and alkali resistance, non-toxic, high tensile strength and toughness. UNITECO vacuum formed ceramic fiber tube also show excellent electrical insulation as well as high temperature insulation which is higher than glass fiber casing and keep working long time from 1000°C to 1800℃ with good dielectric properties, chemical resistance, superior softness and flexibility.
    CLASSIFICATION TEMPERATURE
    ❄ UNITECO 1000℃ vacuum formed ceramic fiber tube
    ❄ UNITECO 1260℃ vacuum formed ceramic fiber tube
    ❄ UNITECO 1425℃ vacuum formed ceramic fiber tube
    ❄ UNITECO 1500℃ vacuum formed ceramic fiber tube
    ❄ UNITECO 1600℃ vacuum formed polycrystalline mullite fiber tube
    ❄ UNITECO 1700℃ vacuum formed polycrystalline alumina fiber tube
    ❄ UNITECO 1800℃ vacuum formed polycrystalline alumina fiber tube
    MATERIAL AND TECHNIQUE
    ❄ High-purity ceramic fibers
    ❄ Little Inorganic & organic Binder
    ❄ Vacuum formed to Shapes
    ❄ Surface Smooth Treatment
    CHARACTERISTICS
    ❄ Excellent thermal insulation performance;
    ❄ low thermal conductivity, thermal shock resistance, low heat capacity
    ❄ excellent tensile properties;
    ❄ Non-toxic and harmless to the environment;
    ❄ excellent high temperature strength and electrical insulation properties, long service life;
    ❄ excellent resistance to acid, oil, water vapor corrosion, anti-zinc and other non-ferrous metals etching ability.
    TYPICAL APPLICATION
    ❄ Industrial furnace wall lining
    ❄ high temperature pipe insulation material
    ❄ oven, stove, boiler insulation lining
    ❄ high temperature electrical equipment thermal insulation
    CHEMICAL PROPERTIES
    Chemical CompositionUNITECO WOOLUNITECO WOOLUNITECO WOOLUNITECO WOOLUNITECO WOOLUNITECO WOOLUNITECO WOOL
    1000℃1260℃1400℃1500℃1600℃1700℃1800℃
    %RCF TUBERCF TUBERCF TUBERCF TUBEPCW TUBEPCW TUBEPCW TUBE
    Al2O342-44%44-48%34-36%65%72-75%84%86%
    SiO255-57%52-56%48-50%34%25-28%15%13%
    ZrO2–15-17%—-
    Cr2O3——-
    PHYSICAL AND CHEMICAL PROPERTIES
    ItemsUNITECO WOOLUNITECO WOOLUNITECO WOOLUNITECO WOOLUNITECO WOOLUNITECO WOOLUNITECO WOOL
    1000℃1260℃1400℃1500℃1600℃1700℃1800℃
    RCF TUBERCF TUBERCF TUBERCF TUBEPCW TUBEPCW TUBEPCW TUBE
    Classification Temperature1000℃1260℃1400℃1500℃1600℃1700℃1800℃
    Strength to resist bending≥0.5MPa≥0.5MPa≥0.5MPa≥0.8MPa≥0.8MPa≥0.8MPa≥0.8MPa
    Tensile Strength≥0.25MPa≥0.25MPa≥0.25MPa≥0.35MPa≥0.35MPa≥0.35MPa≥0.35MPa
    Loss on ignition≤7%≤7%≤7%≤6%≤6%≤6%≤6%
    Linear shrinkage rate≤1.5%≤2%≤3%≤1%≤1%≤1%≤1%
    900℃/24H1100℃/24H1300℃/24H1400℃/24H1500℃/45H1600℃/24H1700℃/24H
    THERMAL CONDUCTIVITY(W/(M·K) ASTM-C-201
    Average TemperatureUNITECO WOOLUNITECO WOOLUNITECO WOOLUNITECO WOOLUNITECO WOOLUNITECO WOOLUNITECO WOOL
    1000℃1260℃1400℃1500℃1600℃1700℃1800℃
    RCF TUBERCF TUBERCF TUBERCF TUBEPCW TUBEPCW TUBEPCW TUBE
    ℃280kg/m3280kg/m3280kg/m3350kg/m3350kg/m3350kg/m3350kg/m3
    400℃0.080.080.08—-
    600℃0.110.110.110.130.130.130.13
    800℃0.150.150.150.160.160.160.16
    1000℃-0.200.200.210.210.210.21
    GENERAL SPECIFICATION
    Classification TemperatureDensityDiameterThicknessLength
    ℃kg/m3mmmmmm
    1000℃280/300/350/400Φ18-108030-160500/1000/1500
    1260℃280/300/350/400Φ18-108030-160500/1000/1500
    1400℃280/300/350/400Φ18-108030-160500/1000/1500
    1500℃350/400Φ18-108030-160500/1000/1500
    1600℃350/400Φ18-108030-160500/1000/1500
    1700℃350/400/450Φ18-108030-160500/1000/1500
    1800℃350/400/450Φ18-108030-160500/1000/1500China Ceramic Fiber Shapes suppliers
    website:http://www.sinouniteco.com/ceamic-fiber-shapes/

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