Alumina ceramic eyelets

Ceramic Eyelets are extremely versatile purpose-specific shaped bushes, tubes, ferrules, slotted or grooved rings made of ceramic materials such as Alumina, Silicon Nitride, Zirconia, steatite, Sapphire, and Boron Nitride for a wide range of applications for its excellent resistance property against high temperature, corrosion/erosion/oxidation, wear/deformation, and contamination.

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  • Ceramic Eyelets are extremely versatile purpose-specific shaped bushes, tubes, ferrules, slotted or grooved rings made of ceramic materials such as Alumina, Silicon Nitride, Zirconia, steatite, Sapphire, and Boron Nitride for a wide range of applications for its excellent resistance property against high temperature, corrosion/erosion/oxidation, wear/deformation, and contamination. These ceramic eyelets can be polished to a smooth finish and are made in a variety of shapes and structures such as-

     Tube Ceramic Eyelets for insulating instrumentation passage such as for thermocouples, cablings etc.

    Slotted Ceramic Eyelets for neck sealing with purpose cut slot to accommodate design specific requirements such as for key grooved spaces.

    Plain Ceramic Eyelets for neck sealing, soft passage, and rigid support such as for tubing and wiring passages etc.

    Grooved Ceramic Eyelets for neck sealing, soft passage, and rigid support with the groove on the outer surface to add additional sealing via O-rings or ceramic seal rings.

    Double Flanged Ceramic Eyelets with sealing groove on the outer periphery to allow additional sealing using O-rings etc.

     

    Advantages

    1. Alumina ceramic thread guide is highly wear-resistant and provide excellent durability in applications.

    2. It is resistant to extreme temperatures, making it ideal for applications where high temperatures are a factor.

    3. Lightweight and non-corrosive, it is an ideal choice for use in many different industrial applications.

    4. Provide superior electrical insulation properties, suitable for use in electrical equipment.

    5. It is also highly resistant to shock and vibration, making it an ideal choice for use in various industrial applications.

     

    Technical Parameter Of Aluminum Ceramic

    Item

    Test condition

    Unit & Symbol

    95%  

    Alumina  Ceramics

    99%  

    Alumina  Ceramics

    99.7%  

    Alumina  Ceramics

    The Main Chemical Ingredient



    Al2O3

    Al2O3

    Al2O3

    Bulk Density


    g/cm³

    >3.6

    3.89

    3.96

    Maximum Use Temperature


    º C

    1450

    1600

    1650

    Water Absorption


    %

    0

    0

    0

    ROHS Hardness



    ≥ 85

    ≥ 89

    ≥ 89

    Flexural Strength

    20 º C

    Mpa(psi*10³ )

    358(52)

    550

    550

    Compressive Strength

    20 º C

    Mpa(psi*10³ )

    2068(300)

    2600(377)

    2600(377)

    Fracture Toughness

    K(lc)

    Mpa m 1/2

    4-5

    5.6

    6

    Coefficient of Thermal Expansion

    25-1000 º C

    1*10 -6 /º C

    7.6

    7.9

    8.2

    Coefficient of Thermal Conductivity

    20 º C

    W/mk

    16

    30.0

    30.4

    Thermal Shock Resistance

    Δ Tc

    º C

    250

    200

    200

    Dielectricity Constant

    1MHz. 25 º C


    9

    9.7

    9.7

    Dielectricity Strength


    ac-kV/mm(ac V/mil)

    8.3(210)

    8.7(220)

    8.7(220)

    Volumn Resistivity

    100 º C

    ohm-cm

    > 10 13

    > 10 14

    > 10 14


     Applications

    1. Alumina ceramic thread guides and ceramic eyelet is used for high-temperature, high-pressure operations in the oil and gas industry.

    2. It is designed to withstand extreme temperatures and pressures and provide a safe and secure seal around aerospace components,used in aircraft engines and other related applications.

    3. It is designed to provide a seal for medical implants and devices, as well as for medical instruments and other related applications,used in medical research and other related operations.

    4. Used in the automotive industry. It is designed to provide a secure seal around automotive components and can be used in engines, transmissions and other related applications.

    5. Used in the electronics industry. It can provide a secure seal around electronics components and can be used in computer chips, circuit boards, and other related applications.


    Ceramic Eyelets are extremely versatile purpose-specific shaped bushes, tubes, ferrules, slotted or grooved rings made of ceramic materials such as Alumina, Silicon Nitride, Zirconia, steatite, Sapphire, and Boron Nitride for a wide range of applications for its excellent resistance property against high temperature, corrosion/erosion/oxidation, wear/deformation, and contamination. These ceramic eyelets can be polished to a smooth finish and are made in a variety of shapes and structures such as-

     Tube Ceramic Eyelets for insulating instrumentation passage such as for thermocouples, cablings etc.

    Slotted Ceramic Eyelets for neck sealing with purpose cut slot to accommodate design specific requirements such as for key grooved spaces.

    Plain Ceramic Eyelets for neck sealing, soft passage, and rigid support such as for tubing and wiring passages etc.

    Grooved Ceramic Eyelets for neck sealing, soft passage, and rigid support with the groove on the outer surface to add additional sealing via O-rings or ceramic seal rings.

    Double Flanged Ceramic Eyelets with sealing groove on the outer periphery to allow additional sealing using O-rings etc.

     

    Advantages

    1. Alumina ceramic thread guide is highly wear-resistant and provide excellent durability in applications.

    2. It is resistant to extreme temperatures, making it ideal for applications where high temperatures are a factor.

    3. Lightweight and non-corrosive, it is an ideal choice for use in many different industrial applications.

    4. Provide superior electrical insulation properties, suitable for use in electrical equipment.

    5. It is also highly resistant to shock and vibration, making it an ideal choice for use in various industrial applications.

     

    Technical Parameter Of Aluminum Ceramic

    Item

    Test condition

    Unit & Symbol

    95%  

    Alumina  Ceramics

    99%  

    Alumina  Ceramics

    99.7%  

    Alumina  Ceramics

    The Main Chemical Ingredient



    Al2O3

    Al2O3

    Al2O3

    Bulk Density


    g/cm³

    >3.6

    3.89

    3.96

    Maximum Use Temperature


    º C

    1450

    1600

    1650

    Water Absorption


    %

    0

    0

    0

    ROHS Hardness



    ≥ 85

    ≥ 89

    ≥ 89

    Flexural Strength

    20 º C

    Mpa(psi*10³ )

    358(52)

    550

    550

    Compressive Strength

    20 º C

    Mpa(psi*10³ )

    2068(300)

    2600(377)

    2600(377)

    Fracture Toughness

    K(lc)

    Mpa m 1/2

    4-5

    5.6

    6

    Coefficient of Thermal Expansion

    25-1000 º C

    1*10 -6 /º C

    7.6

    7.9

    8.2

    Coefficient of Thermal Conductivity

    20 º C

    W/mk

    16

    30.0

    30.4

    Thermal Shock Resistance

    Δ Tc

    º C

    250

    200

    200

    Dielectricity Constant

    1MHz. 25 º C


    9

    9.7

    9.7

    Dielectricity Strength


    ac-kV/mm(ac V/mil)

    8.3(210)

    8.7(220)

    8.7(220)

    Volumn Resistivity

    100 º C

    ohm-cm

    > 10 13

    > 10 14

    > 10 14


     Applications

    1. Alumina ceramic thread guides and ceramic eyelet is used for high-temperature, high-pressure operations in the oil and gas industry.

    2. It is designed to withstand extreme temperatures and pressures and provide a safe and secure seal around aerospace components,used in aircraft engines and other related applications.

    3. It is designed to provide a seal for medical implants and devices, as well as for medical instruments and other related applications,used in medical research and other related operations.

    4. Used in the automotive industry. It is designed to provide a secure seal around automotive components and can be used in engines, transmissions and other related applications.

    5. Used in the electronics industry. It can provide a secure seal around electronics components and can be used in computer chips, circuit boards, and other related applications.


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