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Chace 2400 Thermal Bimetal Strip For Mechanical Devices

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    Buy cheap Chace 2400 Thermal Bimetal Strip For Mechanical Devices from wholesalers
     
    Buy cheap Chace 2400 Thermal Bimetal Strip For Mechanical Devices from wholesalers
    • Buy cheap Chace 2400 Thermal Bimetal Strip For Mechanical Devices from wholesalers
    • Buy cheap Chace 2400 Thermal Bimetal Strip For Mechanical Devices from wholesalers
    • Buy cheap Chace 2400 Thermal Bimetal Strip For Mechanical Devices from wholesalers
    • Buy cheap Chace 2400 Thermal Bimetal Strip For Mechanical Devices from wholesalers
    • Buy cheap Chace 2400 Thermal Bimetal Strip For Mechanical Devices from wholesalers

    Chace 2400 Thermal Bimetal Strip For Mechanical Devices

    Ask Lasest Price
    Brand Name : TANKII
    Model Number : Chace 2400
    Certification : ISO9001
    Price : negotiable
    Payment Terms : L/C, T/T, Western Union,PayPal
    Supply Ability : 150+ton+,month
    Delivery Time : 8-20 days
    • Product Details
    • Company Profile

    Chace 2400 Thermal Bimetal Strip For Mechanical Devices

    Chace 2400 Thermal bimetal strip

    Bimetallic strip is used to convert a temperature change into mechanical displacement. The strip consists of two strips of different metals which expand at different rates as they are heated, usually steel and copper, or in some cases steel and brass. The strips are joined together throughout their length by riveting, brazing or welding. The different expansions force the flat strip to bend one way if heated, and in the opposite direction if cooled below its initial temperature. The metal with the higher coefficient of thermal expansion is on the outer side of the curve when the strip is heated and on the inner side when cooled
    The sideways displacement of the strip is much larger than the small lengthways expansion in either of the two metals. This effect is used in a range of mechanical and electrical devices. In some applications the bimetal strip is used in the flat form. In others, it is wrapped into a coil for compactness. The greater length of the coiled version gives improved sensitivity.


    Diagram of a bimetallic strip showing how the difference in thermal expansion in the two metals leads to a much larger sideways displacement of the strip

    Chemical composition(%)

    GradeCSiMnPSNiCrCuFe
    Ni36≤0.05≤0.3≤0.6≤0.02≤0.0235~37--Bal.
    GradeCSiMnPSNiCrCuFe
    Ni22Cr3≤0.350.15~0.30.3~0.6≤0.02≤0.0221~232.0~4.0-Bal.




    Composition

    GradeChace 2400
    High expansion layerNi22Cr3
    Low expansion layerNi36



    Style of supply

    Alloys NameTypeDimension
    Chace 2400StripW= 5~120 mmT= 0.1~5 mm



    Typical Physical properties

    Density (g/cm3)8.2
    Electrical resistivity at 20ºC(OMmm2/m)0.8±5%
    Thermal conductivity, λ/ W/(m*ºC)22
    Elastic Modulus, E/ Gpa147~177
    Bending K / 10-6 ºC-1(20~135ºC)14.3
    Temperature bending rate F/(20~130ºC)10-6ºC-126.2%±5%
    Allowable temperature (ºC)-70~ 350
    Linear temperature (ºC)-20~ 180

    Chace 2400 Thermal Bimetal Strip For Mechanical DevicesChace 2400 Thermal Bimetal Strip For Mechanical DevicesChace 2400 Thermal Bimetal Strip For Mechanical Devices

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