• Silicone rubber electric heating belt is of good waterproof performance, can be used for heating ,

        heating tracing and heat preservation of pipelines, pots and tanks of industrial equipment or laboratory in moist places without explosive gas. It can be directly wound on the surface of a to-be –heated position, and is of simple installation ,safely and reliability .

         

        Structural performance:

         

        1. It is mainly composed of nickel-chromium alloy wires and insulating material, and has fast heating speed, high heat efficiency and long service life .
        2. Alkali-free glass fiber core rack is wound with electric heating wires, silicone rubber is used as main insulation, the heat resistance performance is excellent, and the insulation performance is reliable .
        3. It has great flexibility ,and can be directly wound on a to-be-heated device, with good contact and uniform heating .

         

         

        Characteristics:

         

        1. Max resistance temperature of insulating material : 250C

        2. Recommended use temperature: <200C

        3. Insulation resistance:>50Mohm

        4. Dielectric strength:~1500V/min

        5. Power Deviation: ±10%

         

         

        Notes in use:

        1.When in installation, the silicone rubber plane side of the electric heating belt should tightly attach to the surface of dielectric pipelines and pot bodies, and is tightly firmed by aluminium adhesive tape .

        2.Should add heat-insulation layer on the outside of the electric heating belt for reducing heat loss .

        3.Forbide overlapping and winding for preventing it from being damaged owing to overheat . The product can be customized according to the customer requirements (on specification and size ).Dielectric strength of high voltage resistance belt ~20000V/min silicon rubber heating belt specifications

         

         

      • Characteristics VS Properties :

        These flexible ceramic pad heaters are designed for most preheat and post heat treatment (stress relieving) requirements on weld joined materials. They can be used to construct a simple, inexpensive furnace when combined with the proper insulation as well as in many other applications where a flexible heater is required.

        These flexible ceramic pad heaters are designed for most preheat and post heat treatment (stress relieving) requirements on weld joined materials. They can be used to construct a simple, inexpensive furnace when combined with the proper insulation as well as in many other applications where a flexible heater is required.

        Flexible Heater Type is a pad heater constructed of interlocking sintered alumina ceramic beads which insulate stranded nickel-chrome wire. This durable construction forms a flexible mat of considerable mechanical strength. They can be used up to 2050°F (1121°C) and are supplied with insulated leads with male welder terminations.

        Information

    • Feature of  55 gallon Heater :

      Size of Drum of Silicone Rubber Heater :

      Features of Heater:

      1. Characteristics: Spread a feeling machine in the heating apparatus surface gearing,regulate direct control temperature through a temperature .

      2. Construct: Have fever a body from the copper Nie metal alloy silk around the glass fiber core of a small diameter,place into an of two slices of glass fiber weaving .Go together with spring coil to help easy install,can gradually regulate into 150  °C from 30  °C .

      3. Applicaton: Heating or keeping a temperature of bucket can use 1,2 or 3 electricity    heatings to take.Stock on the hand standard type : 200L

      4. Other: Laiyuan accept OEM and ODM size .

  • Product Description

    Ceramic strip heaters offer high temperature performance in a rugged, contamination resistant stainless steel sheath. They are bolt-in replacements for Chromalox, GE, Watlow, and other channel strip heaters.

    They are available with either an aluminized steel sheath (for temperatures up to 800°F) or a stainless steel sheath (for temperatures up to 1200°F), with or without mounting tabs, and can be manufactured with post terminals or a variety of lead options.

    Ceramic strip heaters are constructed with a using chromium resistance wire coil inside a ceramic core which is then inserted in a metal sheath and filled with magnesium oxide for maximum heat transfer.  This construction provides the long life necessary for tough applications.

    Applications

    Features

     Food

     Room Heaters (with fins)

     Hot Plates

     Dies

     Hot Knives

     Sealing applications

     Thermoforming

     Subway and rail car heating

     Marine applications, including cabin heating and ship-building

     Welding preheating

     Printing presses

     Hot stamping

     

     

     

     

    The HCS Series stainless steel strip heaters provide clean, dependable heat with sheath temperatures up to 649°C (1200°F) and watt densities up to 40 W per square inch. Because of the seamless stainless steel sheath, these ceramic-insulated strip heaters are dimensionally stable in milled slots.

    Tolerances

    Width: 1.500" ±.010"

    Length: Up to 24": ±1/16", 24" and Over: ±1/8"

    Thickness: 0.375" ±0.005"

    Wattage Tolerances: -10 to 5% at rated voltage

    CONTRUCTION

    1.Seamless stainless steel sheath

    2. Post terminals

    3. Ceramic element support

    4. Element wire situated close to outside surface for maximum heat transfer and minimum internal temperature while preserving good dielectric qualities

    5. Magnesium oxide packing

  • Information

    Flexible Heater Type is a pad heater constructed of interlocking sintered alumina ceramic beads which insulate stranded nickel-chrome wire. This durable construction forms a flexible mat of considerable mechanical strength. They can be used up to 2050°F (1121°C) and are supplied with insulated leads with male welder terminations.

    These flexible ceramic pad heaters are designed for most preheat and post heat treatment (stress relieving) requirements on weld joined materials. They can be used to construct a simple, inexpensive furnace when combined with the proper insulation as well as in many other applications where a flexible heater is required.

    These flexible ceramic pad heaters are designed for most preheat and post heat treatment (stress relieving) requirements on weld joined materials. They can be used to construct a simple, inexpensive furnace when combined with the proper insulation as well as in many other applications where a flexible heater is required.

    Characteristics VS Properties :
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