A particular kind of industrial heating element called a mica band heater is frequently used to heat cylindrical things like pipelines, barrels, and containers. It comprises of a heating coil wrapped around a metal sheath that has a mica insulating layer. Mica band heaters are renowned for their accurate temperature control and effective heat transfer.

The following are some essential qualities and traits of mica band heaters:

• Construction: A metal sheath, often made of stainless steel, surrounds a heating coil in the mica band heater. Mica sheets that serve as electrical insulation and improve heat transfer efficiency are used to insulate the coil.
• Mica Insulation: Mica has great thermal conductivity and is a high-temperature electrical insulator. While providing electrical insulation, the mica insulation layer enables effective heat conduction from the heating coil to the thing being heated.
• Mica band heaters frequently have integrated temperature control components, such as thermostats or thermocouples, to maintain precise and reliable temperature settings.
• Simple Installation and Removal: These heaters frequently come with clamps or other mounting systems that make it simple to install and remove them from the intended item. When repair or replacement is required, this makes it easier.
• Design Flexibility: Mica band warmers can be made to fit particular target object diameters and lengths. To satisfy certain heating needs, they can also be constructed with different watt densities and voltage ratings.
• The design of mica band heaters ensures equal heat distribution all the way around the heated object’s circle. This guarantees a constant temperature throughout the heating process and helps prevent hot areas.Mica band warmers are used in a variety of fields, such as the processing of plastics, extrusion, injection moulding, and other industrial heating procedures. They are renowned for their resilience, effectiveness, and adaptability in delivering dependable heat transmission for increased output and product quality.
  

  Product Specification

   

  Voltage	110V to 440V
  Shape	Circular
  Inner Diameter (mm)	35 mm to 700mm
  Height	55 mm to 700mm

   

A mica band heater’s basic parts are a resistance wire, insulating material (often mica), and a covering. The following are some salient qualities and advantages of heat-proof mica band heaters:

Mica band heaters have the potential to reach high temperatures, making them suited for situations that call for more intense heat. Depending on the precise design and materials used, they can normally function in temperature ranges of 200°C to 800°C (392°F to 1472°F) or even higher.

Heat is distributed uniformly across the surface being heated thanks to the mica insulation employed in these heaters. As a result, hot spots are reduced and efficient heat transfer is ensured throughout the application.

Mica band heaters offer good thermal conductivity, which enables them to heat up quickly and react swiftly to changes in temperature settings. They are therefore perfect for procedures that call for rapid heating cycles and accurate temperature control.

Mica band warmers can be designed and customised to fit a variety of applications. They come in a variety of shapes, sizes, and configurations. They can be made to order to fit particular lengths and diameters, fitting a variety of cylindrical or flat surfaces.

Longevity and Durability: Mica band heaters’ protective sheaths are often composed of stainless steel or other heat-resistant alloys, which offer longevity and corrosion resistance. Because of this, even in harsh industrial applications, a longer service life is guaranteed.

Mica band heaters are frequently used in extruders, blow moulding machinery, plastic injection moulding machines, and other industrial operations that call for high temperatures. They are also used for heating purposes in lab apparatus, packaging machinery, sealing gear, and food processing equipment.

It is crucial to adhere to the manufacturer’s instructions for appropriate installation, electrical connections, and temperature control when setting up and using mica band heaters. To guarantee optimal performance and safety, routine maintenance and inspection should be carried out.

• Type Other
• Material Stainless Steel
• Voltage 110 TO 440 Volt (v)
• Power 100 TO 4000 Watt (w)
• Power Source AC
• Input Voltage AS PER REQUIREMENT Volt (V)
• Installation Type Other
• Supply Ability : 100 Piece Per Month

Features:

• Available in different sizes
• Precise design
• Quality assured

Product Specification

A typical term used to describe a particular kind of air heating element used in industrial applications is “M Type Air Heater”. It is difficult to provide precise information on the “M Type” designation, though, without more context or specific information. Industrial air heaters come in a variety of designs, each with unique features and uses.

I would be pleased to help you further and provide more detailed information based on the context you can provide regarding the “M Type Air Heater,” such as the exact industry, purpose, or any other pertinent data.

Product Specification

Features:

Check out the premium Air Heaters we have to offer. They are made with stainless steel and cutting-edge techniques in a safe environment. These are able to withstand hot weather and harsh conditions. Additionally, the aforementioned devices are shock- and corrosion-resistant. The devices that are being offered can be used for laundry, air conditioning, baking chambers and ovens, industrial ovens, and furnaces, among other things.Air heaters are equipped with brass nipples, flanges, adjustable mounting brackets, and other features.

These come in a variety of shapes, including U Type Air Heater and M Type Air Heater.  Additionally, the aforementioned devices are also suitable in the fields of HVAC, oil & gas, thermal treatments, maritime, and hospitality. These have good performance efficiency and thermal connectivity. accessible in a variety of materials, including quartz, copper, inconel tube, etc.

Application