Electromagnetic Induction Heating Roller

Electromagnetic Induction Heating Roller

$50-2000 /Piece/Pieces

Payment Type:	L/C,T/T
Incoterm:	FOB,Express Delivery,CFR,EXW,CIF
Min. Order:	1 Piece/Pieces
Transportation:	Ocean,Land,Air,Express
Port:	Qingdao,Tianjin ,Shanghai

Option:

Heating method: Electromagnetic induction hea
Surface treatment:Hard chromium plating
Material: 45# steel, alloy steel, and high-qu
Hardness: HRC55-58

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Product Description

Product Attributes

Model No.: Heating Roller

Brand: HUATAO

Place Of Origin: China

Length: 100 - 1200mm

Heat Deformation: ≦0.01mm

Temperature Difference Of Roller Surface: ≦±1℃

Diameter: 10 - 500mm

Packaging & Delivery

Selling Units	:	Piece/Pieces
Package Type	:	Woodenbox
Picture Example	:

cooling roller

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Product Description

Electromagnetic Induction Heating Roller

Electromagnetic Induction Heating Roller Introduction

Electromagnetic induction heating rollers are specialized rollers used in industrial processes that require efficient and controlled heating through electromagnetic induction. These rollers utilize the principle of electromagnetic induction to generate heat in a localized area, allowing for precise and targeted heating.
The construction of an electromagnetic induction heating roller typically consists of an inner core, an outer shell, and an induction coil. The inner core provides structural support for the roller and is often made of a conductive material such as metal. The outer shell is usually made of a high-temperature-resistant material that contains the heat and protects the roller from external factors.

Electromagnetic Induction Heating Roller Feature

Rapid heating: Electromagnetic induction enables fast and efficient heating, as the heat is generated directly within the roller without the need for external heat transfer mechanisms.
Precise temperature control: The heating process can be precisely controlled by adjusting the power input to the induction coil, allowing for accurate temperature control and maintaining consistent heating throughout the roller.
Energy efficiency: Electromagnetic induction heating is highly energy-efficient since the heat is generated directly in the targeted area without significant heat losses to the surroundings. This can result in reduced energy consumption and cost savings.
Uniform heating: Despite the localized heating, electromagnetic induction heating can still provide uniform heating across the roller's surface, ensuring consistent and high-quality results in industrial processes.
Versatility: Electromagnetic induction heating rollers can be used in various applications, such as drying, curing, bonding, or heat treatment, across different industries including printing, laminating, plastic processing, and more.

Electromagnetic Induction Heating Roller Application

Printing: Electromagnetic induction heating rollers are used in printing presses for applications such as drying ink or toner on paper or other printing substrates. The localized and precise heating provided by these rollers ensures fast and uniform drying, resulting in high-quality prints.
Laminating and bonding: These rollers are utilized in processes that involve laminating or bonding materials together. The localized heating enables activation of adhesives, ensuring proper bonding and adhesion between layers or materials.
Plastic and rubber processing: Electromagnetic induction heating rollers are employed in plastic and rubber industries for applications like extrusion, calendaring, and molding. They provide targeted heating to melt and shape the materials, resulting in efficient processing and precise control over the final product.
Food processing: These rollers are used in the food industry for applications such as cooking, baking, or heating. The localized heating helps in achieving consistent and controlled heat transfer, ensuring proper food processing and quality.
Heat sealing: Electromagnetic induction heating rollers are employed in heat sealing processes, where two materials are bonded together using heat-activated adhesive layers. The precise and localized heating provided by these rollers ensures efficient and reliable sealing.
Heat treatment: These rollers find application in heat treatment processes such as annealing, tempering, or curing. The localized heating allows for controlled and precise heat application, achieving desired material properties or transformations.
Textile and fabric industry: Electromagnetic induction heating rollers are used for various processes in the textile industry, including drying, curing, or heat setting. They provide uniform and controlled heating, ensuring desired fabric properties and quality.
Surface treatment: These rollers can be utilized for surface treatment processes like coating, drying, or curing of coatings or films. The localized heating enables efficient and controlled treatment of the surface, resulting in improved product performance.