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Medium Frequency Forging Heating Equipment from China Suppliers | Factory Direct Solutions for Efficient Metal Heating

Our medium frequency forging heating equipment is a leading solution in the metal heating industry, extensively used across sectors such as mechanical manufacturing, automotive parts, aerospace, and hardware tools. Designed for the thermal forging pretreatment of various metal materials like alloy steel, stainless steel, and titanium alloys, this equipment leverages high-frequency eddy current heating technology. This innovative approach ensures a rapid and uniform temperature rise to the forging temperature (800-1300°C) in just 3 seconds. As a reputable China supplier and factory, we are committed to providing high-quality heating solutions tailored to meet your specific manufacturing needs.

    Product Description

    Compared to traditional resistance furnaces, it offers significant energy-saving benefits, achieving up to 30%-50% reduction. The precise temperature control system (±10°C) effectively prevents oxidation and decarburization, enhances the density and grain refinement of forgings, and reduces mold thermal stress, extending the service life of molds by 40%. Additionally, the equipment features a PLC intelligent control system, with support for parameter memory, fault diagnosis, and industrial Internet of Things interfaces, fulfilling the automation requirements of modern forging production lines, and is particularly well-suited for the mass production of high-precision irregular parts.

    Application Scope

    Widely applied in the through-heating and temperature compensation of materials such as bar stock, round steel, square steel, and steel plates, as well as online heating and local heating. It plays a significant role in the online forging of metal materials (e.g., gears, semi-axle connecting rods, bearings, and other precision forging), extrusion, hot rolling, heating before shearing, heating for spraying, and hot assembly processes. Additionally, it is used in the heat treatment processes of metal materials, including overall tempering, annealing, and tempering.

    Configuration and Performance

    The equipment utilizes all-solid-state IGBT frequency conversion technology and an accurate power regulation system, equipped with comprehensive protection mechanisms, including over-current, under-water, over-temperature, over-voltage, short-circuit, and phase-loss protection, significantly enhancing the reliability of the equipment.
    The equipment is equipped with various display functions, such as current, voltage, and time display, making the working status of the equipment clear at a glance, providing strong guidance for inductor design and capacitance adjustment.
    The equipment is compact in size, lightweight, easy to move, and occupies less than 1 square meter of space, saving production space equivalent to 10 times that of traditional equipment for customers.
    The equipment can withstand 100% full load and has the capability to operate continuously for 24 hours.
    Especially when heating non-magnetic materials such as stainless steel, copper, industrial silicon, aluminum, etc., the equipment has a fast melting speed, less material elemental burnout, energy efficiency is increased by more than 20%, effectively reducing production costs.

    Technical Specifications

    Main Components (1) 35/45/70KW medium frequency power supply
    (2) Compensation capacitors and forging heating furnace workbench
    (3) Medium frequency induction coil and guide rails, etc.
    (4) Pneumatic feeding mechanism
    Forging Furnace Desktop Size Length 1.2 meters X 0.68 meters X 0.98 meters
    Forging Furnace Weight 123KG / 135KG / 150KG
    Heating Capacity (Steel) Heating steel to 1050°C: 1.25KG / 1.67KG / 2.3KG per minute
    Heating Capacity (Copper) Heating copper to 700°C: 1.75KG / 2.33KG / 4.0KG per minute

    Main Components

    Medium Frequency Forging Heating Equipment (1)
    Medium frequency forging heating equipment is widely utilized in various fields, including mechanical manufacturing, automotive parts, aerospace, and hardware tool (3)
    Medium frequency forging heating equipment is widely utilized in various fields, including mechanical manufacturing, automotive parts, aerospace, and hardware tool (4)
    Medium frequency forging heating equipment is widely utilized in various fields, including mechanical manufacturing, automotive parts, aerospace, and hardware tool (5)
    Medium frequency forging heating equipment is widely utilized in various fields, including mechanical manufacturing, automotive parts, aerospace, and hardware tool
    Medium frequency forging heating equipment is widely utilized in various fields, including mechanical manufacturing, automotive parts, aerospace, and hardware tool (1)

    Frequently Asked Questions

    How much energy can this forging heating equipment save?
    Compared to traditional resistance furnaces, this equipment offers significant energy-saving benefits, achieving up to a 30%-50% reduction in energy consumption.
    What are the benefits of the precise temperature control system?
    The precise temperature control system (±10°C) effectively prevents oxidation and decarburization, enhances the density and grain refinement of forgings, reduces mold thermal stress, and extends the service life of molds by 40%.
    What safety protections does the equipment feature?
    The equipment utilizes all-solid-state IGBT frequency conversion technology and is equipped with comprehensive protection mechanisms, including over-current, under-water, over-temperature, over-voltage, short-circuit, and phase-loss protection.
    Can this equipment handle continuous industrial operations?
    Yes, the equipment is designed to withstand 100% full load and has the capability to operate continuously for 24 hours, meeting the automation demands of modern production lines.
    What is the heating capacity of the equipment for steel and copper?
    The heating capacity per minute ranges as follows: (1) Heating steel to 1050°C: 1.25KG / 1.67KG / 2.3KG. (2) Heating copper to 700°C: 1.75KG / 2.33KG / 4.0KG.
    Is the equipment suitable for non-magnetic materials?
    Yes. When heating non-magnetic materials such as stainless steel, copper, industrial silicon, and aluminum, the equipment offers fast melting speeds, less material elemental burnout, and increases energy efficiency by more than 20%.

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