Industrial Furnaces

Your Professional Industrial Furnaces Manufacturers and Suppliers!

Founded in 2002, Guangdong HeYu Industrial Furnace Co.,Ltd . focuses on industrial furnace manufacturing and operates a 10,000-square-meter factory. The company provides one-stop solutions, supported by a professional engineering team, reliable quality, and customized services for global customers. Main products include vacuum sintering furnaces, vacuum quenching furnaces, vacuum annealing furnaces, vacuum tempering furnaces, vacuum brazing furnaces, vacuum oil quenching furnaces, vacuum diffusion welding furnaces, and vacuum degreasing pressure sintering furnaces.

Pit-Type Tempering Furnace
When tempering vertical shafts, long gears, large castings, or bulk forgings, achieving a uniform heat profile across a deeply stacked load is the only way to guarantee consistent structural...
read more
Pit-Type Nitriding Furnace
For wear-resistant components like extrusion screws, engine valves, and precision gears that require extreme surface hardness with minimal dimensional distortion, gas nitriding is the ideal solution.
read more
Pit-Type Carburizing And Quenching Furnace
To achieve a wear-resistant surface while maintaining a tough, ductile core in gears, shafts, and heavy-duty steel components, precise carbon potential control is vital.
read more
Pit-Type Annealing Furnace
Annealing long shafts, steel wire coils, heavy forgings, and copper tubing requires a vertical heating solution that minimizes material distortion while ensuring uniform heat penetration.
read more
High Temperature Brazing Furnace
When joining stainless steel, nickel alloys, or copper parts for extreme-stress applications like automotive EGR coolers, aircraft components, or vacuum fittings, traditional low-temperature...
read more
Continuous Protective Atmosphere Bright Heat Treatment Fu...
For manufacturers of stainless steel tubes, copper fittings, and precision alloy components, preventing surface oxidation is critical to eliminating expensive post-treatment polishing steps.
read more
Continuous Controlled Atmosphere Aluminum Brazing Furnace
For mass-production manufacturers of automotive radiators, oil coolers, and condenser cores, maintaining absolute atmospheric purity during continuous assembly is vital.
read more
Box-Type Tempering Furnace
Achieving the precise toughness and eliminating internal stresses in steel tools, dies, and machined components requires a thermal system with absolute temperature uniformity.
read more
Ammonia Decomposition Furnace
We understand that in metal heat treatment, a stable and cost-effective protective atmosphere is critical to your production efficiency.
read more
Continuous Belt Aluminum Brazing Furnace
The continuous belt aluminum brazing furnace is a pivotal heat treatment equipment designed for large-scale, high-efficiency joining of aluminum alloy components, standing as the industry-standard...
read more
Industrial Heat Treat Furnace
The industrial heat treat furnace is a high-performance solution engineered for continuous gas-shielded bright heat treatment, ideal for mass production across metal processing industries.
read more
Hydrogen Vacuum Furnace
The hydrogen vacuum furnace is a critical industrial equipment designed to decompose liquid ammonia (NH₃) into a high-quality gas mixture of hydrogen and nitrogen—commonly known as “ammonia...
read more

First 12 3 Last

Why Choose Us

Advanced Production Equipment

We are equipped with a comprehensive array of machinery—including 500-ton punch presses, bending machines, welding systems, plate rolling machines, and overhead cranes—to ensure precise manufacturing processes and stable, reliable product quality.

Customized Solutions

By accurately identifying client requirements, we provide tailor-made industrial furnace solutions that integrate seamlessly with specific process workflows and production needs.

Experienced Technical Team

Comprising 5 senior engineers and 20 veteran technicians, our team possesses robust technical expertise in the development of control systems and the upgrading and retrofitting of equipment.

Broad Application Fields

Our products are widely utilized in heat treatment processes across diverse sectors, including metal materials, mold manufacturing, aerospace components, automotive parts, and medical devices.

Specification

Working size (mm)	1300×1150×600mm mm (L×W×H)
Power (kw)	150kw
Maximum temperature (ºC)	1200ºC
Common operating temperature (° C)	<=1150 ° C
Temperature control Zone	1
Rated power supply	Three-phase, 380v, 50HZ
Heating element connection	Y
Temperature control accuracy	±1ºC
Furnace temperature uniformity	±10ºC
Furnace wall temperature Temperature rise	≤45ºC
Empty furnace loss power	≤40kw
Heating element material	40 silicon carbon rods 12
Load Capacity (T)	≤300kg

Benefits of Using Industrial Furnaces

Enhanced Efficiency: One of the foremost benefits of commercial furnaces is their potential to enhance performance in diverse business approaches. They provide a managed environment for heating, melting, and different operations, making sure of consistent and accurate outcomes. This level of precision can result in decreased production time and electricity intake, ultimately enhancing the lowest line for companies.

Temperature Control: They provide specific temperature control, allowing organizations to reap the desired warmness stages for their precise processes. Whether you need to melt metals, therapy coatings, or anneal substances, those furnaces can hold a regular temperature, resulting in super products and decreased cloth waste.

Versatility: They are highly flexible and may accommodate a huge range of materials and programs. They can be customized to shape unique industry requirements, making them imperative in sectors together with aerospace, car, and electronics manufacturing.

Cost Savings: Efficiency and particular temperature control at once translate to cost savings. By the usage of industrial furnaces, businesses can lessen energy consumption and limit material wastage. Also, the progress and consistency of the goods can lead to fewer defects and lower production charges ultimately.

Improved Safety: Safety is a paramount issue in any industrial setting. Industrial furnaces are equipped with safety capabilities and superior manipulation systems that assist in saving injuries and protecting employees. This ensures a safer running environment and reduces the chance of place of work accidents.

Customization: The capability to personalize industrial furnaces to meet precise industry desires is a full-size advantage. This customization permits organizations to optimize their procedures and reap better consequences.

Types of Industrial Furnaces

Batch Furnaces

These are used for smaller-scale operations where materials are loaded into the furnace, heated to the required temperature, and then removed once processing is complete.

ontinuous Furnaces

In contrast to batch furnaces, continuous furnaces are designed for continuous processing of materials. They are often used in manufacturing processes where a constant flow of materials needs to be heated or treated.

Combustion Furnaces

These utilize combustion of fuels such as natural gas, propane, or oil to generate heat. Combustion furnaces are commonly used in applications like metal smelting and glass manufacturing.

Electric Resistance Furnaces

Instead of burning fuel, these furnaces use electricity to generate heat through resistance heating elements. They are often used in applications where precise temperature control is required or where combustion byproducts would be undesirable.

Induction Furnaces

These use electromagnetic induction to heat the material being processed. They are commonly used in metalworking for melting and casting applications due to their efficiency and ability to achieve precise temperature control.

Arc Furnaces

Typically used in steelmaking, arc furnaces generate heat by creating an electric arc between electrodes and the material being processed. They are capable of melting large quantities of metal quickly and are often used in recycling operations.

Components of Industrial Furnaces

Furnace body

Including frame support structure, furnace chamber structure, material conveying system, etc.

Heating system

Including equipment systems that provide heat to the materials inside the industrial furnace, such as energy medium pipelines and equipment systems, power transmission system transformer equipment, etc.

Exhaust system

Including flue, chimney, heat exchanger, and auxiliary exhaust equipment, etc.

Applications of Industrial Furnaces

Materials Science and Metallurgy

In materials science, industrial furnaces facilitate research and development of new materials, including metals, ceramics, and composites. High-temperature processes such as sintering and annealing are crucial for studying material properties and enhancing performance.

Semiconductor and Electronics Manufacturing

Such furnaces play a vital role in semiconductor fabrication, where precise thermal processes are required for doping, oxidation, and annealing silicon wafers. Controlled atmospheres and accurate temperature management are essential to maintaining product integrity.

Chemical and Pharmaceutical Research

In chemical research, industrial furnaces enable high-temperature reactions and material synthesis under controlled conditions. Pharmaceutical laboratories also utilize these furnaces for processes such as calcination and thermal decomposition.

Energy and Environmental Applications

The development of advanced energy materials, such as fuel cells and battery components, often relies on them for material preparation and testing. Environmental research also uses these furnaces for studying the behavior of materials under extreme conditions.

Customization Services

To better meet the diverse needs of different industries and clients, we can provide customized industrial furnaces solutions based on your specific application scenarios and special requirements. For more information or support, please feel free to contact us.

Packaging and Shipping

Packaging	Wooden crates or custom packaging
Transportation methods	Road transport, rail transport, sea transport

FAQ

Q: What is an industrial furnace?

A: Industrial furnaces are specialized machines used in various industries to heat, melt, or process materials at high temperatures. They come in various types, such as electric, gas-fired, or induction furnaces, each designed for specific applications. These furnaces play a pivotal role in processes like metal smelting, heat treatment, ceramics production, and more.

Q: What is the temperature range of an industrial furnace?

A: Industrial furnaces are available with a range of maximum temperatures. The maximum temperature is dependent on the type of heating elements used in the construction. The most common have metallic wire heating elements with a maximum temperature in the range of 1000°C to 1200°C. Higher temperatures can be achieve with different types of heating elements up to 3000°C.

Q: How do industrial furnaces get so hot?

A: Heat is generated by an industrial furnace by mixing fuel with air or oxygen, or from electrical energy. The residual heat will exit the furnace as flue gas.

Q: What is the fuel for industrial furnace?

A: Based on the method of generating heat, furnaces are broadly classified into two types namely combustion type (using fuels) and electric type. In case of combustion type furnace, depending upon the kind of combustion, it can be broadly classified as oil fired, coal fired or gas fired.

As one of the leading industrial furnaces manufacturers in China, we warmly welcome you to buy discount industrial furnaces for sale here from our factory. All customized products are with high quality and low price. If you have any enquiry about quotation and free sample, please feel free to email us.

custom furnaces, industrial furnaces, Box Type Laboratory Furnace