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Heat Treatment Furnaces
Heat treatment furnaces are dedicated and highly effective devices used in the controlled heating and cooling of metals and alloys to modify physical and mechanical characteristics. These devices are widely found in the various industries, that is, automobiles, aerospace industries, manufacturing sector, and even metallurgy, whose applications require particular heat treatment methods like annealing, quenching, tempering, and normalizing with a view toward improving hardness and strength along with toughness of such materials. Equipped with advanced temperature control, heat treatment furnaces ensure proper and uniform heating, thus realizing the desired material property. They have durable, top-quality materials of construction that work at extreme temperatures, ensuring longer life and consistency in performance and reliability. These furnaces minimize the amount of manual intervention required in the process by making the heat treatment process more streamlined and then efficient operation. To find high-quality heat treatment furnaces that perfectly fuse innovation with accuracy, check out the highest-rated products at Aajjo. Read more
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Three Zone High Temperature Tube Furnace
₹ 17,85,300 18,88,700 5.00% Off
Get Best Price| Brand: Others |
| Country of Origin : Made in India |
| Material Loading Capacity : upto 100 Kg |
| Max OperatingTemperature : More Than 1500 degree Celsius |
| Minimum Order Quantity : 1 Piece |
₹ 12,86,000
₹ 2,59,000
₹ 1,22,61,700
Aluminium Electric Heating Furnace For Aluminum Wire
₹ 2,00,000
Get Best Price| Brand: Others |
| Melting Material : Aluminium |
| Power Source : Electric |
Jaipur, Rajasthan
Electric Fix Heat Treatment Furnaces
₹ 4,50,000
Get Best Price| Brand: Others |
| Country of Origin : Made in India |
| Melting Material : Iron |
| Minimum Order Quantity : 1 |
| Power Source : Electric |
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Nitriding and Nitrocarburising Furnace
₹ 15,00,000
Get Best Price| Brand: Others |
| Capacity : 100-5000 kg |
| Furnace Voltage (V) : 80-415V |
| Material : Iron |
| Max OperatingTemperature : 750 |
₹ 5,00,000
₹ 22,50,000
₹ 3,20,000
Annealing Furnace for Heat Treatment
₹ 7,50,000
Get Best Price| Brand: Others |
| Material Loading Capacity (T) : 10 |
| Material Loading Capacity : 500-1500 kg Automation Grade Semi-Automatic |
| Material : Aluminium |
| Melting Material : Aluminium |
₹ 2,50,000
Electric Fix Heat Treatment Furnace
₹ 3,07,000
Get Best Price| Brand: Others |
| Automation Grade : Automatic |
| Capacity : 500 kg |
| Heating Zone : 1 |
| Melting Material : Iron |
Electric Fix Gas Nitriding Furnaces, Material Loading Capacity (T): 200 kg- 2000 kg
₹ 9,50,000
Get Best Price| Brand: Others |
| Automation Grade : Automatic |
| Material Loading Capacity (T) : 200 kg- 2000 kg |
| Melting Material : Iron |
| Minimum Order Quantity : 1 Unit |
₹ 19,50,000
Continuous Annealing Furnace
₹ 10,00,000
Get Best Price| Brand: Others |
| 0 : 500 |
| 500 : 1000 |
| Material Loading Capacity : 0-500 kg |
| Max Temperature (degree Celsius) : 1000-1500 |
Bengaluru, Karnataka
Muffler Industrial Furnace
₹ 40,000
Get Best Price| Brand: Others |
| Brand : Lab Solution |
| Color : Grey |
| Country of Origin : Made in India |
| Finish : Color Coated |
Iron Industrial Heating Furnaces
₹ 3,50,000
Get Best Price| Brand: Others |
| Applications : In laboratories |
| Brand : Hmg (india) |
| Max Temperature (degree Celsius) : 930 degree Celsius/ 1150 degree Celsius working (1200 degree Celsius) |
| Melting Material : Iron |
₹ 35,000
₹ 35,000
Heat Treatment Furnaces
₹ 1,10,000
Get Best Price| Brand: Others |
| Material Loading Capacity (Kg) : 5000 Kg |
| Melting Material : Iron |
| model : Heat Treatment Furnaces |
| Power Source : Electric And Gas |
Annealing Furnaces
₹ 5,00,000
Get Best Price| Brand: Others |
| Material Loading Capacity (T) : 5 ton |
| Melting Material : annealing of all metals |
| model : Annealing Furnaces |
| Power Source : Electric |
₹ 6,50,000
₹ 5,00,000
Electric Fix Heat Treatment Furnace, 1-500 Kg
₹ 15,00,000
Get Best Price| Brand: Others |
| Automation Grade : Manual |
| Country of Origin : Made in India |
| Material Loading Capacity (Kg) : 1-500 Kg |
| Melting Material : Iron |
₹ 15,00,000
₹ 6,00,000
Heat Treatment (Small)
₹ 7,00,000
Get Best Price| Brand: Others |
| Crucible Size : ALL SIZES |
| Heating Zone : 1,2,3 |
| model : Heat Treatment (Small) |
| Surface Finish : YES |
Copper Electric Automatic Heat Treatment Furnace, Material Loading Capacity (t): 500-1500 Kg
₹ 5,00,000
Get Best Price| Brand: Others |
| Material Loading Capacity (T) : 500-1500 kg |
| Melting Material : Copper |
| Power Source : Electric |
| Temperature Accuracy : 1200 degree C |
Vacuum Heating Furnance Machine
₹ 40,00,000
Get Best Price| Brand: Others |
| Melting Material : Aluminium |
| model : Vacuum Heating Furnance Machine |
| Power Source : Electric |
| Rated Power (KW) : 5kW |
₹ 2,00,000
₹ 1,50,000
₹ 2,00,000
Heat Treatment Furnaces
₹ 22,50,000
Get Best Price| Brand: Others |
| Automation Grade : Automatic |
| Material : Mild Steel |
| Melting Material : Aluminium |
| model : Heat Treatment Furnaces |
Electric Fix Annealing Normalizing Furnace, Material Loading Capacity (T): 2 Tons To 20 Tons
₹ 15,00,000
Get Best Price| Brand: Others |
| 1000 : 1500 degree Celsius |
| Material Loading Capacity (T) : 2 Tons To 20 Tons |
| Max Temperature (degree Celsius) : 500-1000 degree Celsius |
| Melting Material : Iron |
Heat Treatment Furnace
₹ 48,00,000
Get Best Price| Brand: Others |
| Capacity : 200 |
| Frequency : 60 Hz |
| Material : Copper |
| model : Heat Treatment Furnace |
Electric Electrically Heated Furnaces
₹ 25,000
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| Frequency : 50Hz |
| Material : Stainless Steel |
| Power Source : Electric |
| Surface Treatment : Galvanized |
Salt Tempering Furnace
₹ 13,00,000
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| Automation Grade : Automatic |
| Brand : Sai Neelkanth Engineers |
| model : Salt Tempering Furnace |
| Power Source : Electric |
₹ 9,00,000
₹ 11,50,000
₹ 15,00,000
Electric Heat Treatment Furnace, 5500 Kg
₹ 20,00,000
Get Best Price| Brand: Others |
| Automation Grade : Automatic |
| Capacity : 1000 kg |
| Material Loading Capacity (Kg) : 5500 Kg |
| Melting Material : Iron |
₹ 15,00,000
Iron Airklenz Reduction Furnace
₹ 45,000
Get Best Price| Brand: Others |
| Country of Origin : Made in India |
| deal in : new |
| Material Loading Capacity : upto 100 Kg |
| Melting Material : Iron |
Bengaluru Urban, Karnataka
Electric Tilt Heat Treatment Furnaces, 500-1500 Kg
₹ 3,25,000
Get Best Price| Brand: Others |
| Capacity : 500 kg |
| Country of Origin : Made in India |
| Material Loading Capacity (Kg) : 500-1500 Kg |
| Melting Material : Aluminium & Copper |
kanpur, Uttar Pradesh
Nursery Hardening Chamber
₹ 15,00,000
Get Best Price| Brand: Others |
| model : Nursery Hardening Chamber |
Wire Annealing Furnaces
₹ 1,00,00,000
Get Best Price| Brand: Others |
| Country of Origin : Made in India |
| Material : Mild Steel |
| model : Wire Annealing Furnaces |
| Type Of Furnace : Fix |
₹ 30,00,000
₹ 30,00,000
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Heat Treatment Furnaces related Questions/Answers
What are heat treatment furnaces?
Heat treatment furnaces are advanced machines that help the heat-treated metals to refine. They're the most commonly used types of machinery in relevance to daily life and help in altering the properties of metals. Using these furnaces alone could influence the strength, hardness, toughness, and fatigue resistance of a metal.This process is called heat treatment, which heats the metal to a high temperature. The cooling techniques differ with the specific results that are desired, i.e., the process may be basic cooling or quenching for normal results. There are different types of heat treatment furnaces: some are electrically powered; some are gas or oil-fired. The brief includes batch, continuous, and vacuum furnaces.A batch furnace heats metals in small batches of workloads, while a continuous furnace has a black belt of materials going through it. In vacuum furnaces, air is pumped from the furnace, and the operating temperature is maintained.These kinds of furnaces are used in many fields. For instance, in the automotive industry, they are used to make the engine components stronger. Also, in the making of tools, they facilitate making a big improvement in durability by promoting the desired hardening of the tool surface.Very important in the furnaces would be temperature control. Sensors and timers in the system are mainly responsible for maintaining heat. Furnaces play a key role in metal treatment. They help change the mechanical and chemical properties of metals. Important properties like strength, hardness, and toughness are improved. They also increase resistance to wear and stress. Heat treatment is needed for almost all basic metals today. It makes metals suitable for industrial use. That is why furnaces are very important in modern metalworking.
What are the different types of heat treatment furnaces?
Various configurations of heat treatment furnaces are built for several types of heat treatment works. They are designed to alter the characteristics of metals, such as strength and hardness.Batch furnaces are used to heat treat metals in small batches. These processes usually take place within a heated environment where the parts are loaded in batches and heated all together. Batch furnaces are important in circumstances where flexibility is required.Continuous furnaces are meant for large-scale production. Metal moves through the furnace on a belt or rollers. This makes it possible to have uninterrupted heating and is highly productive.Vacuum furnaces are sealed systems. They evacuate air and heat the metal in a vacuum. These are generally used when the metals must not come in contact with air or gas.Bell furnaces have a bell cover that lifts for loading and unloading of the metal. They are suitable for providing uniform heating.Pit furnaces are vertical, and parts are lowered into them. They are good for long or cylindrical metal parts.Muffle furnaces feature an outside chamber housing heating elements; hence, the metal does not touch flame or direct heating. This provides very precise heating.Every furnace has its own application depending on the type of metal and what is required of it. Picking the right furnace is the key to proper heat treatment, which in turn means better product quality.
What is the meaning and classification of heat treatment furnaces?
Heat treatment furnaces become those special machines where metals can be heated. The changes occur in the physical and chemical properties of metals. Heat treatment is important for many industries. It is used in automotive, aerospace, and manufacturing. It improves several qualities in metal. These cover resistance, strength, hardness, and toughness. Heat treatment mostly aims to alter the characteristics of the metal. The metal is first heated to a specific temperature. At this point, the metal structure changes. Then it is cooled in a controlled way.This process makes the metal better for industrial use. Such transformations change the properties of metals when used. It makes metals strong or flexible depending on the need, or even durable.Heat treatment furnaces are classified on different bases. One way is by their operation. Batch furnaces heat metals in separate loads or batches. Continuous furnaces heat a metal part moving through the furnace without stopping.Yet another classification is based on the environment inside the furnace. Atmosphere furnaces use gases to protect the metal during heating. Vacuum furnaces remove air so that there is no oxygen for reactions.Some of these furnaces, however, operate using electricity; others are oil or gas fired. In summary, heat treatment furnaces are machines and engines used to subject metals to treatment. The type of classification includes those that depend on action, the type of fuel used – taken from electricity, oil, or gas – and the inside atmosphere. They ensure that metals become better for industrial use.
Why should you choose a heat treatment furnace?
Most businesses actually need this kind of need. This helps the metals to perform and have better quality. By means of this furnace, heating and cooling metals under controlled settings alters their structure. Depending on need, the outcome will be a metal, either highly rigid or flexible. Thus, it would directly increase the life of the tools, parts, or components by reducing wear and tear and improving heat, pressure, and corrosion resistance. Most industries where this is found are automotive, aerospace, and manufacturing. It also provides the best uniform heating. The most reliable and better results abound. Even better, they contribute towards energy savings due to advanced insulation systems and temperature control systems. They also feature modern types of capabilities in that they are easy to operate and have digital controls as well as safety features. This furnace performs many treatments. These include annealing, hardening, tempering, and stress relieving. Each process improves metal quality. It adds strength and durability. This makes the furnace a valuable investment. It can produce a superior-sized output in reduced time. It saves up a significant portion of parts replacement cost, thus saving cost in the long term. The heat treatment furnace improves product quality. It extends the life of the metal. It also increases overall productivity. It is a key machine for metalworking industries.
How to choose a heat treatment furnace?
Delivering good outcomes depends on selecting the correct heat treatment boiler. First and foremost is an understanding of the type and combination of materials to be treated. Different materials may require different heat treatment processes, such as annealing, hardening, or tempering, so if one is interested in a certain metal treatment, then the choice of a type of furnace should be limited according to the process. Then give some thought to the temperature range. While some furnaces run at moderate heat levels, some can reach rather high temperatures. Make sure the boiler temperature meets your needs for the component.Another factor is size; the furnace ought to be large enough for your parts but no larger than required for energy economy. Also, consider the loading and unloading system; it should be easy and safe to use.Look into good insulation and equipment energy efficiency. This will save you power and reduce running costs. Also, opt for a furnace with safety devices like alarms and automatic shutdown.Digital control systems can be an advantage as they offer precision control and monitoring of the temperature. Opt for the most reliable brands that provide sound service support. Lastly, the price is an important aspect; don't take the cheapest option because longevity and value are ultimately more important. So, select a furnace based on your material, process, size, efficiency, safety, and support. This should pave the way for smooth and efficient operations.
How does industrial furnace heat treatment work?
Furnace heat treatment is used for heavy metals. It changes the structure and properties of the metal. The process starts by loading the metal parts into the furnace. Then, the furnace is heated. The temperature depends on the type of treatment. Each treatment has its own required heat level.Some types of heat treatment are as follows: annealing, hardening, tempering, and stress relieving. The purpose of each process is different. Annealing acts upon the metals to soften them. Hardening strengthens them. Tempering is used to enhance toughness, while stress relieving helps to extinguish internal stress. Holding time refers to the time for which the metal is held at the target temperature. This is necessary for the heat to penetrate deeply into the metal. After some soaking, the metal is cooled; this can involve air cooling, oil cooling, or water cooling, depending upon the process. Heating and cooling must be strictly controlled to allow for the best results. Injuries to the metal can arise either from fast cooling or slow cooling.Modern industrial furnaces have digital controls which stabilise temperature. This practice also enhances safety and energy conservation.At last, heat treatment produces either softer or harder metals, either stronger or tougher. It especially improves the lifetime and performance of metal parts used in sectors including automotive and aerospace as well as industrial tools.
What is the price of heat treatment plant?
Many factors need to be considered for pricing a heat treatment plant; these factors are size, type, capacity, technology, and level of automation. Small-scale heat treatment units may commonly cost around ₹5 lakh to ₹15 lakh. These are useful for basic processing and low production requirements. Medium-sized facilities with higher capacities and better controls might fetch between ₹20 lakh and ₹1 crore. They provide good energy economy. They also offer strong safety systems. These plants can handle annealing, tempering, and hardening. Big industrial plants need powerful digital controls. They also require full automation. Their cost can range from ₹2 crore to ₹10 crore or more. These are used in the automotive, aerospace, and heavy manufacturing sectors. They are also suited for large-volume and complex treatment with precision. Even greater would be the costs of imported or specialized types of furnaces, such as vacuum or atmosphere-controlled types. Installation, electricity setup, manpower training, and maintenance will also incur additional costs. Customisation would further add to the costs. In cases where special materials, extra safety features, or special designs are needed, the cost obviously shoots up. In a nutshell, costs vary greatly according to requirements. Selecting a good plant needs careful thinking. You must compare your production needs with the cost. Also, think about your long-term goals. A correct plant needs planning before you invest. A high-quality plant gives better output. It also saves running costs in the long run.
How does a heat treatment furnace work?
A heat treatment furnace heats the metal to a set temperature. At this point, the metal’s internal structure changes. This change improves the metal’s properties. One wants to raise strength, hardness, toughness, or flexibility. Every treatment is carried out for a designated use. The process depends on the type of metal and its use.First, the furnace has to be charged with the metal parts. The furnace is then heated to the required temperature. This temperature differs with the kinds of heat treatments. There are various forms of treatment that include but are not limited to annealing, hardening, tempering, and stress relieving.Once the metal reaches that specific temperature, it is held there for a certain amount of time. This holding period has a name, "soaking time", by which one can ensure that heat gets properly distributed through the entire material.Next comes cooling the metal. The cooling method depends on the treatment to which the metal is going to be subjected. While some require air cooling, others need oil or water. The cooling process is very important, as it affects the real properties of the metal.Modern heat-treatment furnaces feature digital broadcast controls that realise strict temperatures and maximise safety and efficiency in energy consumption.Indeed, the whole process is crucial to control since excessive heating or uneven cooling might damage the metal.Simply said, a heat treatment furnace transforms properties of metal by controlled heating and cooling processes. This increased the potential of metals in the various industries.
What is a heating furnace used for?
Heating furnaces are employed to heat materials, mainly metals, to high temperatures. They are a crucial component in various industrial processes. The basic goal is to change the metal's properties. It aims to improve physical and chemical characteristics. This includes increasing ductility, hardness, or toughness. The process makes the metal more useful for industrial needs.Heating furnaces are mostly used for heat treatments. These cover stress relief, tempering, hardening, and annealing. Every treatment serves a certain goal. Annealing softens the metal. Hardening makes the metal stronger. Tempering improves toughness. Stress relieving reduces internal stress in the metal.Many industries use heating furnaces. They are common in automotive and aerospace sectors. Tool-making and construction industries also use them. Foundries and metal fabrication units depend on them too.There are three fuel sources for heating furnaces: gas, oil, and electricity. Each of these is utilized to put metals into a particular temperature. The metal cools under regulated conditions following the heating time. Achieving the intended change in the metal depends much on both this heating and cooling cycle.Modern-day heating furnaces are highly controlled. These systems facilitate temperature settings and holding exactness. It has provided incredible safety and energy efficiency.A heating furnace treats metals by controlled heating. It helps to improve the quality of metal parts. It also enhances their performance. These treated metals are used in many industries. The process makes the metals stronger and more reliable.
What is the process of heating furnace?
From the placing of metal parts inside the furnace chamber, the heating furnace process starts with the turning on of the furnace and heating it to a predetermined temperature. The latter will depend on the type of heat treatment taking place. The common treatments include annealing, hardening, tempering, and stress relieving.When the metal reaches the necessary temperature, it is held for a certain period called soaking time. Soaking helps the heat to be uniformly distributed to the metal and helps to transform the internal structure of the metal for better properties.Once soaking is complete, the metal is cooled. Cooling methods could be in air, oil, or water, depending on the treatment. The rate of cooling is of utmost importance. It influences the final strength and hardness of the metal.Modern heating furnaces utilise electricity or gas or oil as the energy source. The furnaces are equipped with modern control devices which allow precise temperature control and higher energy efficiency.Safety systems are also in place. The furnaces vent, have alarms and have automatic shutdowns.All told, the heating furnace process consists of heating, soaking, and controlled cooling, improving the quality of the metal for various uses in industry.
What are the different types of furnace heat?
Heating equipment of different types is used in the industry. Each type works in a certain way to suit a different process. The most often used kind is heating with electric furnaces. Furnaces produce heat from electricity. It is suitable for specific temperature requirements, clean, and simple to use.Another type is gas-fired furnace heat, produced by burning propane or natural gas. It warms very quickly and gently. Its economy usually makes it used in large-scale projects.Oil-fired furnaces run on fuel oil to provide heat. These are scarcely seen now and used in circumstances when either gas or electricity is not available.Electromagnetic fields provide heat in induction furnaces. When it comes to fast and effective melting of metals, they are outstanding. Their most useful applications are in steel mills and foundries.Under vacuum, furnaces devoid of air, materials are heated. This furnace is applied with great accuracy by preventing oxidation.Atmosphere-controlled furnaces heat inside a defined gas environment. This allows surface reactions to be controlled and is beneficial for special treatments.Each furnace has its own advantages. The specification of which type is applied will depend on the material, treatment, and level of production.In short, types of furnace heat include electric, gas, oil, induction, and vacuum and atmosphere-controlled, each serving different purposes in the industrial realm.
