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Split Tube Furnaces
A split tube furnace is a high-quality thermal processing tool with versatile performance capabilities used in research, industrial, and laboratory applications seeking uniform heat treatment and controlled atmospheres. The furnace design comes with a durable split-bar, which allows for simple access to the heating chamber for optimal insertion and extraction of quartz, ceramic, or metallic tubes without making the furnace thermally inefficient or unsafe. A split tube furnace is engineered and equipped for thermal stability during long runs with excellent durability. With minimal thermal loss thanks to high-technology insulating systems and digital PID temperature controls, the split tube furnace can reach a maximum of 1200-1800°C (depending on model). The tubular heat zone allows for even heat distribution, which is desirable for the process of sintering, glass melting, annealing, vacuum material synthesis, or thermogravimetric experiments. The compact design allows for versatile lab installations, either as benchtop/table-mounted or rack-mounted systems. The split tube furnace utilises intuitive user interfaces and fully programmable temperature profiles to accommodate complex heating protocols with multiple steps. The operator has high-quality thermal stability, in addition to enhanced safety features like overheat protection, system interlocks, optional gas flow for inert or reducing atmospheres, etc. The split-tube furnaces are available in single- and multi-zone arrangements and support remote monitoring and automated application capabilities to stay in step with current data acquisition methods. Browse the full range and customised options of split tube furnaces only at Aajjo. Read more
Three Zone Spilit Tube Furnace
₹ 15,00,000
Get Best Price| Material : Mild Steel |
| model : HE-MF-STP-1400 |
| Power Source : Electrical |
| Type Of Furnace : Electric |
₹ 7,00,000
₹ 15,00,000
₹ 10,00,000
Horizontal Tubular Furnace
₹ 1,00,000
Get Best Price| Material : Stainless Steel, Glass |
| Melting Material : Aluminium |
| model : Horizontal Tubular Furnace |
| Power Source : Electric |
Diesel Rotating Rotary Furnace
₹ 9,50,000
Get Best Price| 1500 : 3000 kg |
| 3000 : 5000 kg |
| Material Loading Capacity : 500-1500 kg |
| Max Temperature (degree celcius) : 500-1000 degree Celsius |
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Split Tube Furnaces
₹ 7,50,000
Get Best Price| Max Temperature : 1000-1500 degree Celsius |
| model : Split Tube Furnaces |
| Power Source : Electric |
| Rated Power (KW) : 4kw |
Rotary Tube Heating Furnace
₹ 4,00,000
Get Best Price| Material Loading Capacity : 500-1500 kg |
| Max Temperature (degree Celsius) : 1000-1500 |
| model : Rotary Tube Heating Furnace |
| Number of Zone : Single or 3 Zone |
₹ 3,00,000
₹ 1,05,000
Split Tube Furnaces
₹ 1,55,000
Get Best Price| Model Name/Number : CI2S14/Prog |
| model : Split Tube Furnaces |
| Temp. Accuracy : +- 1 Degree C |
| Voltage : 220 V AC |
₹ 1,10,000
6 Kw Tube Furnaces
₹ 75,000
Get Best Price| Continuous Temperature : 1200 deg C |
| Make/Brand : Weiber |
| Maximum Temperature : 1250 deg C |
| Power : 6 KW |
Continuous Conveyor Furnace
₹ 13,00,000
Get Best Price| Material Loading Capacity : 1000 K g |
| Melting Material : Aluminium |
| model : Continuous Conveyor Furnace |
| Power Source : Electric |
Copper Electric Tube Furnace
₹ 1,15,000 1,25,000 8.00% Off
Get Best Price| Automation Grade : Automatic |
| Country of Origin : Made in India |
| Material Loading Capacity : 500 kg |
| Melting Material : Copper |
₹ 1,15,000
Iron Electric Tube Furnace, 500-1000 degree Celsius, 1-500 Kg
₹ 1,68,500
Get Best Price| Automation Grade : Automatic |
| Material Loading Capacity : 1-500 Kg |
| Max Temperature : 500-1000 degree Celsius |
| Melting Material : Iron |
Customised Tube Furnace
₹ 6,00,000
Get Best Price| Country of Origin : Made in India |
| Material : As per the requirement |
| model : Customised Tube Furnace |
| Power Source : As per the requirement |
₹ 8,00,000
₹ 7,00,000
Vertical Tube Furnace
₹ 50,000
Get Best Price| Automation Type : Automatic |
| Brand : Labsol |
| Material : Stainless Steel |
| Maximum Working Temperature : 1200 |
Rotary Kiln Continuous Furnace
₹ 4,50,000
Get Best Price| Material : Copper |
| model : Rotary Kiln Continuous Furnace |
| Power Source : Gas |
| Type Of Furnace : Tilt |
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Split Tube Furnaces related Questions/Answers
What is a split tube furnace?
A tube furnace opens in halves. Workers attach the halves with a hinge. The split form helps with placement or removal of work tubes and reaction vessels. Certain tubes have flanges or fittings - a closed furnace does not fit them. The furnace accepts tubes of varying widths. Operators position it flat or upright.People use this furnace for material tests, heat treatment, pyrolysis, chemical vapor deposition along with making graphite. The furnace uses one heating zone or several. This warms items evenly or with a temperature slope. Through the furnace, users introduce a vacuum or an inert gas - this depends on what the process needs. Its design makes upkeep and use simple.
What is the purpose of a tube furnace?
An electric heater, a tube furnace, offers precise, even heat for many scientific and industrial procedures. Its main job - heat materials in a controlled setting. This furnace handles making plus cleaning inorganic compounds, sometimes organic ones too. Furnaces like this are necessary for annealing, sintering, coating, drying along with accelerated aging. In those uses, consistent, even heating is a must; they see wide use in material science. For example, preparing ceramics, metals as well as tiny materials. In chemical vapor deposition, they make thin films and coatings. A tube furnace applies heat for breaking down substances, for reduction reactions next to for testing material traits at high temperatures. Operating under various atmospheres or a vacuum, a tube furnace suits sensitive experiments also industrial making - this includes semiconductor and battery production.
What is the temperature of a tube furnace?
A tube furnace's temperature comes from its make, from heating parts along with from the work tube's stuff. Common tube furnaces run at up to 1,000°C. This suits them for many lab and factory uses. Better models get much hotter. Some special tube furnaces work at 1,800°C or more. The top temperature is set by the tube's material. Quartz tubes handle up to 1,200°C. Alumina tubes reach 1,600°C. Graphite tubes go past 2,000°C. Heating parts and insulation matter for getting plus keeping these high temperatures. Tube furnaces allow exact temperature control. This makes them good for heat treatment, material tests as well as chemical making. For such work, steady, even heat is a need.
What is the high temperature of tube furnace?
A tube furnace’s high heat changes based on its build, the parts that warm it along with the stuff in its work tube. Common tube furnaces get to 1,000°C. That temperature works for many lab and factory jobs. But better high heat tube furnaces run hotter - many get to 1,800°C. Some special tube furnaces, particularly those with better warming parts like molybdenum disilicide, even hit 2,600°C. But those are not common and serve very specific jobs. The actual top heat also depends on the tube inside. Quartz tubes work up to about 1,200°C. Alumina tubes go up to 1,600°C. Graphite or refractory metal tubes handle even higher heat. Furnaces with high heat are needed for jobs that call for exact, even as well as steady warmth, like material tests, heat work next to advanced study.
Which applications require a split tube furnace?
Split tube furnaces are preferred for jobs needing direct entry to the heat space. Workers often change work tubes or reaction containers, particularly those with wide edges or connectors that do not fit regular furnaces. People use them for material pull tests, heat breakdown, chemical vapor layering, carbon forming along with heat evaluation. Chemical making, oil refining, material study as well as newer research labs employ split tube furnaces for high temperature heat work, catalyst checks, crystal forming, softening, compacting powder next to experiments with set air conditions. The split structure allows quick placement and removal of test items. This makes such furnaces good for processes needing exact heat regulation, even heating along with adaptability with various tube sizes or special configurations. Operating horizontally or vertically as well as in different air mixes, split tube furnaces are necessary for effective, safe heat work in study and production settings.
What is the benefit of a split tube furnace?
A split tube furnace opens simply. Operators quickly put in or take out work tubes and reaction vessels. Vessels with flanges or other fittings fit, unlike with a furnace that stays closed. This design, often hinged with struts for support, makes sample plus equipment handling simpler and quicker. Such speed helps operations needing frequent changes or adjustments. For flexibility, the furnace works flat or upright. Adapters allow varying tube widths. People employ them in material testing, pyrolysis, chemical vapor deposition along with graphitization. In those applications, simple access also exact heat management are important. The split tube design improves how fast work finishes, how safe it is as well as its ease of use in labs and factories.
Can a split tube furnace be used horizontally and vertically?
A split tube furnace finds use both flat and upright. This adaptability is a main benefit, helping it in many experiments plus industrial work. Its split construction allows simple opening, so a person can put in or take out work tubes along with handle reaction vessels with fittings or flanges. With proper additions and supports, a furnace goes flat for processes like ongoing gas flow reactions. It stands up for uses like material making or heat treatment where gravity matters - this double position ability makes split tube furnaces fit for different jobs in study also making, such as chemical vapor deposition, pyrolysis as well as material checks. Operation in both positions helps users fit different space and process needs, making a furnace more adaptable besides work well.
Are split tube furnace tubes UL approved?
Split tube furnaces, their electrical parts and construction, have UL certification or meet UL standards. This confirms they follow safety plus quality rules. Many companies sell split tube furnaces with UL, MET, or CSA certification; they include UL-approved power cords and parts. But the work tubes inside these furnaces - like quartz, alumina, or metal tubes - are expendable. They do not always have individual UL approval. A furnace, as a whole, may meet UL/CSA certificate standards. If a specific use needs UL certification of the tube, confirm this with the maker. UL approval centers on the furnace’s electrical safety also how its parts work together, not just the work tube.
What is a vertical split tube furnace?
A heating device, a vertical split tube furnace, has a cylindrical chamber. This chamber points upward - it opens into two parts for access. The two part build allows quick placement or removal of work tubes and reaction vessels. Vessels with flanges or fittings, too large for a typical closed furnace, also fit. Such furnaces adjust to many uses; they reach hot temperatures, often 1,700°C. For that reason, they fit many laboratory and industrial tasks, which include annealing, sintering, pyrolysis along with material tests. The upward direction helps processes where gravity moves or sets samples. Crystal growth or some chemical vapor deposition benefit from this. The two part plan also lets the device cool faster. It makes upkeep simpler - this offers adaptability plus output for both study and making products.
What is a 3420 split tube furnace?
The 3420 split tube furnace heats - it works in laboratories and industry, particularly when steady, controlled warming is necessary. Silicon carbide rods heat it - these elements last, age slowly along with people replace them with ease. The 3420 gets to 1540°C (2800°F). Many sizes are offered, with heated lengths and tube diameters adjusted for various uses. Its split shape means the furnace body opens. This makes putting in or taking out work tubes plus reaction vessels simple, even those with flanges or special fittings. The furnace has vacuum cast ceramic fiber inside for good heat retention and a stiff frame. A stainless steel shell holds it all. For processes needing slow, even heating, the 3420 split tube furnace suits. Options like load train ports, thermocouples as well as gas tight retorts adapt it further.
What is the difference between a tube furnace and a muffle furnace?
A tube furnace and a muffle furnace heat things, yet differ in build, purpose along with use. A tube furnace has a long cylinder. Samples go inside a tube. This permits exact heat and air regulation. For processes like chemical vapor deposition, sintering as well as gas flow reactions, this build works well - it runs with no air or special air mixes. Tube furnaces get very hot; they heat evenly down the tube. Their space is tight, so they suit small samples or special jobs. A muffle furnace, however, has a bigger box like room. Heat elements circle the insulated space - this makes a clean place for many items. People often use muffle furnaces for burning to ash, annealing next to incineration. Atmospheric control is less important here. They cost less, need less upkeep along with handle bigger or many samples better. The furnace selection hinges on process needs - temperature, air as well as sample size.
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