Material Stainless Steel Voltage 220 V Capacity 0-2 Tph Power 1-3 kw Driven Type Electric Pressure High
POPULA Fan Y6-30 Boiler Centrifugal Induced Draft Fan High Temperature Resistant Fan Low Noise Fan Product Introduction: It is specially designed for boiler using , featured by high efficiency and low noise ,the fan is used for ventilation system to transport air without corrosive and adhesive materials . The temperature of the media shall not exceed 250â?? . PRODUCTS INFO: Type:POPULA Industrial Boiler centrifugal induced draft fan Y6-30 Brand:POPULA Electric Current:AC Power:0.75-18.5 KW Voltage:1HP/3HP 110V/220V/380V/440V/3KV/6KV Frequency: 50/60HZ Air Volume:655-14000 CMH Air Pressure:727-3226 Pa Speed:1850-2350 rpm Max Noise:
Our vibrating furnace chargers are a onestop effective solution to problems such as higher labor costs and hazards faced by furnace operators in foundries melting shops etc Such automation allows foundry men to work at a safe distance thus preventing injuries arising out of molten splash Our vibrating furnace charger facilitates rapid and quick charging of the furnace thereby allowing maximum utilization of the furnace Advantages Very fast as compared to manual charging Minimum heat loss No chance of direct exposure of manpower to the furnace thereby preventing dangerous accidents due to mental splash Prevent damage to the furnace
Electric Furnace Electric furnace AEMF120 Electric furnace AEMF120 is specially designed to be used to melt metal alloy (zinc alloy and tin alloy) for rubber mold centrifugal casting purpose. Features: Automatic control. Energy saving Insulated protection shield and head. Safety circuit to prevent overheated. Temperature rises rapidly. Automatic consistent temperature control. Appointment heating start/stop time. Casted iron crucible. Specification: Power: 9KW. Loading capacity: 80kg (zinc alloy) Temperature: 600 deg; C max. Electric furnace EMF120 Electric furnace EMF120 is specially designed to be used to melt zinc alloy and tin alloy for rubber mold centrifugal casting purpose. Features: Automatic control. Energy saving Insulated protection shield and head. Safety circuit to prevent overheated. Automatic consistent temperature control. Appointment heating start/stop time. Casted iron crucible. Specification: Power: 9KW. Loading capacity: 80kg (zinc alloy) Temperature: 600 deg; C max. Electric furnace EMF50 Electric furnace EMF50 is specially designed to be used to melt lead alloy, magnesium zinc alloy for rubber mold centrifugal casting purpose. Features: Automatic control. Insulated protection shield. Safety circuit to prevent overheated. Automatic consistent temperature control. Appointment heating start/stop time. Specification: Power: 6KW. Loading capacity: 50kg (lead alloy) Temperature: 600 deg; C max
This furnace is designed for thick film products firing, such as Hybrid IC, chip-R, SMD components terminal, LTCC, Stainless steel heater, PV thin film cell and other similar products. Temperature Range: Belt Material: Cr20Ni80 Firing Atmosphere: Dry and clean Compressed air. Heating Element heating board Cooling Mode: fan cooling. Temperature Zone: 6 Zones. Chamber Temperature Uniformity: Overall Dimension:
A deal of South Bend ovens, 15oven, at a cheaper price than the market. New stock, works with electricity
About Mini Blast Furnace A Mini Blast Furnace (commonly known as Mandir Bhatti or Shahi Bhatti) is a simple, time-tested and widely used system to produce secondary lead in India and many other countries. It is the most basic of all furnaces and a production system based on this technology has certain distinct characteristics such as: Low Project Capital Cost Low Energy Cost (wooden coke fired) Easy to install Easy to operate & maintain Production of low Antimony Lead (soft lead) at low temperature Generates high pollution Description of Mini Blast Furnace The Furnace itself is a modified blast furnace which consists of a brick lined structure with fire brick oven in the midst and a metal Exo-skeletal structure outside. Raw material & fuel (coke) is charged manually through the side metal doors fitted in the brick structure and air is provided from the FD fans provided at the back of the brick structure. Molten metal & slag is tapped at the pits made in front of the brick structure and flue gases are sucked from the top of the brick structure which is provided with a metallic hood. A typical Double Oven Mini Blast Furnace has the following standard sizes & specifications: Outside Dimensions of Brick Structure: 2400mm L x 1900mm W x 2400mm H No. of Ovens: 2 Nos. Oven Size Top Dia: 600mm Bottom Dia: 250mm Depth: 650mm No. of FD Fans: 2 Nos. (1 for each oven) FD Fan Capacity: 300cmh at 250mm of WG No. of Charging Doors: 2 Nos. (1 for each oven) Charging Door Dimensions: 1100mm H x 650mm W Advantages No consumables used other than Wooden Coke which is also used as Fuel Low Power Consumption Produces low Antimony Lead suitable for soft lead purposes Pollution can be controlled with minimum fugitive emissions Easy to install, operate & maintain Disadvantages Cannot recover 100% lead in the first operation Subsequent recovery of lead after first recovery consumes higher coke & manpower. Equipment cannot be scaled up for higher production capacities. Air Pollution Control System for Mini Blast Furnace Various types of lead present in used batteries, plates and paste of lead oxide are charged in the furnace. In addition to these, certain compounds of sulphur are also present in the batteries. When this material is heated in the presence of carbon, lead oxide is converted to lead. This conversion along with burning of fuel generates flue gases and fumes containing dust, dirt, oxides of lead, lead particles and other impurities etc. Hence, to meet various goals of maintaining employees' health, for factory environments as well as regulatory requirements, it becomes imperative to get high end Air Pollution Control Systems to be installed with the Mini Blast Furnaces.
Xinology GTF Series Glass Tempering Furnaces Are Used To Induce Stress On Glass Surfaces By Thermal Process This type of furnace is also named as glass thermally tempering furnace. Glass strength is increased compared with ordinary glass. Tempered, or also known as toughened glass, will usually shatter into small fragments instead of sharp shards when broken. These small cuboid fragments are less likely to cause injury. Xinology glass tempering furnaces also produce heat strengthened glass or also known as half tempered glass which shatters in big clusters.
Vacuum Precision Casting Furnace Vacuum precision casting furnace is designed for Melting heat-resistant high-temperature alloy material,and Casting of Equiaxed under vacuumed condition as well as for directionally solidified (DS) or single crystal (SC) structures . Efficiency :Crucible Basket to ensure fast crucible exchange and continuous operation. Easy operation: Humanized operation interface; rotary tower charging and temperature measuring devices to freely switch between load charge material and read temperature.
Thermic Fluid Heater
Hyontec sf system curing furnace is widely applied to the surface drying and curing of the zinc-flake coating, alloy coating and outstanding sealant on electroplating industry. These are some reasons hyontec sf system is the no. 1 choice for the application of all above coatings. 1) dismounting & installation conveniently Both belt curing furnace and curing oven can supplied for you by your requirements Container
Boiler pipe is one kind of seamless pipe, and their production style is same. However boiler pipe has strict requirement for steel grade used. According to the usage temperature differences, boiler pipe can be divided into general boiler tube and high pressure boiler pipe. Different country have their own standard for boiler pipes, and they are widely used for heating surface of high temperature boiler, heater, economizer, super heater, re-heater, and petrochemical industry and so on. Production Size Range: OD 21.3mm to 508mm x WT 3mm to 50mm Main standards consist of DIN17175, EN10216, ASME SA-106M, SA-192M, SA-209M, SA-210M, SA-213M, SA-335M, GB3087, GB5310, JIS G3456, JIS G3461, JIS G3462. Advantages of us 1.Professional manufacturer for seamless steel pipe since 2006. 2.Competitive price due to factory production. 3.Comprehensive products list, supplying you with more choice. 4.More than 10years export experience. We can successfully deal with all the unexpected matter during the whole export procedures. FAQ 1.What is the difference between high pressure boiler tubes and low and medium pressure boiler tubes? The differences between high pressure boiler tubes and zhi low and medium pressure boiler tubes are as follows: A.the execution standards is different B.Different use environments High pressure boiler tubes: the working pressure is generally above 9.8Mpa, and the working temperature is between 450â?? and 650â?? Low and medium pressure boiler tubes: the working pressure is generally not more than 5.88Mpa, and the working temperature is below 450â?? C.Different materials Suitable materials for high pressure boiler tubes: 20G, 20MnG, 25MnG, 15MoG, 20MoG, 12CrMoG, 15CrMoG, 12Cr2MoG, 12CrMoVG, 12Cr3MoVSiTiB, etc. Suitable materials for low and medium pressure boiler tubes: 10#, 20# D.Different prices The price of high pressure boiler tubes is higher than that of low and medium pressure boiler tubes. 2.The difference on materials between fluid pipe and boiler pipe? The working environment of fluid pipe is relatively peaceful Boiler tubes have low carbon, strict control of harmful elements, no segregation of carbon elements and good welding performance 3.Why should boiler tubes be heat treated? Stress concentration will occur after bending. Heat treatment is mainly to eliminate stress.
1.Product Introduction Furnace front manipulator is applied in the intermediate frequency induction furnace steelmaking workshop of the steel plant and is installed between the two furnace shells. It can easily compact the large volume of steel scrap or too loose light material when feeding, which makes the volume of steel scrap shrink rapidly and the compactness increases, thus improving the energy conversion and greatly improving the smelting efficiency of induction furnace. At the same time can quickly, flexible induction furnace around the scrap and packaging block sweep into the furnace. with remote control operation to keep the operator away from the furnace opening area and reduce the hidden danger of safety. 2. Main functions 1) a large volume of scrap steel or too loose and lightweight material that can be easily compressed into the material. 2) The volume of scrap is reduced rapidly and the compactness is increased; thus, the energy conversion is improved greatly Melting efficiency. 3) can quickly and flexibly sweep the scrap and packing blocks around the induction furnace into the furnace body, and solve the manual many, low efficiency, unsafe operation problems. 4) Instead of the original manual operation, it solves the high intensity labor under the high temperature environment (about 1500�°C temperature radiation), and realizes the remote control operation, which greatly reduces the casualties of the workers. 5) Rapid pressure reduction, so that the furnace phosphorus is not easy to produce high temperature, reduce the corrosion of quartz sand, greatly lift high furnace refractory life. 3. Advantages: the equipment has high quality and high reliability, stable and continuous operation. (1) The whole mechanism uses the hydraulic cylinder to drive the telescopic, lifting and rotating functions of the manipulator, the driving force is large and the operation is stable. (2) The front and end lever of the inner beam is designed as a fast-mounted structure, which can be replaced quickly. (3) The hydraulic components are concentrated in the rear of the equipment, which can keep away from the heat source and increase the reliability of the operation of the equipment. (4) Use local and remote control (remote control) two control mode, and can switch freely. Remote control operation can be free to shut down and emergency power cut off. (5) The equipment is small in size and takes up less space. 4.The equipment includes: manipulator body, hydraulic system, electric control system.
Product Description: Electric arc furnace (EAF) is steel making equipment untilizing the thermal engergy of arc generated between electrodes and scrap of metallic material, it is widely used for production of top quality carbon steel, alloy steel, stainless steel in steelmaking works and steel casting plant, we have EAF capacity from 0.5t to 125t. Composition of EAF: * Furnace body * Busbar system * Furnace tilting mechanism * Electrode lifting mechanism * Roof up and rotating mechanism * Water-cooling system * Hydraulic system * High voltage system * Low-voltage system * Electric arc furnace transformer Features: -Electric arc furnace is roof lifting rotation and scrap top charging . -It is divided into common power, super power, ultra high power according to the adaption. - It is divided into left operation and right operation according to the operation mode. -Hydraulic tilting system - Electrode regulation controlled by Siemens PLC - Furnace operation controlled by Siemens PLC - Copper-steel composite steel conductive arm -Energy saving busbar system -The tapping form includes: tapping from spout tapping and EBT tapping. -Tubular water-cooled wall and roof -Manipulators with water cooled lances for blowing oxygen and carbon -Advanced designs of the furnace ensure operation reliable and performance excellent.
1.Introduction Induction furnace is widely applicable in steel melting, steel casting, and other metal alloy melting. It is composed of furnace body, hydraulic system, water cooling cable and furnace body changing switch, electrical panels. We have induction melting furnace from 50kg to 70tons. 2.Working Principle The induction furnace uses the medium frequency power source to establish the medium frequency magnetic field, which causes the internal induction eddy current to achieve the purpose of melting materials. 3.Main features: 1).Solid steel structure and durable; 2). Good magnetic isolation, safe and reliable; 3). Solid frequency conversion power supply, easy operation; Adjustable power rate, Easy operation and maintenance 4). Easy to start up with load or free of load 5).Energy saving design type.
Usage â?¢� Used for artificial aging treatment of castings. Divided into car bottom and chamber types. � Technical Parameters â?¢ Maximum heating temperature: 250â?? â?¢ Furnace temperature uniformity: â?¤�±5â?? â?¢ Temperature control precision: �±1
Usage  Used for artificial aging treatment of castings. Divided into car bottom and chamber types.  Technical Parameters Maximum heating temperature: 250 Furnace temperature uniformity: ±5 Temperature control precision: ±1
Usage Used for artificial aging treatment of castings. Divided into car bottom and chamber types. Technical Parameters Maximum heating temperature: 250 Furnace temperature uniformity: ±5 Temperature control precision: ±1
Usage The equipment is mainly used for solution hardening and artificial aging heat treatment of aluminum alloy workpieces and the annealing heat treatment of aluminum alloys. Used for treatment of aluminum alloy T4, T5, T6, T7 and T8. Up to standard! The heat treatment of the aluminum alloy materials conforming to the US military standard SAE AMS 2772E-2008 The heat treatment of the casting aluminum alloys conforming to the Chinese aviation standard HB5446-90 The vertical aluminum solution-hardening furnace, also known as drop-bottom aluminum solution-hardening furnace, is a heating furnace for periodic heat treatment, used for production of ultrahigh-quality workpieces in the war, aerospace, automobile manufacturing and high-voltage electrical equipment industries. Small batch, high qualitythe best choice for solution treatment of aluminum!! Three performance guarantee parameters:  Furnace temperature uniformity: ±3 Temperature control precision: ±1  Workpiece transfer time: 6-15s  Equipment Features A patented self-locking mechanism is adopted for the furnace door, ensuring that the furnace door will not descend by itself under any circumstances.  There is a flexible sealing connection between the furnace door and the furnace body; the furnace door is pneumatically compacted, ensuring the synchronous sealing performance of the whole sealing surface.  Each mechanical action is equipped with a perfect self-locking function, ensuring operation reliability and safety. Especially, there is a well-designed logical relation and reliable hardware-software logic interlocking circuit among the heating system, fan operation system, furnace door switch system, charging basket lifting system, water tank movement system and mixing system. They can keep the equipment and thermal treatment device safe in case a sequence error is caused by manual operation or a failure occurs in an action process during automatic operations.  High furnace temperature uniformity. A large-flow and high-air-pressure heat-resisting fan is adopted, able to generate enough recirculating air quantity and pressure; the super-large furnace consists of multiple temperature control zones including one main zone, ensuring that temperature rises synchronously in all of the temperature control zones; the all-fiber furnace lining minimizes heat loss, ensuring that the furnace chamber temperature gradient is within a certain range. High furnace temperature control accuracy. Multiplex control maximally ensures that the furnace chamber does not overheat, thus protecting workpieces from being softened and over-burnt.
Heating energy sources: natural gas, liquefied petroleum gas (LPG). An imported famous-brand automatic burner or gas burner is adopted, ensuring high heating performance, low noise and zero-discharge of fume, meeting the environmental protection requirements. After heating, the hot furnace gas is blown back to the upper mouth of the crucible through the flue; or preheated the combustion air from the flue heater ex-changer to improve the heating efficiency and reduce fuel consumption. Multiple safety protection modes are adopted, such as gas under-pressure, assisted gas under-pressure, flameout alarm and so on. Melting rate in a cold furnace: 3.5h Melting rate in a heated furnace: 2h
