Essco Industrial furnace For metallurgical heat treatment such as hardening, annealing, carborising, tempering Types of furnaces Box type Bogie hearth type Conveyor type Bell type Pit type
Andalusite brick contain Al2O3 more than 48%, which is made of high grade bauxite through high temperature calcinations. Its refractories is usually above 1770 Â°C. The main mineral components are corundum and mullite phases. It is a kind of neutral refractory material so that it enjoys excellent resistance to acid and alkali corrosion. According to Al2O3 content,it can be divided into three degrees:The Al2O3 content is more than 75%.The Al2O3 content range from 60% to 75%.The Al2O3 content range from 48% to 60%.
Hunan Baling Furnace Energy Conservation Co.,Ltd(Baling Energy, stock code:831054)is established in Nov.1998, as a professional high-tech manufacture engaged in R&D designing, manufacturing and servicing for industrial energy-saving furnace equipments. The main products include no bypass unpaired reversible regenerative combustion type furnaces, rotary regenerative air pre-heater, silicon carbide metal combination air pre-heater, blower and induced draft fan for combustion system etc., which are used widely for non-ferrous metal, machinery, building material, ceramic, steel, petrochemical and similar industries. www.blenergy.cn
Features: it(av) 2472a Interdigitated amplifying gates vdrm/vrrm 1900-2500v Fast turn-on and high di/dt tq 35~70us Low switching losses itsm 27ka I2t 3645103a2s Typical applications: Inductive heating Electronic welders Self-commutated inverters
BL Energy Industrial smelting furnace Application range : 1350degree regenerative series application Aluminum and other non ferrous metal smelting furnace Steel furnace, heat treatment furnace Temperature refractories, ceramics, sintering brick kiln 1650degrees regenerative series application Copper, steel, iron and other high temperature furnace Refractories, ceramics and other high-temperature sintering furnace Glass, building materials and other high temperature furnace Product Features Technical specification 1). Temperature efficiency: 90%,maximum as 93% 2). Total recovery rate of flue gas: 90%,maximum as 92% 3). Comparison with non energy saving furnace: 1350degrees Series energy saving rate : 40% to 60% 1650degrees Series energy saving rate : 50%to70% 4). Comparison with traditional paired regenerative combustion technology, the energy saving rate: 20%to30%
Quick details Type: centrifugal fan electric current type: ac blade material: cast iron mounting: free standing place of origin: henan, china (mainland) brand name: hengtong model number: xts-100 power: 1.1~15kw voltage: 380~660v, 3~11kv air volume: 844~15455m3/h speed: 960~3550r/min certification: iso 9001:2008 after-sales service provided: engineers available to service machinery overseas type: centrifugal fan brand name: hengtong electric current type: ac blade material: carbon steel mounting: free standing driving mode: dire 0 60~3550r/min total pressure: 251~4500pa power: 1.1~15kw 1-15feet;1000-3000kg;
Coke less Blast Furnace This Technology is the most efficient for the Existing Blast Furnace Plants to Produce the Pig Iron and that too on the Non-coking Coal instead of the Expensive Metallurgical Coal. The most economical way to produce the Pig Iron from the Coal, but the Limitation is there, that is, it works well with MBFs (Mini Blast Furnace 60-80m3) only. The Larger Capacity Blast Furnace are yet to be optimized and adjusted accordingly.
Continuous Coconut Shell Carbonization Furnace This machine is equipped with:Auto-feeding Conveyor, Biomass Gasifier equipment, Dust-Removal Device, Gas cleaner system, PLC controlled and manual / automatic dual- control System, Cooling and Discharging conveyor, Carbonization Furnace and other equipments. While Carbonization of the raw material inside of the Carbonization Furnace (like coconut shell, sawdust, Palm shell, rice husk, straw, wood scrap etc.), the produced Flue Gas is recirculated in pipeline and is fed back to Heating System after purification, becomes combustible gas (carbon monoxide, methane, ethane). When the temperature reached, Carbonization furnace starting carbonizing the raw materials fed, producing the flue gases, which becomes a combustible gas after spray pour, cooling purification by the cooling purification system, to continue the carbonization Process, then Gasifier stops working or set on the minimal use. Temperature is been regulated and controlled by control system. The Feeding of the Raw Material is also regulated for the Qualified End Product. Based on the requirement of the Plant ie output of the finished Product, we can deploy a set of Furnace or Bank of furnace to yield the desired production quantum. Plant Capacities : 300 kg/hr to 2000 Kgs/hr continuous type.
Rotary Hearth Furnace Based Pig Iron This is the Latest Technology to Produce the Pig Iron or MS Iron out of the Iron Ore Fines and Non-coking Coal. In this Technology, the Coal Consumption is the minimal as compared to the Tunnel Kiln Process or Rotary Kiln Process. Through RHF, either Pig Iron (Fe=96-97% C=3.0-4.0%) or MS Steel (Fe=99% C=0.2% Mn=0.3% etc) or HBI (Hot Briquetted Iron) (Fe=92% C=0.25%) can be made, depending upon the requirement. The entire time for the Reduction, Melting and Product Out will be around 45 min, so the larger capacity of the Plants can be made. This process is also Lowest Space Consuming Plant. The Best Part of this Technology is that we can Product the Ferro Alloys too, like Ferro Nickel (Fe-Ni), Ferro Chrome (Fe-Cr) or Ferro Vanadium (Fe-V) etc from the same Plant, by implementing different Parameters of Operations. We can Control the Low Carbon Ferro Chrome, MS Steel and many more.
By plane; By within door. Stable s pond your requests within 8-working-hour. Gross weight:about 1 ton Cbm:around 3cbm
Processing natural gums resins, gum copal, gum benzoin, damar batu, agro commodities like copra, de-husked mature coconut, turmeric, galangal, ginger, cinnamon, cloves, betel nut, fresh fruits mango, mangosteen, pineapple, strawberry, oranges, fresh vegetables like red onions, chilli, shallots, garlic.Manufacturing, processing & trading
Submerged arc furnace¡ait¡¡¥s also known as electric arc furnace or resistance electric furnace. It is mainly used to reducing smelting ore, carbonaceous reducing agent and solvent etc. Mainly adapts to production of ferrosilicon, ferromanganese, ferrochrome, ferrotungsten, silicon manganese alloy and other ferrous alloys, it is an important smelting furnace in metallurgical industry for production of industrial raw materials and calcium carbide and so on chemical raw materials. The working character is to use carbon or magnesia refractory materials as furnace lining, use self roasting electrode. Electrode inserts into the materials inside the furnace for submerged arc operation, using arc energy and current through the materials, and due to the resistance of the materials and produce energy to melt metal. It¡¡¥s a kind of industrial furnace which is worked continuously, charged material in succession, and tapped out metal or slag in intermittent. Capacity:3000kva-33000kva, smelting different ferroalloy by ores.
This equipment combined the functions of aluminum bar sawing bench and heating furnace, which can complete relevant operations concurrently. It's energy saving and short working time.
This machine combined the function of aluminum bar sawing bench and aluminum bar heating furnace, which can complete relevant operations concurrently. Heating type:gas burning inside there is hot air insulation material filled in the furnace wall,flame heating on the surface of the workpiece direct so that absorbing more heat. Just only need 20 mins from normal temperature to the operating temperature. Equip to independent nozzle. The material rack adopts automatic feeding and recharging mode for labors saving.
This equipment is mainly used to the final hardening treatment to the finished aluminum profile .There are single-door, double-door, skip manual skip maneuvering mode and so on. Heating type is oil burning, gas burning, and electric heating. It is mainly used to aluminum profile aging , as well as drying and sintering at the same max temperature is 260 degree.
1. High-quality heat source Under common-pressure liquid, the oil transfer heating system can output hot oil of maximum 350 fª for the heat user; Our heat-conducting oil heating systems applied the Fuji temperature control instrument and the intelligent self-tuning temperature control technology. The control precision is about f+ 1 fª and accurately control in the range of the used temperature; the main power for the heating used the solid-state modules non-contact switch circuit in order to adapt to the frequent switching and have no interference to the power supply. Dry combustion can also be avoided. The hot oil cooling system can be designed according to the end userf+s requirement, so that it can satisfy the process requirement of rapid cooling after heating up; 2. To save energy and low operating costs Heat-conducting oil heating system is the liquid phase closed cycle. The temperature difference between the output oil temperature and the return oil temperature is 20-30 fª, that is only to heat a temperature difference of 20-30 fª can the working temperature be reached. Meanwhile, no water treatment equipment is required for this device. No lose of steam runningf= steam reekingf=steam dropping and steam leakage as the steam boiler. The utilization ratio of heat is very high. It can save about 30% energy compared with the steam boiler. 3. Low Equipment Investment Due to the reason that the system of the heat-conducting is simplef=no water treatment equipment and more auxiliary equipmentf=low pressure bore by the boilers etc., the investment for the whole system is comparatively low; 4. Safety Because the system only withstands the pump pressure and there is no explosion risk for the heat conduction oil heating system, it is more secured; 5. Environmental Protection The environmental effect of the organic heat carrier heating system is mainly reflected in the minimal fume emissions, no sewage pollution and no thermal pollution; 6. Widely Application It can be applied in the following areas: by high-temperature shapingf= plate heatingf= rubberf= dryingf= dyeing and printingf= chemical industryf= plywood productionf=rolled water-proof material productionf= asphalt heatingf=non-woven hot-rolled machine, fiber glass press machinef= reaction kettlef= mould f=drying roomf= oven and other heating required industries. In wooden cases
Our steam pressure reducing station are pre-fabricated manufactured ready to install units for steam system management. The pre-assembled steam pressure reducing stations are individually sized to meet end-user's specific needs. lnlet and outlet piping & valve are sized as per best engineering practices. Each unit is custom engineered and designed to meet specific system requirements. All upstream & down stream pipe work & fittings are adequately sized to ensure that only the required pressure drop occurs across the control valve itself.
This is basically A heat transfer equipment to heat air prior to entering in the furnace with a primary object to increase thermal efficiency of hot flue gases are passed through the tubes and air outside the tubes. The heat of the boiler flue gas is recovered in APH to increase the air temperature & the thermal efficiency is increased. Another advantage is that the flue gas is sent to chimney stack at lower temperature allowing simplified design of ducting & flue gas stack. It also allow controls the temperature of flue gas leaving the stack to meet emissions regulation / pollution control. Salient Features: Easy installation Low maintenance cost Robust construction Compact High efficiency
Industrial Hot Water Generators are vented systems provide temperatures up to 98°C. Pressurized systems are essentially closed loop required for indirect heating and provide temperatures up to 150°C without boiling or steam formation. The system is suitable to heat water up to 250°C with combustion of any solid fuels like wood, coal, bagasse, corn cobs, agrowaste, lignite, petcoke, etc. System is designed with all safeties & controls well defined for safe operation without lesser maintenance. Salient Features: Heat transfer efficiency Long thermic fluid life Corrosion free No scale problems No boiler regulation High temperature Abrasion resistant Easy to use Capacity:600,000 to 10,000,000 kcal/hr. Temperature:upto 200°C Fuel:Coal / Wood / Lignite / Paddy Husk / Petcock / Saw Dust / Bagasse / etc