The technical parameters of intelligent fully automatic ammonia decomposition electric furnace equipment may vary depending on different manufacturers and specific models. The following are some common technical parameter examples:
Hydrogen production: for example, ranging from 1 to 300 Nm ³/h.
Hydrogen purity: generally up to 99.99% or above.
Nitrogen purity: For example, ≥ 99.9%.
Decomposition temperature: usually between 700~850 ℃.
Work pressure: commonly around 0.05 MPa.
In practical applications, specific technical parameters need to refer to the equipment manual or consult the equipment manufacturer to ensure that the equipment can meet specific production needs. If you have specific manufacturers or models of equipment, you can provide more detailed information to obtain more accurate technical parameters.
For example, the technical parameters of a certain model of ammonia decomposition electric furnace equipment may be: hydrogen production rate of 5-90 Nm ³/h; Decomposition temperature of 800~850 ℃; Working pressure of 0.05 MPa; Hydrogen accounts for 75% and nitrogen accounts for 25% of the hydrogen nitrogen mixture gas; Each kilogram of liquid ammonia can produce 2.6 m ³ of gas mixture; Temperature control accuracy within ± 1 ℃ range, etc.
These parameters reflect important characteristics such as gas production capacity, gas purity, and working conditions of the equipment, and have important guiding significance for the selection and use of ammonia decomposition electric furnace equipment. Meanwhile, the performance of the equipment may also be affected by factors such as catalyst type, furnace structure, and control system.
Application:
Thchnical Parameters:
Specifications:
| Description |
| Continuous gas shielded aluminum brazing furnace equipment |
| Automatic constant temperature control |
| Advantage: safe operation. |
| Operator: 1 person. |
| Rated Power(KW) | 60 |
| Rated Voltage(V) | 380x3 |
| Working Temperature(℃) | 1150 |
| Effective Cooling Length (MM) | 4000 |
| Heating up time(h) ≤4 |
| Empty furnace loss power (KW) | 30 |
| Heating element connection method | YYY |
| Decomposition power (KW) | 16 |
| Decomposition capacity (m ³/h) | 40 |
| Heating size (L*W*H) mm | 2550x1550x2100
|
Characteristic:
●Adoptfor heat-resistance stainless steel belt or mesh belt transmit the heat treatment workpieces to pass through heating zone and colingzoneAndinjectinsert gas or gas ammonia decomposition as a protective atmosphere to prevent and avoid the workpiece oxidation in the processafheatingand cooling, to ensure the brazing surface brightness, no oxidation, no scratches and welding line satiation
●Fumacehearth(i.e.hearting zone or muffle) adopt for imported Sweden heat-resisting temperature nickel metal 310S) to ensure thattheworkprietemperature come down to technical requirement when outlet.
●Withreasonable structure ofheating, uniform furnace temperature, workpiece on the conveyo belt running smoothly, lit deformation. Fumaehearth sze Canbe acroding to customer's dif size of the product and production design and manufacturing, with a strong specificity and generality.
●Channelfurnace overall appearance is "bridge" structure, front back inlet and outlet chamber using high quality materials into intermediate sandwichpipe body;The front and back working face with horizontal line to be a certain angle, the angle designis6 ' . lts advantages to saving protectiveatmosphere consumption, reduce the production cost.
●Adopts advanced frequency control of motor speed conveyor belt control system, realize the stepless variable speed drive of components, preciselycontrolthe workpiece in the running time of the heating zoen, ensure the aluminum brazing process curve accurate implementation.
● Equipped with modem energy saving type ammonia decomposition funace.
Product Tags:
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Safe Stable Precise Temperature Control Industrial Ammonia Decomposition Furnace Equipment Images
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