An ammonia decomposition furnace is a device used to decompose ammonia gas into hydrogen gas and nitrogen gas.
Ammonia decomposition furnaces usually use electric heating or gas heating to decompose ammonia gas under certain temperature and catalyst conditions. Its working principle is based on a chemical reaction: 2NH ∝⇌ 3H ₂+N ₂.
In industrial production, ammonia decomposition furnaces play an important role. Firstly, it can provide high-purity hydrogen and nitrogen gas. Hydrogen can be widely used in various processes that require a reducing atmosphere, such as metal heat treatment, semiconductor manufacturing, etc; Nitrogen is commonly used to protect the atmosphere, inert gas environment, etc.
There are many advantages to ammonia decomposition furnaces. It has the characteristics of high decomposition efficiency, high gas purity, stable and reliable operation, and easy operation. At the same time, through reasonable design and optimization, energy conservation and consumption reduction can be achieved, and production costs can be reduced.
In terms of equipment structure, ammonia decomposition furnaces usually include heating systems, reaction chambers, catalyst beds, temperature control systems, gas purification and separation devices, and other parts. Different types and specifications of ammonia decomposition furnaces can meet the production needs of different scales and process requirements.
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) | 90 |
| Rated Voltage(V) | 380x3 |
| Working Temperature(℃) | 1150 |
| Effective Cooling Length (MM) | 3000 |
| Heating up time(h) ≤4 |
| Empty furnace loss power (KW) | 23 |
| Heating element connection method | YYYY |
| Decomposition power (KW) | |
| Decomposition capacity (m ³/h) | 0 |
| Heating size (L*W*H) mm | 3000x1550x2100
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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.
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