- Overview
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Basic Info.
Model NO.
7N-30I
Gas Type
Argon
Noise Level
Ultra Low
Parts
Air Purification Components
Purification Method
Adsorption
Purification technology
High-Temperature Catalysis and Room-Temperature Ad
Purpose
Gas Purification
Product Model
7n-10
Purifiable Gases
N2, Ar He, Xe, Ne, Kr
Standard Flow Rate
30nm3/H - 6000nm3/H
Maximum Pressure
1.0
Maximum Pressure Drop
0.1
Particle Filter
1
Removed Impurities
H2O, O2, Co, CO2, H2,CH4, Nmhc
Purification Performance
<5ppb
Transport Package
Wooden Case or Container
Trademark
WOBO
Origin
China
HS Code
8421399090
Production Capacity
10-20000nm3/H
Product Description
N2/H2/O2/Ar/He/NH3/CO2/Clean Dry Air/Point Of Use 7N-9N Purification Plant
ISO9001 99.9999999% 9N Argon-Production-Plant For Welding
Flow Range: 30-6000 Nm³/h
9N Inert Gas Purification System
The 9N Inert Gas Purification System consists of two main parts: the gas circuit and the electronic control. The gas circuit
includes a high-temperature catalyst purification unit, multiple parallel low-temperature catalyst purification units, a series of pneumatic valves, gas pipelines, and heat exchangers. This system combines high-temperature catalysis and low-temperature adsorption to remove impurities such as H2O, O2, CO, CO2, CH4, NMHC, and H2 from the process gas, reducing them to less than 1 part per billion (ppb). It can be equipped with particle filters with a filtration precision of 0.003 microns.
Flow Range: 30-6000 Nm³/h
ISO9001 99.9999999% 9N Argon-Production-Plant For Welding
7N Inert Gas Purification System
The 7N Inert Gas Purification System consists of two main parts: the gas circuit and the electronic control. The gas circuit
includes a high-temperature catalyst purification unit, multiple parallel low-temperature catalyst purification units, a series of pneumatic valves, gas pipelines, and heat exchangers. This system combines high-temperature catalysis and low-temperature adsorption to remove impurities such as H2O, O2, CO, CO2, CH4, NMHC, and H2 from the process gas, reducing them to less than 5 parts per billion (ppb). It can be equipped with particle filters with a filtration precision of 0.003 microns.
The electronic control part includes a PLC (Programmable Logic Controller), temperature controllers, and a touch screen. This part manages the purification, regeneration, and safety alarm processes, ensuring the purification system operates continuously, safely, and stably.
Flow Range: 30-6000 Nm³/h
Impurity Levels: Less than 5 ppb for all impurities in the output gas
Methane Removal: Capable of removing methane from inert gases
Filter Option: Can be configured with 0.003-micron filters
Purification Tank Material: 316L stainless steel
Catalyst Units: One high-temperature catalyst unit and multiple low-temperature adsorption units; the initial stage does notrequire regeneration, while the later stage regenerates in situ
Catalyst Units: One high-temperature catalyst unit and multiple low-temperature adsorption units; the initial stage does notrequire regeneration, while the later stage regenerates in situ
Operation: Fully automated and continuous gas supply
| Product Model | 7N-30-I | 7N-300-I | 7N-1000-I |
| Purifiable Gases | N2, Ar He, Xe, Ne, Kr | ||
| Standard Flow Rate | 30Nm3/h,40Nm3/h,60Nm3/h,100Nm3/h,150Nm3/h,200Nm3/h | 300Nm3/h,400Nm3/h,600Nm3/h,800Nm3/h | 1000Nm3/h,1500Nm3/h,2000Nm3/h,3000Nm3/h,4000Nm3/h,6000Nm3/h |
| Maximum Pressure | 1.0 | 1.0 | 1.0 |
| Maximum Pressure Drop | 0.1 | 0.1 | 0.1 |
| Particle Filter | 1 | N/A | N/A |
| Removed Impurities | H2O, O2, CO, CO2, H2,CH4, NMHC | ||
| Purification Performance | <5ppb | ||
| 7N Inert Gas Purification System | 9N Inert Gas Purification System |
9N Inert Gas Purification System
The 9N Inert Gas Purification System consists of two main parts: the gas circuit and the electronic control. The gas circuit
includes a high-temperature catalyst purification unit, multiple parallel low-temperature catalyst purification units, a series of pneumatic valves, gas pipelines, and heat exchangers. This system combines high-temperature catalysis and low-temperature adsorption to remove impurities such as H2O, O2, CO, CO2, CH4, NMHC, and H2 from the process gas, reducing them to less than 1 part per billion (ppb). It can be equipped with particle filters with a filtration precision of 0.003 microns.
The electronic control part includes a PLC (Programmable Logic Controller), temperature controllers, and a touch screen. This part manages the purification, regeneration, and safety alarm processes, ensuring the purification system operates continuously, safely, and stably.
Flow Range: 30-6000 Nm³/h
Impurity Levels: Less than 1 ppb for all impurities in the output gas
Methane Removal: Capable of removing methane from inert gases
Filter Option: Can be configured with 0.003-micron filters
Purification Tank Material: 316L stainless steel
Catalyst Units: One high-temperature catalyst unit and multiple low-temperature adsorption units; the initial stage does not require regeneration, while the later stage regenerates in situ
Catalyst Units: One high-temperature catalyst unit and multiple low-temperature adsorption units; the initial stage does not require regeneration, while the later stage regenerates in situ
Operation: Fully automated and continuous gas supply
| Product Model | 9N-30-I | 9N-300-I | 9N-1000-I |
| Purifiable Gases | N2, Ar He, Xe, Ne, Kr | ||
| Standard Flow Rate | 30Nm3/h,40Nm3/h,60Nm3/h,100Nm3/h,150Nm3/h,200Nm3/h | 300Nm3/h,400Nm3/h,600Nm3/h,800Nm3/h | 1000Nm3/h,1500Nm3/h,2000Nm3/h,3000Nm3/h,4000Nm3/h,6000Nm3/h |
| Maximum Pressure | 1.0 | 1.0 | 1.0 |
| Maximum Pressure Drop | 0.1 | 0.1 | 0.1 |
| Particle Filter | 0.003 | N/A | N/A |
| Removed Impurities | H2O, O2, CO, CO2, H2,CH4, NMHC | ||
| Purification Performance | <1ppb | ||
| Large-scale Integrated Circuit Manufacturing | Semiconductor Discrete Device Manufacturing | Large Silicon Wafer Production |
| Panel and Display Manufacturing | Optical Fiber Preform Production | High-efficiency Solar Cell Production |
| LED and Laser Diode Manufacturing | Production of Ultra High Purity Gases, Mixed Gases, and Standard Gases |
