LBP-130H suspension plasma spraying equipment
The LBP130H plasma spraying equipment developed by the company is a new type of plasma spraying system, which adopts mass flow controller and a new generation of optical fiber controlled inverter power supply as the core configuration system, and is also one of the most popular plasma spraying equipment in the world. Plasma spraying is a technology for material surface strengthening and surface modification, which can make the surface of the substrate have the properties of wear resistance, corrosion resistance, high temperature oxidation resistance, electrical insulation, heat insulation, radiation protection, wear reduction and sealing. The basic principle of plasma spraying technology is to use a plasma arc driven by direct current as a heat source to heat ceramics, alloys, metals and other materials to a molten or semi-molten state, and spray them on the surface of the pretreated workpiece at high speed to form a firmly attached surface layer. Plasma spraying is also used for medical purposes, where a layer of tens of microns is applied to the surface of artificial bones as a way to strengthen artificial bones and enhance their affinity. LBP130H spraying system is a spraying equipment developed on the basis of the introduction, digestion and absorption of foreign advanced equipment and technology, and has a variety of significant characteristics compared with other plasma spraying equipment.
The panel settings of the LBP-130H device are all operated through touch screens, with internationally leading functional modules. It is equipped with various commonly used operations, information display, and fault alarms, and is very in line with user operating habits. It is simple and easy to use, with stable quality.
LBP-130H Functional interface for full closed-loop control
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LBP-130H Functional interface for closed-loop control
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Process storage and call interface
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Plasma Thermal spraying control cabinet(LBP-130H)
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Project |
Parameter |
| Input power supply |
AC380V/3P/50Hz |
| Input power |
1kw |
| Control type |
PLC+touch screen+mass flow controller |
| Main gas type and pressure |
Argon0.6Mpa |
| Secondary gas type and pressure |
Hydrogen0.7Mpa |
| Current fluctuations |
≤±1A |
| Voltage fluctuation |
≤±1V |
| Fluctuation of argon flow rate |
≤±1L |
| Hydrogen flow fluctuation |
≤±0.5L |
| Size weight |
630*600*1850mm, 130kg |
HVPJ130 Plasma flame spraying gun
| Project |
Parameter |
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| Working current |
100 ~ 1000A |
| Working voltage |
Ar H2 is 0-200V |
| Maximum stable output power |
It can be greater than 100kw |
| Flame temperature |
6000-8000°C |
| Flame speed |
180-380m/s |
| Powder delivery method |
Dual mode of internal powder delivery and external powder delivery |
F1500 Powder feeder
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Project |
Parameter |
| Enter the power supply |
AC220V/2P/50Hz |
| Input power |
0.5kw |
| Powder delivery method |
Extruded |
| Powder cartridge mode |
Monotube |
| Self-cleaning function |
YES |
| Cylinder volume |
2L |
| Liquid flow |
30-60ml/min |
| Powder feeding accuracy |
±2% |
LBP-130HT Plasma integrated transfer box
Project
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Parameter
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| Enter the power supply |
AC380V/2P/50Hz |
| Input power |
0.5kw |
| Control mode |
External control |
| Output high-frequency voltage |
AC2500~5000 |
| The current coming from the power supply |
100-1000A |
| Maximum inlet pressure |
15Bar |
| Cooling water flow |
0-40L/min |
Presentation of achievements and certificates
Audited Supplier 
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