The LBP100 plasma spraying equipment developed by the company is a new type of plasma spraying system, which adopts a 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. LBP100 spraying system is a spraying equipment developed on the basis of introducing, digesting and absorbing foreign advanced equipment and technology, and has a variety of significant characteristics compared with other plasma spraying equipment.
LBP100 equipment panel settings are all operated through the touch screen, with the world's leading functional modules, all kinds of common operations, information display and fault alarms are readily available, and very in line with the user's operating habits, easy to use, stable quality.
Able to feed powder at low pressure in the powder feeder, unlike some spray guns that require a high pressure powder feeder
This system adopts the operation of PLC control system, the operator can easily input the relevant process parameters or call the previous spraying formula through the graphical man-machine interface, and the whole process of spraying can be recorded and monitored in real time inside the system.
Adopt liquid crystal display, digital operation; It can realize reasonable and fast arc extinguishing function on the basis of fully satisfying the power supply work
The system is equipped with 2 powder feeders, one for primer powder, one for surface layer powder, two do not interfere with each other, C-1000 powder feeder is a high-precision powder feeding mechanism with planetary turntable output, which is suitable for the accurate conveying of powder in thermal spraying and laser melting equipment.
The LBP100T adapter box is the transfer center of the whole spraying system, which connects the power supply, control cabinet, heat exchanger and spray gun together. The box is equipped with high-frequency ignition, water channel and alarm device. The box can be moved, and the water cable will mix the water and electricity of the plasma equipment and send it to the spray gun, and at the same time provide the high-frequency pulse voltage required when the spray gun starts the arc and detect the return water temperature and cooling water pressure of the spray gun, which is light and flexible, and easy to drag. The arc starting performance is good, and the instantaneous current impact of the nozzle is reduced when the nozzle is arcing.
DX-15AD cold water system It intelligently selects "cooling" or "cycling" depending on the temperature you set compared to the actual temperature at present. At the same time, the IC circuit will monitor the operation status of the entire chiller from time to time, and in case of accidents, the equipment will be displayed in the form of corresponding fault codes on the LCD screen, and the display will send out an alarm.
The main gas is argon, and the auxiliary gas is hydrogen or nitrogen.
The spray gun provides the following accessories: nozzles, powder feeding tubes and powder feeding racks, water cables, electrode heads, insulators, sealing rings, special tools, etc. This type of spray gun is used for production thermal spray operations and can work continuously for long periods of time.
Project | Parameter |
Working current | 100 ~ 1000A |
Working voltage | Ar+H2 30~80V |
Maximum stable output power | ≥50kw |
Flame temperature | 4000-5000°C |
Flame speed | 180-380m/s |
Powder delivery method | Dual mode of internal powder feeding and external powder feeding |
Size weight | 130*180*200mm, 2.3kg |
LBP100 plasma spraying main control cabinet
The thermal spraying process is programmed and controlled on the 12.1-inch touch color display;
Control up to five kinds of plasma spray guns, SG100S, F4, F4, 9M, 2086, 2700, and supporting various spraying processes;
Control 2-way powder feeding, and upgrade up to 8-channel powder feeding mode;
Flammable and explosive gas detection leakage probe;
Safety interlocking of the whole thermal spraying process;
5000 spraying formulas can be stored;
Data monitoring: real-time monitoring of all spraying parameters, such as argon, nitrogen, hydrogen and other gas flow, pressure, current, power, voltage, cooling water flow, cooling water temperature, carrier gas flow, plasma power, water pressure, etc.;
The spray gun can be controlled to maintain a low-power ignition state to avoid frequent ignition of the equipment;
Anti-freezing mode, in the severe cold areas of the north, turn on the anti-freezing mode in winter
Spray gun accessories use replacement cycle reminder function
Information center: uninterrupted display of system status and alarm information;
Operator level password protection: In order to ensure safe operation, the system provides 3 operator levels according to the operator level to assign operation authority;
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 |
Plasma spraying main power supply is a new type of constant current mode power supply, using 80KW inverter power supply for control, communication using optical fiber and PLC communication, greatly improve the stability of the power supply, control the power supply voltage fluctuation plus or minus 1V, current plus or minus 1A, is the current excellent plasma power supply.
Touch screen display, full digital diagnosis and operation;
It can realize the corresponding protection of ignition, and can realize the reasonable and fast arc extinguishing function on the basis of meeting the power supply work;
It has a complete data acquisition system, which monitors the power supply voltage, current, cooling temperature, pressure, power, etc. in real time, and feeds back and analyzes the data in a timely manner, so as to play a role in timely gun protection.
Project | Parameter |
Input power supply | AC380/3P/50Hz±5% |
Rated output power | 80kw |
Working current | 100-1000A |
Working voltage | 30-80V |
Power supply characteristics | Constant current source |
Current accuracy | <1% |
Load rate | 90% |
Size weight |
The powder feeder is a high-precision powder feeding mechanism with planetary turntable output, and the powder output is uniform.
Using small flow of nitrogen or argon as the powder feeding gas, the powder reaches the powder outlet with the rotation of the bottom powder feeding tray, and enters the spray gun together with the powder feeding gas, which saves more gas than the traditional medium and high pressure powder feeder.
Wide range of powder particle sizes.
Adopt the latest inclined structure in the world, which is convenient for cleaning the powder, and it only takes 3 seconds to turn over the barrel body and pour out the powder.
Project | Parameter |
Input power supply | AC220V/2P/50Hz |
Input power | 0.2kw |
Powder delivery method | Planetary turntable |
Powder cleaning method | Barrel body flip type |
Powder cylinder mode | Monotube |
Self cleaning function | Yes |
Volume of powder storage cylinder | 2.5L |
Powder feeding gas | Nitrogen or argon |
Powder feeding pressure | 0.1-0.6Mpa |
Carrier gas flow rate | 0~15L/min |
Powder feeding speed | 0~220g/min |
Powder feeding accuracy | ±2% |
Powder size | 5-150μm |
Size weight | 520*410*1260mm, 42kg/Pcs |
LBP100T Plasma integrated adapter box
The water and electricity of the plasma equipment are mixed and sent to the spray gun, and the high-frequency pulse voltage required when the spray gun starts the arc is provided at the same time, and the return water temperature and cooling water pressure of the spray gun are detected, which is lightweight and flexible, and easy to drag. The arc starting performance is good, and the instantaneous current impact of the nozzle is reduced when the nozzle is arcing
Project | Parameter |
Input power supply | AC380V/2P/50Hz |
Input power | 0.5kw |
Control mode | External control |
Output high-frequency voltage | AC2500~3000 |
Current from power supply | 100-1000A |
Maximum inlet pressure | 20Bar |
Cooling water flow rate | 0-40L/min |
Size weight | 800*300*1260mm, 65kg |
DX-15AD chiller
Equipped with a globally leading fully-sealed scroll compressor, this system integrates the motor and compression chamber, eliminating any risk of shaft seal leakage.
Its flexible compressor design ensures exceptionally quiet operation.
The all-in-one design allows users to simply connect the power supply and water pipes to start using the system immediately.
Featuring imported high-efficiency heat exchange copper tubes in the heat exchanger, it offers superior heat transfer performance.
With a digital temperature controller, the system boasts a high level of automation.
It automatically monitors either the outlet or return water temperature, adjusting the compressor's operation through the controller to optimize cooling capacity, enhancing energy efficiency and effectiveness.
The unit includes various fault indicator displays, making it easy for users to quickly diagnose any issues.
Designed for a maintenance-free operation lifespan of 80,000 hours.
Minimal maintenance requirements ensure extremely low upkeep costs.
Item | Model/Specification | ||
DX-15AD | |||
Standard cooling capacity | Kcal/hr | 39861 | |
kw | 46.35 | ||
Total input power | kw | 17 | |
Powder | 3N-380V-50HZ | ||
Refrigerant | Name | R22 | |
Control mode | Expansion valves | ||
Compressor | Type | Fully enclosed scroll type | |
Efficiency | kw | 5.5KW*2 | |
Condenser | Type | Fin type | |
Cooling air volume | m3/h | 15000 | |
Evaporator | Type | Coil evaporator | |
Water tank capacity(m³) | 0.285 | ||
Frozen water Volume | m3/h | 7.98 | |
Inlet and outlet water pipe diameter | G1-1/2″ | ||
Water pump | Power | Kw | 0.37 |
Head | m | 20.5 | |
flow rate | m³/H | 2 | |
Water pump | power | Kw | 2.2 |
Head | m | 100 | |
flow rate | m³/H | 4 | |
Security | Compressor overheat protection, overcurrent protection, high and low pressure protection, over-temperature protection, flow protection, phase sequence/phase loss protection, exhaust overheat protection, anti-freeze protection. | ||
Temperature control range | Adjustable from 5°C to 25°C | ||
Mechanical dimensions | Long(L) | MM | 2400 |
Wide(W) | MM | 850 | |
High(H) | MM | 1580 | |
Mechanical weight | KG | 520 | |
Illustrate: | 1. The outlet water temperature can be adjusted to a minimum of 5 degrees | ||
2. The medium on the refrigerated side of the unit must be water; |
Aerospace
It is used for engine components such as blades, turbine discs, and combustion chambers, where thermal barrier, wear - resistant, and anti - oxidation coatings can be prepared. It can also be used for the preparation of surface protection and functional coatings on spacecraft structural components.
Automotive
Wear - resistant coatings can be sprayed on components such as engine blocks, pistons, and valves. It can also be used for the surface treatment of components in the braking system and exhaust system.
Energy
It is used for the surface protection and performance improvement of equipment components in thermal power generation, nuclear power generation, and new energy fields such as solar energy and fuel cells.
Electronics
It can be used for heat dissipation and anti - corrosion of electronic components, as well as the preparation of conductive and optical thin - film coatings in display technology.
Biomedical
It is used for the surface treatment of medical devices such as artificial joints, dental implants, and pacemakers, and can also be used as a drug delivery carrier.
Machinery Manufacturing
Coatings with properties such as wear - resistance, high - temperature resistance, and demoulding can be prepared on the surfaces of components such as cutting tools and molds.
Petrochemical
It is used for the inner - surface protection of equipment such as pipelines, reactors, valves, and pump bodies.
Textile Machinery
Coatings with properties such as wear - resistance, friction - reduction, and anti - sticking can be sprayed on the surfaces of components such as rollers, yarn guides, hot rollers, and drying cylinders.
Iron and Steel Metallurgy
It is applied to the surface protection and performance improvement of components such as continuous casting molds and rolls.
Ignition control. After pressing to start, the system will automatically adjust the current and voltage, main gas and secondary gas according to the pre-set process parameters. Run steadily to the user's desired parameters.
Shutdown control. Press Stop, and the system will shut down automatically
System purification. Press the purification, open the main gas solenoid valve, and purify the spray gun.
High-frequency test. Press the high frequency, start the high frequency generator, check whether there is a high frequency spark in the spray gun, if not, solve it in time.
Arc current regulation. to achieve currents for different processes.
Running and standby control, press to start, and the system will automatically adjust to the preset standby parameters.
Press down to standby operation, the opposite is true.
Q: What spraying materials are compatible with your plasma spraying equipment?
A: Our plasma spraying equipment can be adapted to a variety of common spraying materials, such as ceramic powders (including alumina, zirconia, etc.), metal powders (such as nickel-based, cobalt-based alloy powders). In addition, we also provide customized services.
Q: How difficult is the operation of the equipment? Do you need long-term operation training for professional technicians?
A: This device adopts an intuitive and concise human-computer interaction interface, and the operation process is clear and straightforward. For the first time, we will provide detailed operation manuals, video tutorials, and arrange professional engineers to conduct online or offline training and guidance. In case of follow-up problems, our after-sales team will also respond at any time to provide technical support.
Q: Is the maintenance of the equipment complicated? Is it expensive to maintain?
A: The maintenance of the equipment is relatively simple and easy. The overall maintenance cost is low, and we also provide you with a maintenance plan to help you easily manage your equipment maintenance and extend the life of your equipment.
Q: What international quality standards does your equipment comply with? Are there any certifications?
A: Our plasma spraying equipment is manufactured in strict accordance with ISO 9001 quality management system standards to ensure reliable quality control at every step. At the same time, the products have obtained CE certification and other internationally recognized certificates, in line with the access requirements of mainstream international markets such as the European Union, you can purchase with confidence, and the product quality and safety are firmly guaranteed.