Basic Info.
Model NO.
HV-80-JP
Input Power
5000W
.Kerosene Pressure/Flow
1.2MPa 0~60L/H
Oxygen Pressure/Flow
1.6mpat0~40m/H
Transport Package
Wood
Specification
powder feeder, spray gun and control cabinet
Trademark
Lijia
Origin
Zhengzhou, China
HS Code
8424899990
Production Capacity
100/Year
Product Description
| Component | Characteristic | Parameter |
| HV-80-JP Control cabinet | 1 Firm design, modular layout and high performance imported PLC control make operation safe and convenient as well as maintenance free. ; 2 Adopting valve, flow switch, pressure switch and sensor entirely imported from Euroamerica with the same quality of those of Euroamerican equipment; 3 Processing parameters are displayed on panel, clear at a glance; 4 Combustion chamber pressure, oxygen pressure, oil pressure and water temperature are monitored in real time; 5 Able to be operated by one touch, simple and rapid, with 7 prompts of security monitoring; 6 Core parts are all of imported brands to guarantee stable and accurate running of equipment. | 1,Control type:PLC control 2,Input power: 5000W 3.Kerosene pressure/flow:1.2Mpa 0~60L/h 4.Oxygen pressure/flow:1.6Mpa 0~40m/h 5.Carrier gas pressure/flow:0.1~0.3Mpa 3~15L/min 9:Main parts origin: Germany, the United States, Japan, Italy |
| Component | Characteristic | Parameter |
| D-3000 Powder feeder |
|
3. Powder drying function: built-in heater 4. Powder cylinder mode: single cylinder type 5, self-cleaning function: yes 6,Volume of powder storing barrel:3.5L 7,Feeding gas: Nitrogen,argon 8,Pressure of feeding gas: 0.15-0.3Mpa 9,The carrier gas flow rate:0~15L/min 10Feeding speed:0~220g/min 11Feeding precision:±1% 12,Powder size :5~150μm |
Characteristics and advantages of HV-80-JP supersonic flame spraying system
1, Solid cabinet design, fuel flow control area, pressure display area, electronic control area are modular layout, panel clear and easy to operate.2. All imported valves, pressure switches, flow switches and sensors from Europe and America are of the same quality as those from Europe and America
3, The use of Japanese mitsubishi high-performance PLC control, after ignition automatically maintain oxygen and fuel, carrier gas flow output.
4. All the internal fuel, oxygen, carrier gas and cooling water connected on the equipment have the detection function to ensure that all preparation processes can be fully tested before ignition.
5. Monitor the running status of the equipment in real time. Once any part is found to be operating beyond the safe range, the whole system will stop sharply, send an alarm and provide fault information.
6. The equipment starts and stops automatically under the control of PLC, which reduces the possibility of operator's misoperation.
7. Communication interface is set up inside the equipment to control the operation of peripheral devices.
8. Signal shielding measures are adopted to protect peripheral devices from electromagnetic interference during high frequency arc ignition.
Definition: In order to reduce the wear and tear caused by the material to the equipment parts, a layer of wear-resistant material is applied to the surface of the equipment parts to protect the substrate of the equipment parts.
1. The wear-resistant coating formed by plasma spraying, arc spraying, flame spraying on the metal surface spraying ceramics, alloys, oxides, fluoroplastics, etc. is generally called thermal spraying wear-resistant coatings.
2. Wear-resistant coating glue prepared with various resins, elastomers, etc., and the wear-resistant coating that is naturally or heated and cured after being applied to the metal surface is called chemically bonded wear-resistant coating.
Wear-resistant coatings can be divided into the following types:
(1) Adhesive and abrasion resistant coating. Adhesive wear resistant coatings can be divided into soft support surface coatings and hard support surface coatings.
(2) Wear-resistant particle wear coating
(3) Anti-fatigue wear coating
(4) Erosion resistant coating
The wear-resistant coatings obtained by thermal spraying technology and chemical adhesion coating technology have excellent wear resistance. The thermal spraying process requires specialized equipment and skilled operation techniques. Generally, the coating is relatively thin, and the large-area construction efficiency is higher. At present, the commonly used wear-resistant coatings can be selected from tungsten carbide, nickel-based alloys, iron-based alloys, molybdenum, chromium, oxide ceramics and other materials as wear-resistant layers, and customized wear-resistant coatings can also be developed for customers.
1. The wear-resistant coating formed by plasma spraying, arc spraying, flame spraying on the metal surface spraying ceramics, alloys, oxides, fluoroplastics, etc. is generally called thermal spraying wear-resistant coatings.
2. Wear-resistant coating glue prepared with various resins, elastomers, etc., and the wear-resistant coating that is naturally or heated and cured after being applied to the metal surface is called chemically bonded wear-resistant coating.
Wear-resistant coatings can be divided into the following types:
(1) Adhesive and abrasion resistant coating. Adhesive wear resistant coatings can be divided into soft support surface coatings and hard support surface coatings.
(2) Wear-resistant particle wear coating
(3) Anti-fatigue wear coating
(4) Erosion resistant coating
The wear-resistant coatings obtained by thermal spraying technology and chemical adhesion coating technology have excellent wear resistance. The thermal spraying process requires specialized equipment and skilled operation techniques. Generally, the coating is relatively thin, and the large-area construction efficiency is higher. At present, the commonly used wear-resistant coatings can be selected from tungsten carbide, nickel-based alloys, iron-based alloys, molybdenum, chromium, oxide ceramics and other materials as wear-resistant layers, and customized wear-resistant coatings can also be developed for customers.
