Titanium Forgings are key components manufactured by heating, plastic deformation, and forming titanium alloys. During the manufacturing process of forgings, titanium alloy is heated to its deformation temperature and subjected to plastic deformation through forging operations to obtain the required shape and size. Titanium Forgings,Titanium Alloy Ring,Titanium Round Target,Sputtering Target Titanium Baoji Qiyuexin Metal Material Co., Ltd. , https://www.qyxtitanium.comProduct Description
The FENGBAO series DC inverter welding machine is a professional and reliable tool designed for long-term, heavy-duty use. It offers an upgraded performance solution for projects that require extra power and precision. This lightweight, powerful inverter technology is ideal for a wide range of applications, delivering smooth and accurate results with excellent arc stability.
The machine utilizes true DC inverter technology to ensure efficient power conversion, making it perfect for both beginners and professionals. With its advanced design, it provides consistent and stable welding performance, even under demanding conditions.
This versatile MMA-ARC welder can handle a variety of ferrous metals, including mild steel, stainless steel, and chrome moly. It supports up to a 5.0mm electrode rod with excellent arc control, making it suitable for various welding tasks. Whether you're working on DIY projects, home repairs, or light industrial jobs, this welder is the ideal choice.
It is fully compatible with generators and weighs only 6kg at maximum, making it highly portable and convenient for on-the-go use. The unit has been certified by CSA, UL, and CE, ensuring compliance with international safety and quality standards.
"FULL-BRIDGE" Inverter Technology:
This innovative design allows for continuous current rectification, improving efficiency and extending runtime. The compact and user-friendly unit delivers improved duty cycle performance without sacrificing portability.
Don’t settle for less—choose the FENGBAO series welder and experience the power and reliability you need for every project.
SPECIFICATION:
Model: PRO-200
Rated input Voltage: AC~230V +/-15%
Rated Input Power: 7.5KVA
Friendly Generator Power: > 14KW
Frequency: 50/60Hz
Non-load Voltage: 65V
Duty Cycle: 60%
EFFICIENCY: 85%
Class of Insulation: F
Case Protection Degree: IP21
Power Plug: 10A
Rated output current MMA: 200A
Current Range MMA: 20~200AAccessory:
1) Electrode Holder with 1.8m cable
2) Earth Clamp with 1.2m cable
3) Foldable mask
4) Chipping Hammer & BrushOption:
- BMC BOX for easy-carry & safe-storageSize & Weight:
- Product Weight: 5.6 kg
- Product Dimensions (W x L x H): 370 x 200 x 235 mm
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WHY DECAPOWER ?
> DELIVERY ON TIME.
> EXTENSIVE PRODUCT RANGE.
> GREAT RETUPATION
> RESPONSIBLE AND RESPONSIVE CUSTOMER CARE.
> OUR AFTER-SALES SERVICE BRINGS YOU A PEACE OF MIND.
> CUSTOMIZED PRODUCTION IS AVAILABLE.
> SUPPLY FOR OEM AND AFTER MARKETS.
> QUALITY ASSURANCE FROM RAW MATERIAL.
> 100% TESTED FOR THE ACCURACY AND QUALITY PRIOR TO SHIPMENT.
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Quality & Engineering:
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DECAPOWER delivers consistent quality from our ISO9001 certified manufacturing facilities that you can rely on every turn. Our application-specific engineers and dedicated R&D team are able to tailor solutions for optimal performance and value.
All of our machines have been approved by CE, CSA, and CCC.
Titanium alloy forgings have many advantages, including excellent corrosion resistance, high strength, good weldability, and good low-temperature performance. They are widely used in fields such as aerospace, navigation, energy, chemical engineering, and medical treatment to meet the requirements of high strength, lightweight, and corrosion resistance.
The manufacturing process of titanium alloy forgings is usually divided into the following steps:
Material preparation: Select suitable titanium alloy materials and perform cutting and pre-treatment according to the requirements of the forging.
Heating: Heat the titanium alloy material to a suitable forging temperature, usually above its deformation temperature.
Forging: Place the heated titanium alloy material in a forging machine or forging mold and apply appropriate pressure and deformation force to achieve plastic deformation. This process can be carried out through hammering, pressure, or rolling.
Finishing: By removing surface defects, imperfections, and allowances from forgings, the desired shape and size are achieved.
Heat treatment: Perform appropriate heat treatment on forgings to eliminate internal stress and improve their mechanical properties.
Inspection and testing: Conduct various non-destructive and destructive tests on forgings to ensure that their quality and performance meet the requirements.
Titanium alloy forgings can be customized and designed according to specific application requirements to meet various shapes, sizes, and special requirements. They play an important role in aerospace, marine engineering and other high demand fields, carrying important structures and responsible for key functions.
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