5L Banbury Atmosphere protection Internal mixer for titanium alloy powder with binder
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- Supplier: Dongguan C Fine Machinery Technology Co. Ltd.
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Product Overview
Description
item | 5L Banbury Atmosphere protection Internal mixer for titanium alloy powder with binder |
Place of Origin | China |
Guangdong | |
Condition | New |
Batch Time(times/hour) | 1times/hour |
Total Capacity(L) | 5L |
Video outgoing-inspection | Provided |
Machinery Test Report | Provided |
Warranty of core components | 1 Year |
Core Components | PLC, Engine, Bearing, Gearbox, Motor, Pressure vessel, Gear, Pump |
Brand Name | CFine |
Model Number | CF-5LQF |
Voltage | 380V/50HZ |
Dimension(L*W*H) | L1200*W1384*H2570MM |
Year | 2023 |
Warranty | 1 Year |
Key Selling Points | Titanium alloy powder internal mixer |
Power (kW) | 11kW |
Weight (KG) | 2500KG |
Showroom Location | None |
Applicable Industries | Manufacturing Plant, Titanium alloy powder metallurgy, Metal powder research laboratory |
Keyword | Titanium alloy powder Banbury machine |
Motor | GUOMAO |
Frequency converter | TECO |
Control Panel | Siemens |
Heating method | Electric heating |
Speed Reducer | GUOMAO |
Thermostat | FOTEK |
Mixing chamber material | Through alloy steel |
Gas detection accuracy | ±3%FS |
Suitable for | Titanium alloy powder |
Raw Material:
The special metal powder (micron level) is mixed with high quality polymer to form a special MIM feed through the precise control of the preparation process. Compared with traditional powder metallurgy, the particle size of metal powder (micron level) and extremely low impurity content ensure that the sintering density of MIM reaches 98% of the theoretical density; And a variety of specially prepared polymers can provide good fluidity during injection and also ensure efficient degreasing ability.
Oxygen content detector
Two Oxygen content detectors to ensure precise detect the content of oxygen avoid the metal powder react with oxygen in a high temperature.
Mixing will be started at the condition of low oxygen content. The content percentage of Oxygen will be displaced on the PLC.
The inert gas continued to inject, to substitute the oxygen by inert gas from inside of the mixer.
MIM Process
Metal injection molding (MIM) is a typical interdisciplinary product that integrates two completely different processing processes (plastic injection molding and powder metallurgy). It enables designers to get rid of the traditional shackles and obtain low-cost, special-shaped stainless steel, nickel, iron, copper, titanium and other metal parts by plastic molding, thus having greater design freedom than other production processes.
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