Guo Rui, Ph.D.
General Staff Department. Chen Zhining, an army ground tactical missile shooting tutorial. Fuzzy mathematics and its military applications. Hefei: Artillery Xue Xueqin. Military tactics. Hefei: Artillery Academy, 2001 Fuxing, Wang Xueqin. Modern artillery calculation theory and method. Beijing: People's Liberation Army Publishing House, 2002 Shi Yuedong. Quantitative analysis of command decisions. Nanjing: The Naval Command Academy of the People's Liberation Army, 2002 (continued from page 35). According to the working process of the missile's terminal-sensitive missile, the spacecraft recycling technology is applied to the design of the missile-end-sensitive missile deceleration system, and the parachute and the rotating umbrella are given. The design scheme can help the overall design of the missile's final sensitive missile.
Liu Rongzhong. Dynamic response and efficiency analysis of the terminal-sensitive structure: [PhD thesis]. Nanjing University of Science and Technology, 1996, Gao Daquan. The application of "spacecraft recycling technology" on weapons. Space Return and Remote Sensing, 199819 (3).
Lin Bin. The development of China's space parachute technology. Space return and Zhao Zuhu. Small space payload recovery system. Aerospace returns to the technical translation group. Principle and design of aerodynamic reducer.
Beijing: National Defense Industry Press, 1976
LINA Air Isolated Dispersion Kneader
LINA air isolated Dispersion Mixer is used in high-quality titanium / aluminum / copper / nickel and other metal alloy formula synthesis and granulation, particularly suitable for discolored special ceramic feeding. This patented design provides a high air pressure with low oxygen content mixing environment is formed to ensure the material is kneading and pelletizing in a very low oxygen or oxygen-free state. This type of Internal Mixer is applicable for high - end Inorganic nonmetal like zirconia ceramics and rare earth permanent magnet, magneto-optical, superconducting, hydrogen storage and other rare earth alloys.
Technical Advantages of LINA Air-Isolated Dispersion Kneader
1. Double gas protection design: Within kneading and pelletizing process, material`s physical properties will change due to different temperature zones, the double gas protection design is adopted to achieve the purpose of protecting material`s physical property. This patented technology is used in the general comparison of titanium / aluminum / copper / nickel and other metal alloy formulations.
2. Advantage of Double gas protection + Air isolated combined technology: Under the technology of air isolated, the oxygen content in mixing chamber is significantly reduced. And with the design of double gas protection, a high air pressure with low oxygen content mixing environment is formed to ensure the material is kneading and pelletizing in a very low oxygen or oxygen-free state. This patented technology is used in high-quality titanium / aluminum / copper / nickel and other metal alloy formula synthesis and granulation, particularly suitable for discolored special ceramic feeding.
Specifications of LINA Air Isolated Dispersion Kneader
|
Type |
Size |
Dimension (mm) |
Weight (kg) |
|
|
LN-LAB TEST (LT) kneader |
0.5 |
1600*900*1900 |
800 |
|
|
1 |
1600*900*1900 |
800 |
||
|
2 |
1600*900*2000 |
900 |
||
|
3 |
1600*900*2100 |
900 |
||
|
5 |
1900*1000*2100 |
1200 |
||
|
10 |
2200*1350*2150 |
2500 |
||
|
LN-Mass Production |
15 |
2200*1350*2150 |
4000 |
|
|
20 |
2500*1450*2450 |
3800 |
||
|
25 |
2500*1500*2500 |
4500 |
||
|
35 |
3200*1900*3000 |
6500 |
||
|
55 |
3300*2000*3100 |
7800 |
||
|
75 |
3800*2300*3200 |
10800 |
||
|
110 |
4100*2300*3400 |
16500 |
||
|
150 |
4500*2600*3600 |
19500 |
Air Isolated Kneader
Rubber Air Isolated Internal Mixer,Plastic Air Isolated Dispersion Kneader,Dispersion Kneader,Sensitive Material Dispersion Mixer
LINA Machinery Industrial Co.,Ltd , http://www.linakneader.com