Description
hardware flow control. It is an ideal choice in the field of industrial automation.
Microspheres, one-thirtieth the diameter of a hair. In the mobile phone screen, one hundred microspheres are used per square millimeter to hold up
two glass panels, which is equivalent to a skeleton. Liquid crystal is poured into the gap between the two glass panels. Without it, the
LCD screen you”re staring at wouldn”t be manufactured. Without microspheres, chip production, food safety testing, disease diagnosis
, biopharmaceuticals, environmental monitoring… many industries would be in trouble. In the field of microelectronics alone, China imports
microspheres worth tens of billions of yuan every year. In 2017, mainland China”s LCD panel shipments accounted for 33% of the world”s total
, with an industry scale of approximately US$100 billion, ranking first in the world. However, only one or two Japanese companies in the world can
provide the key materials in the panel – spacer microspheres and conductive gold balls. These materials are also like chips, which are stuck in the neck.
twenty one”Without three key materials, it is difficult to commercialize fuel cells” (Science and Technology Daily, June 14)
Foreign fuel cell vehicles have achieved mass production, but my country”s vehicle fuel cells are still in the technology verification stage. The current
situation of vehicle fuel cells in my country is that there are almost no component manufacturers, no vehicle stack production companies,
and only a very small number of commercially operating fuel cell vehicles. A number of key materials determine the life and performance
of fuel cells. These materials are not completely absent in our country, and some laboratory results have even reached international standards.
However, without mass production lines, the fuel cell industry chain is still blocked. Key materials have long been dependent on foreign countries.
Once sales are banned, my country”s fuel cell industry will have no basic support.
High-end welding power source 22″Domestic welding power source “misfires”, and the robot is powerless in underwater operations” (Science and Technology Daily, June 20)
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KONGSBERG BWMS IP56
KONGSBERG RAo-8 X1 8100153 REV E2
REXROTH DKC21.3-040-7-FW
ABB CI627
WOODWARD EASYGEN 1000
GE DS200TCPSG1AEE
A-B 1394C-SJT10-L-RL
GE DS200TCQBG1BCB
KONGSBERG RAI-16 X1 E3
KONGSBERG NORCONTROL RD0-16 X1
KONGSBERG NORCONTROL 8100138
KONGSBERG RDI-32 8100154 REV. F2
KONGSBERG ETU 002 SW56002-A5
KONGSBERG RDIOR400
KONGSBERG RMP400
KONGSBERG MARITIME 8100226
KONGSBERG AUTRONICA
KONGSBERG RDIO401S
KONGSBERG MARITIME SENDAQ GWT100/BA1B
KONGSBERG RMP400603129 REV 2.1.1
KONGSBERG EM 2040 MKII
KONGSBERG APC12 HIPAP 331890
KONGSBERG DGU 8800E 8200177
GE Contactor Driver Board DS200CDBAG1A
KONGSBERG HA452289A
KONGSBERG AUE-1108
KONGSBERG AUE-1108 6200379
KONGSBERG AUE-1108 6200379 810083
KONGSBERG AUE-1108 6200379 810083 HA452289A
KONGSBERG 8100183
KONGSBERG DPS112
KONGSBERG MRU-M-MB3
KONGSBERG MRU-M-SU1
KONGSBERG MRU2
KONGSBERG RCU502
FOXBORO H92904CC0500
FOXBORO H929049B0500
GE 04240FD11234A
GE 04220FL11232A
GE IS200BPVBG1B
“WOODWARD 9905-969”
A-B 2711P-T12C6B2
KEBA E-3-ACU-10
KEBA Kemro K2-200CP253/W 075591
KEBA D3-DA 330/B-1201-20
KEBA CP021/D
KEBA HT501
KEBA CU313/B
KEBA CP220/Z 68515K2-200
KEBA DC202
KEBA ENGEL E-32-DIGIN
KEBA SC102
KEBA E-SEK D1678C
KEBA DO321 1914D-0
KEBA G4E606-P PN
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