Factory Supplier for Flexible Graphite Braided Packing Export to Cannes
Factory Supplier for Flexible Graphite Braided Packing Export to Cannes Detail:
The Flexible Graphite braided packing is made of an innovative expanded pure graphite yarn. The combination of other braided packing which is made of an innovative expanded pure graphite yarn. The combination of other braided packing installed with the excellent sealing capabilities of expanded pure graphite makes it the most effective sealing component.
Technical Data Sheet
|
|
Rotating |
Reciprocating |
Valves |
|
Pressure |
3Mpa |
10Mpa |
20Mpa |
|
Shaft Speed |
20m/s rotary |
||
|
Temperature |
-200℃~+455℃ atmosphere, +650℃ in steam |
||
|
PH Range |
0~14 |
||
Application Area
It can be used to seal hot water, high temperature and pressure steam, heat transfer fluid, hydrogen gas, ammonia, organic solvents, hydrocarbons, cryogenic liquids, etc., except fewer strong oxidizer. It is a unique and universal sealing packing.
Product detail pictures:

Related Product Guide:
O-Ring Sizes for Industrial Applications
What Is A PTFE Ring Gasket?
Factory Supplier for Flexible Graphite Braided Packing Export to Cannes, The product will supply to all over the world, such as: , , ,
Link to project page: https://www.disneyresearch.com/publication/fluid-soft-actuator/
We have developed a new method for puppeteers to remotely control mechanical characters without the use of motors. The pair of robot arms shown in this video are connected only by flexible pneumatic tubing. There are no pumps, valves, sensors, motors, or electronic controllers used. The passive connection between the two arms is made entirely by air pressure, allowing a large separation between the character and the puppeteer, and tight bends in the air control lines. The key technology is an ultra-low friction pneumatic transmission, enabled by the use of rolling diaphragm seals, instead of traditional sliding o-ring seals. If motorized, the transmission allows the motors to be placed in the body, rather than mounted to the arm, leaving the arms much lighter, and capable of faster and more graceful motion. The robot arm in this video was designed and built by Tianyao Chen, Peter Whitney, and Jessica Hodgins.






