2017 China New Design PTFE Packing with Aramid Corner for Iceland Manufacturers
2017 China New Design PTFE Packing with Aramid Corner for Iceland Manufacturers Detail:
PTFE packing with aramid corner is made from aramid yarns impregnated with PTFE, while the friction faces are made of PTFE yarns. This structure enhances the lubrication ability of aramid fiber and improves the strength of the pure PTFE.
Technical Data Sheet
|
|
Rotating |
Reciprocating |
Valves |
|
Pressure |
4Mpa |
15Mpa |
25Mpa |
|
Shaft Speed |
22m/s rotary |
||
|
Temperature |
-100℃~+280℃ |
||
|
PH Range |
2~12 |
||
Application Area
It affords longer service life under severe conditions which conventional asbestos packing can bot provide satisfaction, such as mine, tin ore, paper pulp, feed water pump of power stations, etc.
Product detail pictures:
Related Product Guide:
Comparison of O-Ring Materials
Useful Tips For Installing The Teflon Envelope Gasket
2017 China New Design PTFE Packing with Aramid Corner for Iceland Manufacturers, The product will supply to all over the world, such as: , , ,
TP Series 400
Table of contents:
Dismantling:
00:00 Dismantling the motor
02:07 Replacement of wear ring
03:59 Removal of impeller
05:32 Removal of shaft seal
06:40 Dismantling of pump head and cover
07:27 Removal of coupling
08:56 Dismantling stationary shaft seal part
Assembly:
09:51 Assembly stationary shaft seal part
11:05 Fitting the coupling
12:46 Fitting pump shaft
14:32 Assembly of pump head and cover
15:46 Fitting shaft seal 10 bar
17:08 Fitting shaft seal 25 bar
18:24 Fitting impeller
19:09 Fitting motor
Recorded: September 2004
For more information please visit:
https://www.grundfos.com/service-support.html
The Hosokawa Micron Powder Characteristics Tester PT-X makes use of state of the art features to identify the characteristics of a wide range of powdered materials. The instrument is capable of determining 11 different characteristics.
Compressibility
Compressibility is the percentage amount of volume loss a substance will sustain when put under pressure. Essentially, it is how much an object can be crushed without being destroyed.
Determining the Compressibility
The compressibility of a material is determined through two tests: the aerated density test, and the tapped density test. The difference between the results of the aerated density test and the tapped density test is the substance’s compressibility. This video explains how the Hosokawa Micron Characteristics Tester PT-X can be used to determine the compressibility of a granulator material.
By from -
By from -
