Stainless Steel Custom 465 is a premium quality, high strength, age-hardening stainless.
Known for its improved notch tensile strength, fracture toughness, fabricability, and excellent resistance to stress corrosion cracking, Stainless Steel Custom 465 is commonly used in the fabrication of medical instruments and hand guns.
It was originally developed in response to demands from the aerospace industry for materials that will keep aircraft flying for 30 years or more with minimum maintenance.
Custom 465 is machined to one AMS #, AMS 5936, and is known for applications involving:
● Medical instruments
● Sporting equipment and hand guns
● Small turbine engine shafts
● Fasteners
● And Aircraft actuators
For more Stainless Steel Custom 465 information visit techsteel.net
Tech Steel offers Specialty Alloys and Materials.
Visit www.techsteel.net or call 631-223-7638
How to replace the shaft seal on a KM pump
00:13 Step1. Remove the bearing cap
00:23 Step2. Remove the grease
00:29 Step3. Remove the lock washer and the shaft nut
00:57 Step4. Remove the bearing housing
01:50 Step5. Remove the retainer ring
02:12 Step6. Remove the used shaft seal
02.29 Step7. Mount the new shaft seal
02:42 Step8. Clean the sealing surface carefully
02:50 Step9. Mount the carbon ring in the container ring
03:02 Step10. Clean the sealing surface of the carbon ring
03:07 Step11. Mount the retainer
03:34 Step12. Remove the rear cap and the bearing from the bearing housing
03:52 Step13. Mount the rear cap again loosely
03:59 Step14. Mount the bearing housing
04:45 Step15. Mount the bearing
05:09 Step16. Mount the shaft nut and the lock washer
05:25 Step17. Mount the bearing cap loosely
How to line up the rotor
05:38 Step1. Make sure that the four bolts in the front bearing cap are tighten
05:43 Step2. Place a precision clock on the shaft
05:58 Step3. Force the rotor back until it makes contact with the rear flow plate
Now the rotor has contact with the flow plate and cannot be turned by hand
06:24 Step4. Loosen the bearing cap again
06:43 Step5. Reset the clock (O)
06:59 Step6. Force the rotor forward until it makes contact with the front flow plate
07:13 Step7. Make sure that the rotor has contact with the front flow plate
07:18 Step8. Note the rotors total moving space
In the case 0.36 mm
07:41 Step9. Move the rotor back again and ensure the equal space in both ends of the rotor
In this case 0.36mm/2=0.18mm
08:12 Step10. Lock the bear bearing by tightening the flour bolts
The rotor is now centered and locked
08:31 Step11. Check that the rotor is running free
08:42 Step12. Grease the pump according to the manual
For more information please visit: https://www.samson-pumps.com