MIL MIL-H-7138D Notice 1 - Cancellation PDF

MIL MIL-H-7138D Notice 1 - Cancellation PDF

Name:
MIL MIL-H-7138D Notice 1 - Cancellation PDF

Published Date:
09/04/1975

Status:
Active

Description:

HOSE ASSEMBLIES, OXYGEN BREATHING, CONNECTOR TO REGULATOR (S/S BY MIL-H-81581)

Publisher:
Military Specifications and Standards

Document status:
Active

Format:
Electronic (PDF)

Delivery time:
10 minutes

Delivery time (for Russian version):
200 business days

SKU:

Choose Document Language:
$7.2
Need Help?

File Size : 1 file , 21 KB
Note : This product is unavailable in Ukraine, Russia, Belarus
Number of Pages : 1
Published : 09/04/1975

History


Related products

QPL QPL-19246-14 Change Notice 3
Published Date: 04/12/2007
CONNECTOR, OXYGEN MASK HOSE, TYPE MC-3A (SUPERSEDING QPL-19246-13)
$7.2
QPL QPL-25777-14 Notice 1 - Cancellation
Published Date: 11/03/1995
CONVERTER, LIQUID OXYGEN GCU-2A/A (NO S/S DOCUMENT) (SUPERSEDING QPL-25777-13)
$7.2
MIL MS22057
Published Date: 03/11/1963
DELAMINATION TEST STAND FOR OXYGEN HOSE (ASG) (NO S/S DOCUMENT)
$7.2
MIL MIL-C-7905G
Published Date: 08/24/1990
CYLINDERS, STEEL, COMPRESSED GAS, NON-SHATTERABLE, SEAMLESS, 1800 PSI AND 2100 PSI (SUPERSEDING MIL-C-7905F) (S/S BY MIL-DTL-7905H)
$8.7

Best-Selling Products

IP 1/1994
Published Date: 01/01/1994
Methods of test for Petroleum and its products Part 1. Determination of acidity, neutralization value - Colour indicator titration method
$47.1
IP 1/74
Published Date: 01/01/1974
Acidity of Petroleum Products and Lubricants (Neutralization Value)
$27.6
IP 10/2011
Published Date: 07/31/2011
Methods of test for petroleum and its products Part 10: Determination of kerosine burning characteristics 24-hour method
$55.8
IP 10/65
Published Date: 01/01/1965
Determination of kerosine burning characteristics - 24 hour method
IP 10/65
Published Date: 01/01/1965
Burning test (24-hour) for kerosine
IP 10/94
Published Date: 01/01/1994
Methods of test for Petroleum and its products Part 10. Determination of kerosine burning characteristics - 24 hour method