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Sheet reduction

Sheet reduction, Total:198 items.

In the international standard classification, Sheet reduction involves: Protection against crime, Road vehicles in general, Water quality, Organic chemicals, Surface treatment and coating, Materials for aerospace construction, Road vehicle systems, Equipment for children, Medical sciences and health care facilities in general, Protection of and in buildings, Printed circuits and boards, Iron and steel products, Electricity. Magnetism. Electrical and magnetic measurements, Transformers. Reactors.

(U.S.) Ford Automotive Standards, Sheet reduction

FORD WSS-M2A176-A1-2013 ALUMINUM ALLOY, SHEET, NON-HEAT TREATABLE, REDUCED L脺DERING ***TO BE USED WITH FORD WSS-M99P1111-A***
FORD WSS-M2A176-A1-2014 ALUMINUM ALLOY, SHEET, NON-HEAT TREATABLE, REDUCED LUDERING ***TO BE USED WITH FORD WSS-M99P1111-A***

American National Standards Institute （ANSI), Sheet reduction

ANSI/SIA CP-01-2010 Control Panel Standard - Features for False Alarm Reduction

Association Francaise de Normalisation, Sheet reduction

NF EN ISO 16251-1:2014 Acoustique - Mesurage en laboratoire de la réduction de la transmission du bruit de choc par les revêtements de sol sur un plancher normalisé de dimensions réduites - Partie 1 : plancher lourd
NF ISO 11900-3:2004 Outillage de presse - Porte-poinçons pour poinçons à bille - Partie 3 : type E, réduits pour tôles épaisses
NF S31-074:2002 Acoustics - Measurement of sound insulation in buildings and of building elements - Laboratory measurement of in room impact noise by floor covering put in this room.
NF S31-049-8:1997 Acoustics. Measurement of sound insulation in buildings and of building elements. Part 8 : laboratory measurements of the reduction of transmitted impact noise by floor coverings on a heavyweight standard floor.

Group Standards of the People's Republic of China, Sheet reduction

T/CSAE 201-2021 Test method of ultimate thickness reduction ratio for automotive steel sheets in stamping
T/CACM 1197-2019 Clinical guidelines for Diagnosis and Treatment of Pediatrics in TCM Immune Thrombocytopenia in Children

American Society for Testing and Materials (ASTM), Sheet reduction

ASTM F1525-96 Standard Guide for Use of Membrane Technology in Mitigating Hazardous Chemical Spills
ASTM F1525-96(2001) Standard Guide for Use of Membrane Technology in Mitigating Hazardous Chemical Spills
ASTM B825-02 Standard Test Method for Coulometric Reduction of Surface Films on Metallic Test Samples
ASTM B825-02(2008) Standard Test Method for Coulometric Reduction of Surface Films on Metallic Test Samples
ASTM B825-13 Standard Test Method for Coulometric Reduction of Surface Films on Metallic Test Samples

Society of Automotive Engineers (SAE), Sheet reduction

SAE AS3482-1991 NUT, SELF-LOCKING, PLATE, SIDE BY SIDE, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286
SAE AS3480-1991 NUT, SELF-LOCKING, PLATE, ONE LUG, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286
SAE AMS3568A-1991 Sheet, Polyether Urethane (EU) Elastomer Foam Shock Absorbing
SAE AS3481-1991 NUT, SELF-LOCKING, PLATE, TWO LUG, FLOATING, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286
SAE AS3482C-2007 NUT, SELF-LOCKING, PLATE, SIDE BY SIDE, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286, CLASS: 125 KSI/800 °F
SAE AS3480C-2007 NUT, SELF-LOCKING, PLATE, ONE LUG, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286, CLASS: 125 KSI/800 °F
SAE AS3480E-2020 NUT, SELF-LOCKING, PLATE, ONE LUG, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286, CLASS: 125 KSI/800 °F
SAE AS3482E-2020 NUT, SELF-LOCKING, PLATE, SIDE BY SIDE, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286, CLASS: 125 KSI/800 °F
SAE AS3481A-1993 NUT, SELF-LOCKING, PLATE, TWO LUG, FLOATING, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286 125 ksi Ftu, 800 °F
SAE AS3481H-2020 NUT, SELF-LOCKING, PLATE, TWO LUG, FLOATING, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286, CLASS: 125 KSI/800 °F
SAE AS3481K-2023 NUT, SELF-LOCKING, PLATE, TWO LUG, FLOATING, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286, CLASS: 125 KSI/800 °F
SAE AS3481E-2007 NUT, SELF-LOCKING, PLATE, TWO LUG, FLOATING, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286, CLASS: 125 KSI/800 °F
SAE AS3481J-2022 NUT, SELF-LOCKING, PLATE, TWO LUG, FLOATING, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286, CLASS: 125 KSI/800 °F

SAE - SAE International, Sheet reduction

SAE MA3349-1987 Nut@ Self Locking - Reduced Hex Drive@ UNS S66286@ Silver Plate@ MJ Thread@ Metric
SAE AS3480A-1994 NUT, SELF-LOCKING, PLATE, ONE LUG, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286, CLASS: 125 KSI/800 °F
SAE AS3480B-2001 NUT, SELF-LOCKING, PLATE, ONE LUG, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286, CLASS: 125 KSI/800 °F
SAE AS3480D-2014 NUT, SELF-LOCKING, PLATE, ONE LUG, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286, CLASS: 125 KSI/800 °F
SAE AS3481C-1997 Nut@ Self-Locking@ Plate@ Two Lug@ Floating@ Reduced Rivet Spacing@ Low Height@ UNS S66286 Class: 125 ksi/800 Degrees F (fsc 5310)
SAE AS3481G-2015 "NUT@ SELF-LOCKING@ PLATE@ TWO LUG@ FLOATING@ REDUCED RIVET SPACING@ LOW HEIGHT@ UNS S66286@ CLASS: 125 KSI/800 °F,"
SAE AS3481E-2002 Nut@ Self-Locking@ Plate@ Two Lug@ Floating@ Reduced Rivet Spacing@ Low Height@ UNS S66286 Class: 125 ksi/800 Degrees F (FSC 5310)
SAE AS3481D-2001 NUT, SELF-LOCKING, PLATE, TWO LUG, FLOATING, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286 125 ksi Ftu, 800 °F
SAE AS3481F-2014 NUT, SELF-LOCKING, PLATE, TWO LUG, FLOATING, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286 125 ksi Ftu, 800 °F
SAE AS3481B-1994 NUT, SELF-LOCKING, PLATE, TWO LUG, FLOATING, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286 125 ksi Ftu, 800 °F
SAE AS3480C-2002 Nut@ Self-Locking@ Plate@ One Lug@ Reduced Rivet Spacing@ Low Height@ UNS S66286@ Class: 125 ksi/800 Degrees F (FSC 5310)

AIA/NAS - Aerospace Industries Association of America Inc., Sheet reduction

NAS698-1987 Nut@ Self-Locking@ Plate-Corner@ Low Height C'Bore@ Reduced Rivet Spacing (Rev 12)
NASM21073-1999 Nut@ Self-Locking@ Plate@ Corner@ Reduced Rivet Spacing@ Low Height@ Steel@ 125 KSI Ftu@ 450 Degrees F
NAS696-1987 Nut@ Self-Locking@ Plate-One Lug@ Low Height@ C'Bore@ Reduced Rivet Spacing (Rev 10)
NAS1474-1981 NUT@ SELF-LOCKING@ PLATE-TWO LUG@ CAP@ FLOATING@ REDUCED RIVET SPACING (Rev 8)
NAS1474-2012 NUT@ SELF-LOCKING@ PLATE@ TWO LUG@ CAP@ FLOATING@ REDUCED RIVET SPACING (Rev 10)
NAS1474-1991 Nut@ Self-Locking@ Plate - Two Lug@ Cap@ Floating@ Reduced Rivet Spacing (Rev 9)
NAS1474-2016 NUT@ SELF-LOCKING@ PLATE@ TWO LUG@ CAP@ FLOATING@ REDUCED RIVET SPACING (Rev 11)
NAS697-1987 Nut@ Self-Locking@ Plate-Two Lug@ Low Height@ C'Bore@ Reduced Rivet Spacing (Rev 10)
NASM21073-2012 NUT@ SELF-LOCKING@ PLATE@ CORNER@ REDUCED RIVET SPACING@ LOW HEIGHT@ STEEL@ 125 KSI Ftu@ 450 °F (Rev 2)
NAS1777-2012 NUT@ SELF-LOCKING@ PLATE@ CORNER@ LOW HEIGHT@ CBORED@ REDUCED RIVET SPACING@ 160 KSI@ 450 °F@ 800 °F (Rev 2)
NASM21086-2012 NUT@ SELF-LOCKING@ PLATE@ SIDE BY SIDE@ REDUCED RIVET SPACING@ LOW HEIGHT@ STEEL@ 125 KSI Ftu@ 450 °F (Rev 1)
NASM21071-1999 Nut@ Self-Locking@ Plate@ One-Lug@ Reduced Rivet Spacing@ Low Height@ Steel@ 125 KSI Ftu@ 450 Degrees F
NAS1068-1991 Nut@ Self-Locking Plate@ Two Lug@ Low Height@ C'Bored@ Floating@ Reduced Rivet Spacing (Rev 13)
NASM21069-1998 Nuts@ Self-Locking@ Plate@ Two-Lug@ Reduced Rivet Spacing@ Low Height@ Steel@ 125 KSI Ftu@ 450 Degrees F
NASM21071-2012 NUT@ SELF-LOCKING@ PLATE@ ONE-LUG@ REDUCED RIVET SPACING@ LOW HEIGHT@ STEEL@ 125 KSI Ftu@ 450 °F (Rev 1)
NASM21073-2001 Nut@ Self-Locking@ Plate@ Corner@ Reduced Rivet Spacing@ Low Height@ Steel@ 125 KSI Ftu@ 450 Degrees F (Rev 1)
NASM21086-1998 Nut@ Self-Locking@ Plate@ Side@ by Side@ Reduced Rivet Spacing@ Low Height@ Steel@ 125 KSI Ftu@ 450 Degrees F
NASM21069-2014 NUT@ SELF-LOCKING@ PLATE@ TWO-LUG@ REDUCED RIVET SPACING@ LOW HEIGHT@ STEEL@ 125 KSI Ftu@ 450 °F (Rev 2)
NASM21069-2010 NUT@ SELF-LOCKING@ PLATE@ TWO-LUG@ REDUCED RIVET SPACING@ LOW HEIGHT@ STEEL@ 125 KSI Ftu@ 450 °F (REV 1)
NASM21074-2011 NUT@ SELF-LOCKING@ PLATE@ CORNER@ REDUCED RIVET SPACING@ LOW HEIGHT@ CRES@ 125 KSI Ftu@ 450 °F & 800 °F (Rev 1)
NASM21074-2015 NUT@ SELF-LOCKING@ PLATE@ CORNER@ REDUCED RIVET SPACING@ LOW HEIGHT@ CRES@ 125 KSI Ftu@ 450 °F & 800 °F (Rev 2)
NAS1775-2016 NUT@ SELF-LOCKING@ PLATE@ TWO LUG@ LOW HEIGHT@ C'BORED@ REDUCED RIVET SPACING@ 160 KSI@ 450 °F@ 800 °F (Rev 3)
NAS1775-2011 NUT@ SELF-LOCKING@ PLATE@ TWO LUG@ LOW HEIGHT@ C'BORED@ REDUCED RIVET SPACING@ 160 KSI@ 450 °F@ 800 °F (Rev 2)
NAS1776-2018 NUT@ SELF-LOCKING@ PLATE@ ONE LUG@ LOW HEIGHT@ CBORED@ REDUCED RIVET SPACING@ 160 KSI@ 450 °F@ 800 °F (Rev 3)
NASM21087-2015 NUT@ SELF-LOCKING@ PLATE@ SIDE BY SIDE@ REDUCED RIVET SPACING@ LOW HEIGHT@ CRES@ 125 KSI Ftu@ 450 °F & 800 °F (Rev 2)
NAS1789-2010 NUT@ SELF-LOCKING@ PLATE@ SIDE BY SIDE@ FLOATING@ LOW HEIGHT@ REDUCED RIVET SPACING@ CBORED@ 160 KSI@ 450° F@ 800° F (Rev 2)
NASM21087-1999 Nut@ Self-Locking@ Plate@ Side by Side Reduced Rivet Spacing@ Low Height@ Cres@ 125 KSI Ftu@ 450 Degrees & 800 Degrees F.
NA0081-2019 NUT@ SELF-LOCKING@ PLATE@ FIXED@ CORNER@ STEEL@ REDUCED RIVET SPACING@ LOW HEIGHT@ CBORE@ 1100 MPa@ METRIC@ 235 °C (Rev 4)
NASM21087-2011 NUT@ SELF-LOCKING@ PLATE@ SIDE BY SIDE@ REDUCED RIVET SPACING@ LOW HEIGHT@ CRES@ 125 KSI Ftu@ 450 °F & 800 °F (Rev 1)
NAS1789-2014 NUT@ SELF-LOCKING@ PLATE@ SIDE BY SIDE@ FLOATING@ LOW HEIGHT@ REDUCED RIVET SPACING@ CBORED@ 160 KSI@ 450 °F@ 800 °F (Rev 3)
NAS1776-2011 NUT@ SELF-LOCKING@ PLATE@ ONE LUG@ LOW HEIGHT@ CBORED@ REDUCED RIVET SPACING@ 160 KSI@ 450 °F@ 800 °F (Rev 2)
NA0081-2001 Nut@ Self-Locking@ Plate@ Fixed@ Corner@ Steel@ Reduced Rivet Spacing@ Low Height@ CBore@ 1100 MPa@ Metric@ 235 Deg C (Rev 2)
NASM21075-1999 Nut@ Self-Locking@ Plate@ Two Lug@ Floating@ Reduced Rivet Spacing@ Low Height@ Steel@ 125 KSI Ftu@ 450 Degrees F
NASM21072-2011 NUT@ SELF-LOCKING@ PLATE@ ONE-LUG@ REDUCED RIVET SPACING@ LOW HEIGHT@ CRES@ 125 KSI Ftu@ 450 °F AND 800 °F (Rev 1)
NASM21074-1999 Nut@ Self-Locking@ Plate@ Corner@ Reduced Rivet Spacing@ Low Height@ CRES@ 125 KSI Ftu@ 450 Degrees F & 800 Degrees F
NA0083-2012 NUT@ SELF-LOCKING@ PLATE@ FIXED@ SIDE BY SIDE@ STEEL@ REDUCED RIVET SPACING@ LOW HEIGHT@ CBORE@ 1100 MPa@ METRIC@ 235 °C (Rev 3)
NA0083-2017 NUT@ SELF-LOCKING@ PLATE@ FIXED@ SIDE BY SIDE@ STEEL@ REDUCED RIVET SPACING@ LOW HEIGHT@ CBORE@ 1100 MPa@ METRIC@ 235 °C (Rev 4)
NASM21072-2015 NUT@ SELF-LOCKING@ PLATE@ ONE-LUG@ REDUCED RIVET SPACING@ LOW HEIGHT@ CRES@ 125 KSI Ftu@ 450 °F AND 800 °F (Rev 2)
NAS1779-2011 NUT@ SELF-LOCKING@ PLATE@ TWO LUG@ LOW HEIGHT@ CBORED@ FLOATING@ REDUCED RIVET SPACING@ 160 KSI@ 450 °F@ 800 °F (Rev 2)
NASM21070-2015 NUT@ SELF-LOCKING@ PLATE@ TWO LUG@ REDUCED RIVET SPACING@ LOW HEIGHT@ CRES@ 125 KSI Ftu@ 450 °F & 800 °F (Rev 2)
NAS1779-2016 NUT@ SELF-LOCKING@ PLATE@ TWO LUG@ LOW HEIGHT C’BORED@ FLOATING@ REDUCED RIVET SPACING@ 160 KSI@ 450 °F@ 800 °F (Rev 3)
NASM21070-2012 NUT@ SELF-LOCKING@ PLATE@ TWO LUG@ REDUCED RIVET SPACING@ LOW HEIGHT@ CRES@ 125 KSI Ftu@ 450 °F & 800 °F (Rev 1)
NASM21072-1999 Nut@ Self-Locking@ Plate@ One-Lug@ Reduced Rivet Spacing@ Low Height@ CRES@ 125 KSI Ftu@ 450 Degrees F and 800 Degrees F
NA0079-2012 NUT@ SELF-LOCKING@ PLATE@ FIXED@ TWO LUG@ STEEL@ REDUCED RIVET SPACING@ LOW HEIGHT@ CBORE@ 1100 MPa@ METRIC@ 235 °C (Rev 3)
NA0077-2012 NUT@ SELF-LOCKING@ PLATE@ FIXED@ ONE LUG@ STEEL@ REDUCED RIVET SPACING@ LOW HEIGHT@ CBORE@ 1100 MPa@ METRIC@ 235 °C (Rev 3)
NA0087-0088-2012 NUT@ SELF-LOCKING@ PLATE@ FLOATING@ SIDE BY SIDE@ REDUCED RIVET SPACING@ LOW HEIGHT@ CBORED@ 900 MPa@ METRIC@ 235 °C@ 425 °C (Rev 4)
NA0077-2018 NUT@ SELF-LOCKING@ PLATE@ FIXED@ ONE LUG@ STEEL@ REDUCED RIVET SPACING@ LOW HEIGHT@ C’BORE@ 1100 MPa@ METRIC@ 235 °C (Rev 4)
NA0087-0088-2018 NUT@ SELF-LOCKING@ PLATE@ FLOATING@ SIDE BY SIDE@ REDUCED RIVET SPACING@ LOW HEIGHT@ C’BORED@ 900 MPa@ METRIC@ 235 °C@ 425 °C (Rev 5)
NA0082-2012 NUT@ SELF-LOCKING@ PLATE@ FIXED@ CORNER@ CRES@ REDUCED RIVET SPACING@ LOW HEIGHT@ CBORE@ 900 MPa@ METRIC 235 °C AND 425 °C (Rev 3)
NAS1777-1976 Nut@ Self-Locking@ Plate@ Corner@ Low Height@ C?Bored@ Reduced Rivet Spacing@ 160 ksi@ 450 Degrees F@ 800 Degrees F (Rev 1)
NASM21070-1999 Nut@ Self-Locking@ Plate@ Two Lug@ Reduced Rivet Spacing@ Low Height@ CRES@ 125 KSI Ftu@ 450 Degrees F and 800 Degrees F
NASM21076-2015 NUT@ SELF-LOCKING@ PLATE@ TWO LUG@ FLOATING@ REDUCED RIVET SPACING@ LOW HEIGHT@ CRES@ 125 KSI Ftu@ 450 °F AND 800 °F (Rev 4)
NASM21076-2012 NUT@ SELF-LOCKING@ PLATE@ TWO LUG@ FLOATING@ REDUCED RIVET SPACING@ LOW HEIGHT@ CRES@ 125 KSI Ftu@ 450 °F AND 800 °F (Rev 3)
NA0084-2012 NUT@ SELF-LOCKING@ PLATE@ FIXED@ SIDE BY SIDE@ CRES REDUCED RIVET SPACING@ LOW HEIGHT@ CBORE@ 900 MPa@ METRIC@ 235 °C AND 425 °C (Rev 3)
NA0084-2017 NUT@ SELF-LOCKING@ PLATE@ FIXED@ SIDE BY SIDE@ CRES REDUCED RIVET SPACING@ LOW HEIGHT@ CBORE@ 900 MPa@ METRIC@ 235 °C AND 425 °C (Rev 4)
NASM21075-2001 Nut@ Self-Locking@ Plate@ Two Lug@ Floating@ Reduced Rivet Spacing@ Low Height@ Steel@ 125 KSI Ftu@ 450 Degrees F (Rev 1)
NA0085-0086-2016 NUT@ SELF-LOCKING@ PLATE@ FLOATING@ TWO LUG REDUCED RIVET SPACING@ LOW HEIGHT@ C’BORED@ 1100 MPa@ METRIC@ 235 °C@ 425 °C (REV 3)
NA0083-2001 Nut@ Self-Locking@ Plate@ Fixed@ Side by Side@ Steel@ Reduced Rivet Spacing@ Low Height@ CBore@ 1100 MPa@ Metric 235 Deg C (Rev 2)
NA0082-2001 Nut@ Self-Locking@ Plate@ Fixed@ Corner@ Cres@ Reduced Rivet Spacing@ Low Height@ CBore@ 900 MPa@ Metric 235 Deg C and 425 Deg C (Rev 2)
NA0079-2001 Nut@ Self-Locking@ Plate@ Fixed@ Two Lug@ Steel@ Reduced Rivet Spacing@ Low Height@ CBore@ 1100 MPa@ Metric@ 235 Deg C (Rev 2)
NAS1775-1976 Nut@ Self-Locking@ Plate@ Two Lug@ Low Height@ C?Bored@ Reduced Rivet Spacing@ 160 ksi@ 450 Degrees F@ 800 Degrees F (Rev 1)
NASM21076-1999 Nut@ Self-Locking@ Plate@ Two Lug@ Floating@ Reduced Rivet Spacing@ Low Height@ CRES@ 125 KSI Ftu@ 450 Degrees F and 800 Degrees F
NA0078-2012 NUT@ SELF-LOCKING@ PLATE@ FIXED@ ONE LUG@ CRES@ REDUCED RIVET SPACING@ LOW HEIGHT@ CBORE@ 900 MPa@ METRIC@ 235 °C AND 425 °C (Rev 3)
NAS1789-1994 Nut@ Self-Locking@ Plate@ Side by Side@ Floating@ Low Height@ Reduced Rivet Spacing@ C?Bored@ 160 ksi@ 450 Degrees F@ 800 Degrees F (Rev 1)
NA0080-2012 NUT@ SELF-LOCKING@ PLATE@ FIXED@ TWO LUG@ CRES@ REDUCED RIVET SPACING@ LOW HEIGHT@ CBORE@ 900 MPa@ METRIC@ 235 °C@ AND 425 °C (Rev 3)
NAS1776-1976 Nut@ Self-Locking@ Plate@ One Lug@ Low Height@ C?Bored@ Reduced Rivet Spacing@ 160 ksi@ 450 Degrees F@ 800 Degrees F (Rev 1)
NA0080-2018 NUT@ SELF-LOCKING@ PLATE@ FIXED@ TWO LUG@ CRES@ REDUCED RIVET SPACING@ LOW HEIGHT@ C’BORE@ 900 MPa@ METRIC@ 235 °C@ AND 425 °C (Rev 4)
NA0078-2018 NUT@ SELF-LOCKING@ PLATE@ FIXED@ ONE LUG@ CRES@ REDUCED RIVET SPACING@ LOW HEIGHT@ CBORE@ 900 MPa@ METRIC@ 235 °C AND 425 °C (Rev 4)
NA0077-2001 Nut@ Self-Locking@ Plate@ Fixed@ One Lug@ Steel@ Reduced Rivet Spacing@ Low Height@ CBore@ 1100 MPa@ Metric@ 235 Degrees C (Rev 2)
NAS1779-1976 Nut@ Self-Locking@ Plate@ Two Lug@ Low Height@ C?Bored@ Floating@ Reduced Rivet Spacing@ 160 ksi@ 450 Degrees F@ 800 Degrees F (Rev 1)
NA0080-2001 Nut@ Self-Locking@ Plate@ Fixed@ Two Lug@ Cres@ Reduced Rivet Spacing@ Low Height@ CBore@ 900 MPa@ Metric@ 235 Deg C@ and 425 Deg C (Rev 2)
NA0083-1990 Nut@ Self-Locking@ Plate@ Fixed@ Side by Side Reduced Rivet Spacing@ Low Height@ C?Bored@ 1100 MPa@ Metric 235 Degrees C@ 425 Degrees C (Rev 1)
NA0078-2001 Nut@ Self-Locking@ Plate@ Fixed@ One Lug@ Cres@ Reduced Rivet Spacing@ Low Height@ CBore@ 900 MPa@ Metric@ 235 Deg C and 425 Deg C (Rev 2)
NA0084-1990 Nut@ Self-Locking@ Plate@ Fixed@ Side by Side Reduced Rivet Spacing@ Low Height@ C?Bored@ 1100 MPa@ Metric 235 Degrees C@ 425 Degrees C (Rev 1)
NA0077-1990 Nut@ Self-Locking@ Plate@ Fixed@ One Lug Reduced Rivet Spacing@ Low Height@ C?Bored@ 1100 MPa@ Metric 235 Degrees C@ 425 Degrees C (Rev 1)
NA0077-0078-1990 Nut@ Self-Locking@ Plate@ Fixed@ One Lug Reduced Rivet Spacing@ Low Height@ C?Bored@ 1100 MPa@ Metric 235 Degrees C@ 425 Degrees C (Rev 1)
NA0078-1990 Nut@ Self-Locking@ Plate@ Fixed@ One Lug Reduced Rivet Spacing@ Low Height@ C?Bored@ 1100 MPa@ Metric 235 Degrees C@ 425 Degrees C (Rev 1)
NASM21076-2001 Nut@ Self-Locking@ Plate@ Two Lug@ Floating@ Reduced Rivet Spacing@ Low Height@ CRES@ 125 KSI Ftu@ 450 Degrees F and 800 Degrees F (Rev 1)
NASM21076-2003 Nut@ Self-Locking@ Plate@ Two Lug@ Floating@ Reduced Rivet Spacing@ Low Height@ CRES@ 125 KSI Ftu@ 450 Degrees F and 800 Degrees F (Rev 2)
NA0080-1990 Nut@ Self-Locking@ Plate@ Fixed@ Two Lug Reduced Rivet Spacing@ Low Height@ C?Bored@ 1100 MPa@ Metric 235 Degrees C@ 425 Degrees C (Rev 1)
NA0079-1990 Nut@ Self-Locking@ Plate@ Fixed@ Two Lug Reduced Rivet Spacing@ Low Height@ C?Bored@ 1100 MPa@ Metric 235 Degrees C@ 425 Degrees C (Rev 1)
NA0079-0080-1990 Nut@ Self-Locking@ Plate@ Fixed@ Two Lug Reduced Rivet Spacing@ Low Height@ C?Bored@ 1100 MPa@ Metric 235 Degrees C@ 425 Degrees C (Rev 1)
NASM14179-1999 Nut@ Plate@ Self-Locking@ Floating@ Two Lug@ Reduced Rivet Spacing@ Steel@ (Polyamide Insert) 500 Cycles Reuse@ Replaceable Nut@ 160 KSI Ftu@ 450 Degrees F
NASM14179-2011 NUT@ PLATE@ SELF-LOCKING@ FLOATING@ TWO LUG@ REDUCED RIVET SPACING@ STEEL@ (POLYIMIDE INSERT) 500 CYCLES REUSE@ REPLACEABLE NUT@ 160 KSI Ftu@ 450 °F (Rev 1)

International Organization for Standardization (ISO), Sheet reduction

ISO 13215-2:1999 Road vehicles - Reduction of misuse risk of child restraint systems - Part 2: Requirements and test procedures for correct installation (panel method)
ISO 5000:2011 Continuous hot-dip aluminium-silicon-coated cold-reduced carbon steel sheet of commercial and drawing qualities

Korean Agency for Technology and Standards (KATS), Sheet reduction

KS R ISO 13215-2:2003 Road vehicles-Reduction of misuse risk of child restraint systems-Part 2:Requirements and test procedures forcorrect installation(panel method)
KS R ISO 13215-2:2014 Road vehicles — Reduction of misuse risk of child restraint systems — Part 2: Requirements and test procedures for correct installation(panel method)
KS F 2865-2015 Laboratory measurements of the reduction of transmitted impact sound by floor coverings on a heavyweight standard floor
KS F 2865-2012 Laboratory measurements of the reduction of transmitted impact sound by floor coverings on a heavyweight standard floor
KS R ISO 13215-2-2014(2019) Road vehicles — Reduction of misuse risk of child restraint systems — Part 2: Requirements and test procedures for correct installation(panel method)

Aerospace Industries Association, Sheet reduction

AIA NAS 1474-1991 Nut, Self-Locking, Plate - Two Lug, Cap, Floating, Reduced Rivet Spacing (Rev. 9)
AIA NASM21073-2001 Nut, Self-Locking, Plate, Corner, Reduced Rivet Spacing, Low Height, Steel, 125 KSI Ftu, 450 Degrees F Revision 1; FSC 5310
AIA NASM21087-1999 Nut, Self-Locking, Plate, Side by Side Reduced Rivet Spacing, Low Height, Cres, 125 KSI Ftu, 450 Degrees & 800 Degrees F. FSC5310
AIA NASM21071-1999 Nut, Self-Locking, Plate, One-Lug, Reduced Rivet Spacing, Low Height, Steel, 125 KSI Ftu, 450 Degrees F FSC 5310
AIA NASM21074-1999 Nut, Self-Locking, Plate, Corner, Reduced Rivet Spacing, Low Height, CRES, 125 KSI Ftu, 450 Degrees F & 800 Degrees F FSC 5310
AIA NAS 1789-1994 Nut, Self-Locking, Plate, Side by Side, Floating, Low Height, Reduced Rivet Spacing, C'Bored, 160 ksi, 450 Degrees F, 800 Degrees F Rev. 1; FSC 5310
AIA NA 0085-0086-1993 Nut, Self-Locking, Plate, Floating, Two Lug Reduced Rivet Spacing, Low Height, C'Bored, 1100 MPa, Metric 235 DEG C, 425 DEG C REV 2
AIA NASM21072-1999 Nut, Self-Locking, Plate, One-Lug, Reduced Rivet Spacing, Low Height, CRES, 125 KSI Ftu, 450 Degrees F and 800 Degrees F FSC 5310
AIA NAS 1777-1976 Nut, Self-Locking, Plate, Corner, Low Height, C'Bored, Reduced Rivet Spacing, 160 ksi, 450 Degrees F, 800 Degrees F (Rev. 1) R(1989)
AIA NAS 1776-1976 Nut, Self-Locking, Plate, One Lug, Low Height, C'Bored, Reduced Rivet Spacing, 160 ksi, 450 Degrees F, 800 Degrees F (Rev. 1) R(1989)
AIA NASM21070-1999 Nut, Self-Locking, Plate, Two Lug, Reduced Rivet Spacing, Low Height, CRES, 125 KSI Ftu, 450 Degrees F and 800 Degrees F FSC 5310
AIA NASM21075-2001 Nut, Self-Locking, Plate, Two Lug, Floating, Reduced Rivet Spacing, Low Height, Steel, 125 KSI Ftu, 450 Degrees F FSC 5310; Rev. 1
AIA NAS 698-1987 (Inactive)Nut, Self-Locking, Plate-Corner, Low Height C'Bore, Reduced Rivet Spacing Superseded - November 1987 (Use MS21073, MS21074) (Rev. 12)
AIA NA 0087-1995 Nut, Self-Locking, Plate, Floating, Side by Side, Reduced Rivet Spacing, Low Height, C'Bored, 900 MPa, Metric, 235 Degrees C, 425 Degrees C (Rev. 3)
AIA NA 0087-0088-1995 Nut, Self-Locking, Plate, Floating, Side by Side, Reduced Rivet Spacing, Low Height, C'Bored, 900 MPa, Metric, 235 Degrees C, 425 Degrees C Rev. 3
AIA NA 0088-1995 Nut, Self-Locking, Plate, Floating, Side by Side, Reduced Rivet Spacing, Low Height, C'Bored, 900 MPa, Metric, 235 Degrees C, 425 Degrees C (Rev. 3)
AIA NAS 1775-1976 Nut, Self-Locking, Plate, Two Lug, Low Height, C'Bored, Reduced Rivet Spacing, 160 ksi, 450 Degrees F, 800 Degrees F (Rev. 1) R(1989)
AIA NAS 697-1987 (Inactive)Nut, Self-Locking, Plate-Two Lug, Low Height, C'Bore, Reduced Rivet Spacing Superseded - November 1987 (Use MS21069, MS21070) (Rev. 10)
AIA NA 0085-1993 Nut, Self-Locking, Plate, Floating, Two Lug Reduced Rivet Spacing, Low Height, C'Bored, 1100 MPa, Metric 235 DEG C, 425 DEG C (Rev. 2)
AIA NA 0086-1993 Nut, Self-Locking, Plate, Floating, Two Lug Reduced Rivet Spacing, Low Height, C'Bored, 1100 MPa, Metric 235 DEG C, 425 DEG C (Rev. 2)
AIA NA 0081-2001 Nut, Self-Locking, Plate, Fixed, Corner, Steel, Reduced Rivet Spacing, Low Height, CBore, 1100 MPa, Metric, 235 Deg C Revision 2; FSC 5310
AIA NA 0083-2001 Nut, Self-Locking, Plate, Fixed, Side by Side, Steel, Reduced Rivet Spacing, Low Height, CBore, 1100 MPa, Metric 235 Deg C Revision 2; FSC 5310
AIA NA 0082-2001 Nut, Self-Locking, Plate, Fixed, Corner, Cres, Reduced Rivet Spacing, Low Height, CBore, 900 MPa, Metric 235 Deg C and 425 Deg C Rev 2; FSC 5310
AIA NASM14179-1999 Nut, Plate, Self-Locking, Floating, Two Lug, Reduced Rivet Spacing, Steel, (Polyamide Insert) 500 Cycles Reuse, Replaceable Nut, 160 KSI Ftu, 450 Degrees F FSC 5310
AIA NA 0084-2001 Nut, Self-Locking, Plate, Fixed, Side by Side, Cres Reduced Rivet Spacing, Low Height, CBore, 900 MPa, Metric 235 Deg C and 425 Deg C Revision 2; FSC 5310
AIA NASM21076-2003 Nut, Self-Locking, Plate, Two Lug, Floating, Reduced Rivet Spacing, Low Height, CRES, 125 KSI Ftu, 450 Degrees F and 800 Degrees F Revision 2; FSC 5310
AIA NA 0078-2001 Nut, Self-Locking, Plate, Fixed, One Lug, Cres, Reduced Rivet Spacing, Low Height, CBore, 900 MPa, Metric, 235 Deg C and 425 Deg C Revision 2; FSC 5305
AIA NA 0080-2001 Nut, Self-Locking, Plate, Fixed, Two Lug, Cres, Reduced Rivet Spacing, Low Height, CBore, 900 MPa, Metric, 235 Deg C, and 425 Deg C Revision 2; FSC 5310

Aerospace Industries Association/ANSI Aerospace Standards, Sheet reduction

AIA/NAS NASM21069-2010 NUT, SELF-LOCKING, PLATE, TWO-LUG, REDUCED RIVET SPACING, LOW HEIGHT, STEEL, 125 KSI Ftu, 450 癋 REV 1 [Superseded: DLA MS21069 REV G CANC NOTICE 1, DLA MS21069 REV G, DLA MS21069 REV F, DLA MS21069 REV E, DLA MS21069 REV D, DLA MS21069 REV C]
AIA/NAS NAS1474-2016 NUT, SELF-LOCKING, PLATE, TWO LUG, CAP, FLOATING, REDUCED RIVET SPACING (Rev 11)
AIA/NAS NASM21074-2011 NUT, SELF-LOCKING, PLATE, CORNER, REDUCED RIVET SPACING, LOW HEIGHT, CRES, 125 KSI Ftu, 450 癋& 800 癋 Rev 1 [Superseded: DLA MS21074 REV F CANC NOTICE 1, DLA MS21074 REV F, DLA MS21074 REV E, DLA MS21074 REV D, DLA MS21074 REV C]
AIA/NAS NASM21071-2012 NUT, SELF-LOCKING, PLATE, ONE-LUG, REDUCED RIVET SPACING, LOW HEIGHT, STEEL, 125 KSI Ftu, 450 °F (Rev 1)
AIA/NAS NASM21087-2011 NUT, SELF-LOCKING, PLATE, SIDE BY SIDE, REDUCED RIVET SPACING, LOW HEIGHT, CRES, 125 KSI Ftu, 450 癋& 800 癋 Rev 1 [Superseded: DLA MS21087 REV B CANC NOTICE 1, DLA MS21087 REV B, DLA MS21087 REV A, DLA MS21087]
AIA/NAS NASM21073-2012 NUT, SELF-LOCKING, PLATE, CORNER, REDUCED RIVET SPACING, LOW HEIGHT, STEEL, 125 KSI Ftu, 450 °F (Rev 2)
AIA/NAS NAS1777-2012 NUT, SELF-LOCKING, PLATE, CORNER, LOW HEIGHT, CBORED, REDUCED RIVET SPACING, 160 KSI, 450 °F, 800 °F (Rev 2)
AIA/NAS NASM21069-2014 NUT, SELF-LOCKING, PLATE, TWO-LUG, REDUCED RIVET SPACING, LOW HEIGHT, STEEL, 125 KSI Ftu, 450 °F (Rev 2)
AIA/NAS NAS1789-2010 NUT, SELF-LOCKING, PLATE, SIDE BY SIDE, FLOATING, LOW HEIGHT, REDUCED RIVET SPACING, CBORED, 160 KSI, 450?F, 800?F Rev 2
AIA/NAS NAS1776-2011 NUT, SELF-LOCKING, PLATE, ONE LUG, LOW HEIGHT, CBORED, REDUCED RIVET SPACING, 160 KSI, 450 °F, 800 °F (Rev 2)
AIA/NAS NASM21074-2015 NUT, SELF-LOCKING, PLATE, CORNER, REDUCED RIVET SPACING, LOW HEIGHT, CRES, 125 KSI Ftu, 450 °F & 800 °F (Rev 2)
AIA/NAS NASM21087-2015 NUT, SELF-LOCKING, PLATE, SIDE BY SIDE, REDUCED RIVET SPACING, LOW HEIGHT, CRES, 125 KSI Ftu, 450 °F & 800 °F (Rev 2)
AIA/NAS NA0083-2012 NUT, SELF-LOCKING, PLATE, FIXED, SIDE BY SIDE, STEEL, REDUCED RIVET SPACING, LOW HEIGHT, CBORE, 1100 MPa, METRIC, 235 °C (Rev 3)
AIA/NAS NAS1789-2014 NUT, SELF-LOCKING, PLATE, SIDE BY SIDE, FLOATING, LOW HEIGHT, REDUCED RIVET SPACING, CBORED, 160 KSI, 450 °F, 800 °F (Rev 3)
AIA/NAS NASM21072-2015 NUT, SELF-LOCKING, PLATE, ONE-LUG, REDUCED RIVET SPACING, LOW HEIGHT, CRES, 125 KSI Ftu, 450 °F AND 800 °F (Rev 2)
AIA/NAS NAS1775-2016 NUT, SELF-LOCKING, PLATE, TWO LUG, LOW HEIGHT, C'BORED, REDUCED RIVET SPACING, 160 KSI, 450 °F, 800 °F (Rev 3)
AIA/NAS NAS1779-2011 NUT, SELF-LOCKING, PLATE, TWO LUG, LOW HEIGHT, CBORED, FLOATING, REDUCED RIVET SPACING, 160 KSI, 450 °F, 800 °F (Rev 2)
AIA/NAS NA0087-0088-2012 NUT, SELF-LOCKING, PLATE, FLOATING, SIDE BY SIDE, REDUCED RIVET SPACING, LOW HEIGHT, CBORED, 900 MPa, METRIC, 235 °C, 425 °C (Rev 4)
AIA/NAS NASM21075-2012 NUT, SELF-LOCKING, PLATE, TWO LUG, FLOATING, REDUCED RIVET SPACING, LOW HEIGHT, STEEL, 125 KSI Ftu, 450 °F (Rev 2)
AIA/NAS NASM21070-2015 NUT, SELF-LOCKING, PLATE, TWO LUG, REDUCED RIVET SPACING, LOW HEIGHT, CRES, 125 KSI Ftu, 450 °F & 800 °F (Rev 2)
AIA/NAS NAS1779-2016 NUT, SELF-LOCKING, PLATE, TWO LUG, LOW HEIGHT C’BORED, FLOATING, REDUCED RIVET SPACING, 160 KSI, 450 °F, 800 °F (Rev 3)
AIA/NAS NA0084-2012 NUT, SELF-LOCKING, PLATE, FIXED, SIDE BY SIDE, CRES REDUCED RIVET SPACING, LOW HEIGHT, CBORE, 900 MPa, METRIC, 235 °C AND 425 °C (Rev 3)
AIA/NAS NA0079-2012 NUT, SELF-LOCKING, PLATE, FIXED, TWO LUG, STEEL, REDUCED RIVET SPACING, LOW HEIGHT, CBORE, 1100 MPa, METRIC, 235 °C (Rev 3)
AIA/NAS NA0082-2012 NUT, SELF-LOCKING, PLATE, FIXED, CORNER, CRES, REDUCED RIVET SPACING, LOW HEIGHT, CBORE, 900 MPa, METRIC 235 °C AND 425 °C (Rev 3)
AIA/NAS NASM21076-2015 NUT, SELF-LOCKING, PLATE, TWO LUG, FLOATING, REDUCED RIVET SPACING, LOW HEIGHT, CRES, 125 KSI Ftu, 450 °F AND 800 °F (Rev 4)
AIA/NAS NA0080-2012 NUT, SELF-LOCKING, PLATE, FIXED, TWO LUG, CRES, REDUCED RIVET SPACING, LOW HEIGHT, CBORE, 900 MPa, METRIC, 235 °C, AND 425 °C (Rev 3)
AIA/NAS NASM14179-2011 NUT, PLATE, SELF-LOCKING, FLOATING, TWO LUG, REDUCED RIVET SPACING, STEEL, (POLYIMIDE INSERT) 500 CYCLES REUSE, REPLACEABLE NUT, 160 KSI Ftu, 450 °F (Rev 1)

International Electrotechnical Commission (IEC), Sheet reduction

IEC TR 63018:2015 Flexible printed circuit boards (FPCBs) - Method to decrease signal loss by using noise suppression materials

British Standards Institution (BSI), Sheet reduction

PD IEC/TR 63018:2015 Flexible printed circuit boards (FPCBs). Method to decrease signal loss by using noise suppression materials
BS ISO 13215-2:1999 Road vehicles - Reduction of misuse risk of child restraint systems - Requirements and test procedures for correct installation (panel method)
BS ISO 13215-2:2022 Tracked Changes. Road vehicles — Reduction of misuse risk of child restraint systems. Requirements and test procedures for correct installation (panel method)
21/30438927 DC BS ISO 13215-2. Road vehicles. Reduction of misuse risk of child restraint systems. Part 2. Requirements and test procedures for correct installation (panel method)

ASD-STAN - Aerospace and Defence Industries Association of Europe - Standardization, Sheet reduction

PREN 2921-1987 Aerospace Series Nuts@ Hexagon@ Thin@ Reduced Across Flats@ Heat Resisting Steel@ Passivated Classification: 900 MPa/650 Degrees Celsius (Issue P 1)
PREN 2921-1994 Aerospace Series Nuts@ Hexagon@ Thin@ Reduced Across Flats@ Heat Resisting Steel@ Passivated Classification : 900 MPa / 650 Degrees C

未注明发布机构, Sheet reduction

SAE AS3481H-202008 NUT, SELF-LOCKING, PLATE, TWO LUG, FLOATING, REDUCED RIVET SPACING, LOW HEIGHT, UNS S66286 125 ksi Ftu, 800 °F
BS EN ISO 140-8:1998(1999) Acoustics — Measurement of sound insulation in buildings and of building elements — Part 8 : Laboratory measurements of the reduction of transmitted impact noise by floor coverings on a heavyweight standard floor

Japanese Industrial Standards Committee (JISC), Sheet reduction

JIS G 0602:1993 Test methods for vibration-damping property in laminated damping steel sheets of constrained type

German Institute for Standardization, Sheet reduction

DIN EN ISO 16251-1:2014-11 Acoustics - Laboratory measurement of the reduction of transmitted impact noise by floor coverings on a small floor mock-up - Part 1: Heavyweight compact floor (ISO 16251-1:2014); German version EN ISO 16251-1:2014
DIN EN 60044-2 Bb.1:2008 Instrument transformers - Part 2: Inductive voltage transformers - Supplement 1: Complementary marking of the rating plate for reduced rated power frequency withstand voltage

AENOR, Sheet reduction

UNE-EN ISO 16251-1:2015 Acoustics - Laboratory measurement of the reduction of transmitted impact noise by floor coverings on a small floor mock-up - Part 1: Heavyweight compact floor (ISO 16251-1:2014)

IN-BIS, Sheet reduction

IS 9901 Pt.8-1981