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Hardware Abrasives Mil-Specs - FSC 53GP

AND10476 - Washer-Limitations On Usage Of Lock

DOD-STD-1312-105 - Fastener Test Methods, Metric Method 105 Stress Durability (S/S By Nam1312-105)

This method establishes a standard procedure for testing the stress durablilty of externlly threaded fasteners.

DOD-STD-1312-107 - Fastener Test Methods, Metric Method 107, Vibration (S/S By Nam1312-107)

This method establishes a standard procedure for conducting accelerated vibration tests on any fastener system capable of providing a clamp-up load.

DOD-STD-1312-108 - Fastener Test Methods, Metric Method 108 Tensile Strength (S/S By Nam1312-108)

This method covers a procedure for testing all types of structural fasteners in tension at room temperature.

DOD-STD-1312-109 - Fastener Test Methods, Metric Method 109 Stress Corrosion (S/S By Nam1312-109)

This test method establishes the procedures for determining the relative susceptibility of threaded fasteners to stress corrosion cracking.

DOD-STD-1312-111 - Fastener Test Methods, Metric Method 111 Tension Fatigue (S/S By Nam1312-111)

This test method establishes the procedure and equipment to be used for tension-fatique testing of bolts.

DOD-STD-1312-113 - Fastener Test Methods, Metric Method 113 Double Shear Test (S/S By Nam1312-113)

This test method covers the procedure and apparatus for testing fasteners in double shear in a half-hole shear fixture.

MIL-B-70332 - Bolt Assembly, Clamp, And Component Parts, General Specification For

This specification covers clamp bolt assemblies and component parts used for weapon system containers.

MIL-DTL-1222 - Studs, Bolts, Screws And Nuts For Applications Where A High Degree Of Reliability Is Required; General Specification For

This specification covers standard studs, hex cap screws, and heavy hex bolts in nominal standard diameters of 1/4 inch to 4 inches, nuts in nominal standard diameters of 1/4 inch to 3 inches, and socket head cap screws in nominal standard diameters of 1/4 inch to 1 1/2 inches for submarine safety and other applications where a high degree of reliability is required (see 6.1).

MIL-DTL-18240 - Fastener Element, Self-Locking, Threaded Fastener, 250 Degrees F Maximum

This specification defines the requirements for self-locking elements for use in externally threaded fasteners such as bolts and screws to be used in fasteners with either UNC, UNJC, UNF, UNJF, UNRC or UNRF threads and where the temperatures will not exceed 250 deg. F.

MIL-F-8961 - Fastener Element, Self-Locking, Externally Threaded, 450 Degrees Fahrenheit And 1,200 Degrees Fahrenheit

This specification covers the requirements for self-locking elements for externally threaded fasteners to be used where temperatures will not exceed 450 deg. F and 1,200 deg. F.

MIL-HDBK-271/103 - Aircraft Fastener Installation & Removall Methods For Attached Retention Element (A.R.E.) Self-Locking Floating Nut Assemblies

MIL-HDBK-271/104 - Aircraft Fasteners Installation And Removal Methods For Mil B 8831 & Mil B 85667 Expandable Straight Shank Bolts (Sleevebolts)

MIL-HDBK-271/105 - Aircraft Fasteners Usage And Installation For Mil-S-85069 Fastener Sleeves

MIL-HDBK-271/106 - Structural Panel Fasteners-Installation & Removal Methods For Mil-F-85616, Mil-F-85617 & Mil-F-85618

MIL-S-8879 - Screw Threads, Controlled Radius Root With Increased Minor Diameter, General Specification For (S/S By Sae-As8879)

MIL-STD-1291 - Identification Symbols For Aerospace Fastener Manufacturers (S/S By Mil-Hdbk-57)

This document is a directory of Aerospace Fastener Manufacturers Identification Symbols or Marking which they use to identify their products, their Federal Supply Code for Manufacturers (FSCM) No. and last known address and telephone number.

MIL-STD-1312 - Fasteners, Test Methods (S/S By Nasm 1312)

This standard establishes methods for testing fasteners, covering both the SI and I-P units, to determine their physical and mechanical properties.

MIL-STD-1312-1 - Fastener Test Methods - Method 1, Salt Spray (S/S By Nasm1312-1)

This method covers a procedure for testing fasteners in salt water spray to determine relative resistanceto corrosion for maintaining standards of quality, although it does not closely simulate any common conditions of service.

MIL-STD-1312-10 - Fastener Test Methods, Method 10, Stress Rupture (S/S By Nasm1312-10)

This test method covers the equipment and procedures to be used for stress rupture testing of bolts, screws, nuts, and of associated materials

MIL-STD-1312-11 - Fastener Test Methods Method 11, Tension Fatigue (S/S By Nasm1312-11)

This test method establishes the procedure and equipment to be used for room temperature tension fatigue testing of bolts, screws and nuts.

MIL-STD-1312-12 - Fastener Test Methods, Method 12, Thickness Of Metallic Coatings (S/S By Nasm1312-12)

This test method outlines a standard procedure for determining the thickness of a metallic coating (plating) on threaded and nonthreaded fasteners. This procedure applies to all types of threaded and nonthreaded fasteners and is not limited by configuration or size.

MIL-STD-1312-13 - Fastener Test Methods Method 13 Double Shear Test (S/S By Nasm1312-13)

This test method covers the procedure and apparatus for testing fasteners in double shear in a half-hole shear fixture.

MIL-STD-1312-14 - Fastner Test Methods Method 14 Stress Dupability Internally Threaded Fasteners (S/S By Nasm1312-14)

This test method outlines a standard procedure for testing the stress durability of internally threaded fasteners. This test method applies to all types of internally threaded fasteners which may be subject to embrittlement and is not limited by configuration or size.

MIL-STD-1312-15 - Fastener Test Methods, Method 15, Torque - Tension (S/S By Nasm1312-15)

This test method outlines standard procedures for determining the room temperature torque-tension relationship for threaded fasteners. It is not limited by configuration size.

MIL-STD-1312-16 - Fastener Test Methods Method 16, Clamping Force For Installation Formed Fasteners (S/S By Nasm1312-16)

This test method provides a standardized method for determining the induced axial load (clamping force) for multiple-piece installation formed fasteners after installation and is not limited by configuration or size.

MIL-STD-1312-17 - Fastener Test Methods, Method 17, Stress Relation (S/S By Nasm1312-17)

This test method outlines the procedure for stress relaxation testing threaded and non-threaded fasteners.

MIL-STD-1312-18 - Fastener Test Methods, Method 18, Elevated Temperature Tensile Strength (S/S By Nasm1312-18)

This test method outlines a procedure for testing all types of structural fasteners in tension at elevated temperatures.

MIL-STD-1312-19 - Fastener Test Methods Method 19 Fastener Sealing (S/S By Nasm1312-19)

This method covers the procedures and apparatus for determining a fastener's ability to restrict leakage of a fluid (liquid or gas) medium, under static conditions only. These fasteners are not externally or dynamically loaded.

MIL-STD-1312-2 - Fastener Test Methods - Method 2, Interaction (S/S By Nasm1312-2)

The interaction test for a complete fastener system in a method for determinng the properties of the fastener system under combined tension and shear loading for any configuration of installed fastener system.

MIL-STD-1312-20 - Fastener Test Methods, Method 20, Single Shear (S/S By Nasm1312-20)

This test method outlines the procedure and apparatus for testing fasteners in single shear.

MIL-STD-1312-21 - Fastener Test Methods, Method 21, Shear Joint Fatigue Constant Amplitude (S/S By Nasm1312-21)

MIL-STD-1312-22 - Fastener Test Methods, Method 22, Receptacle Push Out, Panel Fasteners (S/S By Nasm1312-22)

This test method covers the procedure and apparatus required for testing the push-out capability of receptacle assemblies of structural panel fasteners.

MIL-STD-1312-23 - Fastener Test Methods, Method 23, Tensile Strength Of Panel Fasteners (S/S By Nasm1312-23)

This method covers a procedure for testing all types of Quick Operating Panel Fasteners in tension at room temperature. This procedure is intended to define the test required to determine the tensile strength of the fastener itself, not the strength of the fastener in any sheet combination.

MIL-STD-1312-24 - Fastener Test Methods, Method 24, Receptacle Torque Out, Panel Fasteners (S/S By Nasm1312-24)

This test method covers the procedure and apparatus required for testing the torque-out capability of receptacle assembly of structural panel fasteners.

MIL-STD-1312-25 - Fastener Test Methods, Method 25, Driving Recess Torque Quality Conformance Test (S/S By Nasm1312-25)

This method describes standard test procedures for verification of the torque capability of driving recesses. It is intended to be used as a test procedure for quality conformance testing of fasteners with driving recesses.

MIL-STD-1312-26 - Fastener Test Methods, Method 26, Structural Panel Fastener Lap Joint Shear (S/S By Nasm1312-26)

This method outlines a standard procedure for determining the room temperature static strength of lap shear joints attached with quick-release structural panel fasteners.

MIL-STD-1312-27 - Fastener Test Methods, Method 27, Panel Fastener Sheet Pull Up (S/S By Nasm1312-27)

This method covers the procedure for testing all types of quick-operating structural panel fasteners to determine sheet pull-up capability.

MIL-STD-1312-28 - Fastener Test Methods, Method 28, Elevated Temperature Double Shear (S/S By Nasm1312-28)

This method outlines a standard procedure for testing all types of structural fasteners in double shear at elevated temperatures.

MIL-STD-1312-29 - Fastener Test Methods, Method 29, Measurement Techniques For Determining Shank Expanding Characteristics Of Deformable Fasteners (S/S By Nasm1312-29)

This test method covers a procedure for measuring shank expansion characteristics of deformable solid and blind rivet fasteners.

MIL-STD-1312-3 - Fastener Test Methods - Method 3, Humidity (S/S By Nasm1312-3)

This method covers a procedure for testing fasteners in a high humidity environment.

MIL-STD-1312-30 - Fastener Test Methods, Method 30, Sheet Pull-Up Of Blind Fasteners (S/S By Nasm1312-30)

This method covers the procedures and equipment to be used for evaluating the sheet pull-up capability of blind fasteners at room temperature.

MIL-STD-1312-31 - Fastener Test Methods, Method 31, Torque (S/S By Nasm1312-31)

This test method describes the test procedure for determining room temperature transmission and locking torque of threaded fasteners.

MIL-STD-1312-4 - Fastener Test Methods, Method 4, Lap Joint Shear (S/S By Nasm1312-4)

This test method outlines a standard procedure for determining the room temperature strength properties of mechanically fastened sheet metal lap joints statically loaded to produce shear on the fastener.

MIL-STD-1312-5 - Fastener Test Methods Method 5, Stress Durability (S/S By Nasm1312-5)

This method outlines a standard procedure for testing the stress durability of externally threaded fasteners. This procedure applies to all types of externally threaded fasteners which may be subject to any type of embrittlement and is not limited by configuration or size.

MIL-STD-1312-6 - Fastener Test Methods, Method 6, Hardness (S/S By Nasm1312-6)

This test method covers a procedure for testing fastener hardness. This method is applicable to all types of structural fasteners: single and multiple piece, blind, threaded and nonthreaded.

MIL-STD-1312-7 - Fastener Test Methods, Metric, Method 7, Vibration (S/S By Nasm1312-7)

This method establishes a standard procedure for conducting accelerated vibration tests on any fastener system capable of providing a clamp-up load. This method is intended to define the test required to determine the life and compare fasteners under vibratory conditions.

MIL-STD-1312-8 - Fastener Test Methods Method 8, Tensile Strength (S/S By Nasm1312-8)

This method covers a procedure for testing all types of structural fasteners in tension at room temperature. This procedure is intended to define the test required to determine the tensile strength of the fastener itself, not the strength of the fastener in any sheet combination.

MIL-STD-1312-9 - Fastener Test Methods Method 9, Stress Corrosion (S/S By Nasm1312-9)

This test method establishes the procedure for determining the relative susceptibility of threaded fasteners to stress corrosion cracking. This is an accelerated test in which the test specimen is subjected to a uniaxial tensile stress and exposed to an alternate immersion cycle in a 3-1/2 percent sodium chloride solution.

MIL-STD-1515 - Fastener Systems For Aerospace Applications(S/S By Nasm1515)

MIL-STD-1652 - Procedure For Prescreening Of Nonstandard Mechanical Fasteners And Bearings During Design Of Military Items (Use Milstd-965)

MIL-STD-1761 - Fastener Recess Test, Method For Damage Tolerance Evaluation

This military standard describes a standard test procedure for the evaluation of fastener internal recess drive damage tolerance in terms of their torque capability.

MS14191 - ( Images) Recess, Offset Cruciform, Ribbed Dimensions Of Recess, Gage And Driver For (S/S By Nasm14191)

MS17855 - Fasteners, Screw Threaded, Descriptive Factor Symbols And Order Of Notes For Engineering Documents For (S/S By Nasm17855)

MS21132 - ( Images) Wrenching Element, External Hexagon, For Thread Fasteners (S/S By Nasm21132)

MS33592 - Fasteners, Titanium And Titanium Base Alloy, Design And Usage Limitations For

MS33750 - Recess, High Torque And Conical High Torque, Dimensions Of Recess, Gage, And Driver For (S/S By Nasm33750)

MS33781 - ( Images) Recess, Offset Cruciform, Dimensions Of Recess, Gage And Driver For (S/S By Nasm33781)

MS51835 - ( Images) Inserts And Studs, Locked In - Key Locked, Hole Dimensions For And Assembly Of

MS51837 - ( Images) Insert, Screw Thread - Thread Forming Hole Dimensions For And Installation Of

MS51994 - ( Images) Hole Preparation-Ring Locked Inserts And Studs, Standard Dimensions For

MS51995 - ( Images) Fasteners, Ring Locked Inserts And Studs, Installation And Replacement Of

MS51996 - ( Images) Hole Preparation-Ring Locked Inserts And Studs, High Strength, Standard Dimensions For

MS51998 - Insert, Screw Thread-Locked In, Ring Locked, Serrated, Design And Usage Limitations For

MS51999 - Stud, Locked In -Ring Locked, Serrated, Design And Usage Limitations For

MS90446 - Wrenching Configuration, 12 Point, Design Standard For

NA0007 - Fasteners, Metric, Titanium Alloy Externally Threaded 1100 Mpa Tensile 660 Mpa Shear

NA0008 - Fasteners, Metric Alloy Steel Externally Threaded 1100 Mpa Tensile 660 Mpa Shear

NA0025 - Recess - Torq-Set Dimensions Of Recess, Gage And Driver, Metric

NA0026 - Fasteners, Metric, A-286 Cres Externally Threaded 1100 Mpa Tensile 660 Mpa Shear

This specification defines the requirement for corrosion resistant steel externally threaded fasteners for use up to 650 Deg. C procured under part numbers listed on drawings which refer to this specification. Drawing may carry notes which modify the requirements of this specification. Receiving contractors may reject any lot which does not conform.

NA0057 - Fasteners, Metric, Alloy Steel Externally Threaded 1250 Mpa Tensile 750 Mpa Shear

This specfication defines the requirements for alloy steel externally threaded fasteners, procured under part numbers on drawings which refer to this specification. Receiving contractors may reject any lot which does not conform.

NA0156 - Male Threaded Fasteners, Metric Design Parameters For

QPL-18240-33 - Fastener Element, Self-Locking, Threaded Fastener, 250 Deg. F Maximum (Replaced By The Qualified Products Database (Qpd) See Notice 1 For Additional Information)

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MIL-W-24472 - Wrench, Impact, Electric, Portable, Double Insulated

MIL-W-26707 - Wrenches, Pneumatic, Reversible Impact (Supersedes Mil-W-4205) (Use 00-W-891)

MIL-W-43060 - Wheels, Abrasive (Depressed Center) (S/S By Ggg-W-290)

MIL-W-81840 - Wheels, Peening, Rotary Flap

MS16576 - Adapters, Socket Wrench, Attachment Power Drive

MS16577 - Extensions, Socket Wrench, Attachment Solid Bar, Power Drive

MS16578 - Sockets, Socket Wrench, Double Square (8-Point), Long Length, Power Drive

MS16579 - Sockets, Socket Wrench, Hexagon, (6 Point), Long Length, Power Drive

MS16580 - Sockets, Socket Wrench, Double Square (8-Point), Regular Length, Power Drive

MS16581 - Sockets, Socket Wrench, Hexagon (6 Point), Regular Length, Power Drive

MS16582 - Sockets, Socket Wrench, Universal Joint, Hexagon, (6-Point) Power Drive

MS16583 - Universal Joint Attachments, Socket Wrench, Power Drive

MS16772 - Shears, Metal Cutting, Electric, Portable

MS25441 - Crimping Tool, Terminal, Hydraulic Operated, Wire Size 8 Through 4/0 (S/S By Sae-As5259/1)

MS26506 - Cutter, Cable, Aerial Tow Target, Mk Vii

OO-D-691 - Drill, Pneumatic, Portable: And Borer, Wood, Pneumatic

This specification covers portable pneumatic drills and pneumatic wood borers for drilling holes in mild steel and in wood.

OO-F-440 - Flexible-Shaft Machine, Electric (Buffing And Grinding, Portable, Floor Stand)

OO-G-669 - Grinder, Pneumatic, Horizontal And Vertical

OO-H-103 - Hammer, Electric, Portable And Hammer Drills, Electric, Portable

OO-H-116 - Hammers, Pneumatic, Portable (Chipping And Scaling)

OO-R-421 - Riveter, Pneumatic, Jam And Hammer; And Holder-On, Portable (S/S By A-A-3049)

OO-S-001116 - Sander, Electric, Portable, Belt, Disk And Orbital Pad, Double Insulated

This specification covers double insulated, portable electric, belt, disk and orbital pad sanders.

OO-S-0095 - Sander, Pneumatic, 4-Inch Disk, Portable (S/S By Oo-S-101)

OO-S-101 - Sander, Disk And Oscillating Pad, Pneumatic, Portable

OO-S-246 - Saw, Reciprocating, Woodworking, Pneumatic, Portable

OO-S-90 - Sander, Electrical, Portable, Belt, Disk, And Oscillating Pad (S/S By A-A-3044, A-A-3092 And A-A-3093)

This specification covers portable electric belt sanders, disk sanders, and oscillating pad sanders.

OO-W-891 - Wrench, Impact, Pneumatic, Portable

This specification covers portable pneumatic impact wrenches, for tightening and loosening bolts and nuts, that are most generally used by the Federal Government.

QPL-16195-2 - Compound, Diamond Abrasive And Applicator Gun

QPL-16714-13 - Wheel, Abrasive, Snagging (Use Ggg-W-290)

QPL-17663-21 - Wheel, Abrasive, Mounted (Points)

QPL-19875-14 - Scaling And Chipping Tool, Rotary, Portable, Electric, Functional Or Double Insulated, And Cutter Bundles

QPL-19888-10 - Brush, Wire, Rotary, General Purpose

QPL-23492-9 - Scaler, Needle Type, Pneumatic, Portable

QPL-23738-6 - Drill, Electric, Portable, Double-Insulated, (Dielectric Housing), Radio Interference Suppressed

QPL-24089-2 - Grinder, Electric, Portable, Double Insulated (Shockproof) Radio Interference Suppressed

QPL-24115-1 - Sander, Disk, Electric, Portable, Double Insulated (Shockproof), Radio Interference Suppressed

QPL-24276 - Scaling And Chipping Tool, Rotary, Portable, Pneumatic With Cutter Bundles General Specification For

QPL-24472 - Wrench, Impact, Electric, Portable, Double-Insulated

QPL-24473 - San, Circular, Electric, Portable, Double Insulated

QPL-4127-6 - Drill, Pneumatic, Portable

QPL-887-7 - Hammers, Electric, Scaling, Portable

QPL-GGG-D-777-15 - Driver, Projectile Unit, Powder Actuated (High Velocity) (Above Water Only); Pin, Drive, Powder Actuated; And Cartridge, Powder Actuated Tool

QPL-GGG-N-398-11 - Nut Runner, Pneumatic, Portable

QPL-GGG-S-63-19 - Saw, Circular, Portable, Pneumatic

QPL-H-B-771-15 - Brush, Wire, Rotary, General Purpose

QPL-OO-D-691-64 - Drill, Pneumatic, Portable: And Borer, Wood Pneumatic

QPL-OO-G-669-61 - Grinder, Pneumatic, Horizontal And Vertical

QPL-OO-H-103-6 - Hammer, Electric, Portable And Hammer-Drills, Electric, Portable

QPL-OO-H-116-33 - Hammer, Pneumatic, Portable, (Chipping And Scaling)

QPL-OO-R-421-36 - Riveter, Pneumatic, Jam And Hammer, And Holder-On, Portable

QPL-OO-S-001116-5 - Sander, Electric, Portable, Belt Disk And Orbital Pad, Double Insulated

QPL-OO-W-891-68 - Wrench, Impact, Pneumatic, Portable

QPL-W-D-1114-14 - Drill, Electric, Portable, Double-Insulated (Dielectric Housing)

QPL-W-G-1115-3 - Grinder, Electric, Portable, Double Insulated (Dielectric Housing)

UL45 - Tools, Portable Electric

These requirements cover portable electric tools rated not more than 600 V (at not more than 250 V if the tool employs a universal motor), for use in accordance with the National Electrical Code.