
ISO 272:1982 Fasteners — Hexagon products — Widths across flats
This publication was last reviewed and confirmed in 2023. Therefore this version remains current. Specifies the widths to be used in the respective product standards; it sets out a logical ratio …
International Standard IS0 272 was developed by Technical Committee ISO/TC 2, Fasteners. The first edition (IS0 272-1979) had been approved by the member bodies
DIN / ISO / EN Crossover Chart - Fuller Fasteners
across flat according to ISO 272 included: All-metal prevailing torque type hexagon nuts: 980: 10513: 30513: 10513: 1998-02: Prevailing torque type all-metal hexagon nuts, style 2, with …
ISO 272:1982(en), Fasteners ? Hexagon products ? Widths across …
International Standard ISO 272 was developed by Technical Committee ISO/TC 2, Fasteners. The first edition (ISO 272-1979) had been approved by the member bodies of the following …
The IS0 Recommendation R 272, Hexagon Bolts and Nuts-Widths across Flats, Heights of Heads, Thicknesses of Nuts, was drawn up by Technical Committee ISO/TC 2, Bolts, Nuts …
ISO 272 - Fasten.one
This International Standard specifies widths across flats for hexagon products, for example hexagon head bolts and screws, hexagon nuts and hexagon flanged bolts, screws and nuts, to …
ISO 272 - 1982Fasteners—Hexagon products—Widths across flats
Internal drive, offset cruciform recess (Torq-Set) for rotary fastening devices. Metric series.
ISO 272 - Fasteners - Hexagon Products - Widths Across Flats
Scope and field of application. This international Standard specifies widths across flats for hexagon products, for example hexagon head bolts and screws, hexagon nuts and hexagon …
ISO 272:1982 | Product - CSA Group
Specifies the widths to be used in the respective product standards; it sets out a logical ratio between underhead (or nut) bearing area and the tensile stress area of the screw thread.
ISO/AWI 272 Fasteners — Hexagon products — Widths across flats
Specifies the widths to be used in the respective product standards; it sets out a logical ratio between underhead (or nut) bearing area and the tensile stress area of the screw thread. Got …
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