Tha Din929 cnothan hex a 'cleachdadh gu ìre mhòr air an cleachdadh sa mhòr-chuid ann an suidheachaidhean a dh' fheumas ceanglaichean àrd agus ceanglaichean cumadh sònraichte. Tha an seòrsa cnò seo ceangailte ris an neach-ceangail le tàthaidh agus tha e freagarrach airson suidheachaidhean far nach urrainnear ceanglaichean bolt gnàthach a dhèanamh, a tha ann an cumadh ro tana no neo-riaghailteach. Tha am pròiseas tàthaidh co-ionann ri bhith a 'tionndadh dà phàirt eadar-dhealaichte gu h-iomlan, a' leaghadh air a 'mheatailt aig teòthachd àrd, ga mheasgachadh còmhla, agus an uairsin fuarachadh. Tha alloy air a chur ris anns a 'mheadhan, an urra ri feachd molecular, agus tha an neart aige sa chumantas nas motha na an stuth pàrant.

Tha cnothan ceàrnagach din928 air an cleachdadh gu farsaing ann an grunn achaidhean, a 'toirt a-steach saothrachadh meacanaigeach, gnìomhachas autochoolic, aerovoltaics, còmhdhail, agus barrachd. Feumaidh feartan nan raointean tagraidh sin agus fastenichean earbsach, agus cnòtan ceàrnagach welliced na riatanasan sin a choileanadh gu mionaideach nan riatanasan sin. Faodaidh e seasamh ris an neart de fheachdan tensile agus rùsgan àrd, freagarrach airson suidheachaidhean a dh 'fheumas feachdan agus critheachaidhean làidir. Tha dealbhadh nan ceithir oiseanan a 'toirt seachad coileanadh tàthaidh nas fheàrr, a' dèanamh a 'cheangail nas tèarainte agus earbsach. Faodar a chuir a-steach tro cheangal tàthaid no snaighte, a 'dèanamh stàladh sìmplidh agus goireasach. Freagarrach airson diofar raointean gnìomhachais, a 'dèanamh cinnteach à seasmhachd agus earbsachd chonnections.

Tha cnothan caip hexagonal air an cleachdadh sa mhòr-chuid ann an suidheachaidhean a dh 'fheumas seasmhachd àrd agus dìnnear anti. Tha an seòrsa cnò seo air a chleachdadh gu cumanta gus na taidhrichean agus axles aghaidh is cùil a rèiteach, agus carbadan dealain, a bharrachd air uisge a tha gu tric fosgailte do sholas na grèine. A bharrachd air an sin, tha cnothan caip hexagonal cuideachd freagarrach airson diofar uidheamachd meacanaigeach gus an seasmhachd agus an cuid anti sgaoilte a neartachadh.

1. Mechanical manufacturing: Hexagonal locking thin nuts are mainly used to connect and fix various mechanical components, such as screws, flanges, bearings, and camshafts, to ensure the normal operation of machines. 2. Automotive manufacturing: In the automotive manufacturing process, hexagonal locking thin nuts are used to connect and secure various automotive components such as engines, axles, and suspensions to ensure the safety and stability of the vehicle. 3. Construction field: Hexagonal locking thin nuts are widely used in the assembly of steel structures, such as bridges, factories, etc. They are lightweight and have good anti loosening properties, which can ensure the stability and safety of steel structures during use. 4. Electronic devices: In the field of electronic product manufacturing, such as mobile phones, computers, etc., hexagonal locking thin nuts are used to fix and connect various components, such as batteries, motherboards, displays, etc., to save space and reduce weight. 5. Home decoration: In the field of home decoration, hexagonal locking thin nuts are commonly used in the assembly of furniture, toys and other products, which can not only play a fixing role but also maintain a clean appearance. 6. General field: Hexagonal locking thin nuts are also widely used in the production and manufacturing processes of various mechanical equipment, instruments, household appliances, etc.

1. Mechanical manufacturing: Hexagonal locking thin nuts are mainly used to connect and fix various mechanical components, such as screws, flanges, bearings, and camshafts, to ensure the normal operation of machines. 2. Automotive manufacturing: In the automotive manufacturing process, hexagonal locking thin nuts are used to connect and secure various automotive components such as engines, axles, and suspensions to ensure the safety and stability of the vehicle. 3. Construction field: Hexagonal locking thin nuts are widely used in the assembly of steel structures, such as bridges, factories, etc. They are lightweight and have good anti loosening properties, which can ensure the stability and safety of steel structures during use. 4. Electronic devices: In the field of electronic product manufacturing, such as mobile phones, computers, etc., hexagonal locking thin nuts are used to fix and connect various components, such as batteries, motherboards, displays, etc., to save space and reduce weight. 5. Home decoration: In the field of home decoration, hexagonal locking thin nuts are commonly used in the assembly of furniture, toys and other products, which can not only play a fixing role but also maintain a clean appearance. 6. General field: Hexagonal locking thin nuts are also widely used in the production and manufacturing processes of various mechanical equipment, instruments, household appliances, etc.

Is e seòrsa de fastener a th 'ann an Hexagonal Hexagonal. Tha e air a chleachdadh gu farsaing ann an raointean leithid saothrachadh meacanaigeach, saothrachadh Autoroots, agus uidheamachd dealanach. Ann an uidheamachd meacanaigeach àrd-astar, faodaidh cnothan glasaidh a bhith a 'cur casg air snàithlean gu h-èifeachdach a' cur stad air snàithlean agus dèanamh cinnteach gum bi an uidheamachd sàbhailte agus stàbaill an urrais.

Is e seòrsa de fastener a th 'ann an Hexagonal Hexagonal. Tha e air a chleachdadh gu farsaing ann an raointean leithid saothrachadh meacanaigeach, saothrachadh Autoroots, agus uidheamachd dealanach. Ann an uidheamachd meacanaigeach àrd-astar, faodaidh cnothan glasaidh a bhith a 'cur casg air snàithlean gu h-èifeachdach a' cur stad air snàithlean agus dèanamh cinnteach gum bi an uidheamachd sàbhailte agus stàbaill an urrais.

1. Increase the contact surface and force area: One end of the hexagonal flange nut has a wide flange (i.e. flange surface), which increases the contact area between the nut and the workpiece. According to the principles of mechanics, the larger the force area, the smaller the pressure on the force surface, thereby improving the load-bearing capacity and stability of the nut. 2. Sealing: Due to the hexagonal flange nut having a flange surface fixed on one end of the nut body and a cap fixed on the other end, this design has good sealing performance during use, which can effectively prevent harmful substances such as rainwater, moisture, dust, etc. from entering the nut body, prevent the nut body from rusting, and thus extend its service life. 3. Wide application: Hexagonal flange nuts are widely used in various industrial and civilian fields. For example, they are commonly used in applications such as pipeline connections, stamped parts, and castings that require increased contact surface stability. In addition, hexagonal flange nuts are also used in heavy machinery, automotive engines, and other applications that require high preload force and good anti loosening performance.

1. Increase the contact surface and force area: One end of the hexagonal flange nut has a wide flange (i.e. flange surface), which increases the contact area between the nut and the workpiece. According to the principles of mechanics, the larger the force area, the smaller the pressure on the force surface, thereby improving the load-bearing capacity and stability of the nut. 2. Sealing: Due to the hexagonal flange nut having a flange surface fixed on one end of the nut body and a cap fixed on the other end, this design has good sealing performance during use, which can effectively prevent harmful substances such as rainwater, moisture, dust, etc. from entering the nut body, prevent the nut body from rusting, and thus extend its service life. 3. Wide application: Hexagonal flange nuts are widely used in various industrial and civilian fields. For example, they are commonly used in applications such as pipeline connections, stamped parts, and castings that require increased contact surface stability. In addition, hexagonal flange nuts are also used in heavy machinery, automotive engines, and other applications that require high preload force and good anti loosening performance.

Tha GB62.2 cnò dealan-dè (caoidh ceàrnagach cnoc dealan-dè) sa mhòr-chuid de thubaist agus stàladh tric, gu sònraichte freagarrach airson àirneis, gu sònraichte freagarrach airson àirneis, gu sònraichte freagarrach airson àirneis, uidheamachd meacanaigeach, agus raointean fèin-ghluasadach. Tha na feartan dealbhaidh aige a 'toirt a-steach sgiathan còmhnard air gach taobh, a' leigeil leis na cnò a bhith furasta a thionndadh gu furasta gun fheum air an cnò a thionndadh gun fheum air an fheum air innealan, a 'leasachadh gàirdeachas agus èifeachdas obrachaidh.

Tha cnothan fàinne din582 air an cleachdadh sa mhòr-chuid gus slabhraidhean agus ròpan le sreang stàilinn a cheangal, agus faodar a chleachdadh cuideachd airson togail aotrom. Bidh an Nut Fàinne chrochte a 'toirt iomradh air co-phàirt a thèid a sgrìobadh còmhla ri bolt no sgrìob gus buaidh inntinneach a thoirt seachad, agus gu bheil e na phàirt riatanach airson gach inneal cinneasachaidh is saothach uile.

In mechanical equipment, T-nuts are used to connect and fix key components, ensuring the stability and safety of the equipment. For example, on machine tools, T-nuts are commonly used in transmission systems, such as guide rail ball screw transmission. In construction and road and bridge engineering, T-nuts are used to connect steel bars and prefabricated components, improving the overall integrity and load-bearing capacity of the structure. For example, in subway and high-speed rail construction, T-nuts ensure the safety and stability of tunnels and bridges. In automotive parts, T-nuts are used to connect the engine and body, improving the overall performance and safety of the car. T-nuts are also widely used in T-slots of various milling machines to simply and safely secure other connecting components in profile grooves. In addition, T-nuts are often used in conjunction with fasteners such as hexagonal bolts to assemble structural components such as corner pieces. Tha cnothan tàthan ann an cumadh T a 'cleachdadh cnothan gu farsaing ann an àirneis, uidheamachd meidigeach, agus uidheamachd spòrs. Mar eisimpleir, thathas a 'cleachdadh cnothan tàthadh M8 ceum a' cleachdadh gu cumanta airson uachdaran còmhnard leithid pìoban stàilinn agus truinnsearan airson co-chruinneachadh a 'chòmhnaidh.