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Leathán Maol Snáithín Carbóin 5mm 3K Snasta/Neamhlonrach 

Faigh Praghas

Go raibh maith agat as a chur isteach!

Mionsonraí Gearr

Críochnaigh

Ard Snasta

Neamhlonrach

Leath-neamhlonrach

fíodóireacht

Twill/Plain

Brionnaithe

Aontreoch

Tiús

Is tanaí: 0.2mm

Is tiús: 30mm

Saincheaptha

Méid

Rialta: 400 * 500mm

Méid eile: 200 * 300mm

500 * 600mm nó saincheaptha

Cur síos ar an Táirge :

  • Ábhar snáithín carbóin Toray nó Tairyfil a roghnú ón tSeapáin nó ón Téaváin.

  • Tá gach veinír curtha orthu snáithín carbóin déanta le ciseal amháin de ard-neart prepreg snáithín carbóin 100% le treoshuíomh snáithín 0/90.

  • Tá 45 céim ar fáil bunaithe ar do riachtanas.

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  • Cinntíonn teicneolaíocht speisialta an Snasta flawless ar an dá thaobh.

  • Is é an méid uasta 1000 * 1500mm, tá tiús suas le 15mm.

  • Déan seirbhís gearrtha CNC a thairiscint bunaithe ar do líníocht, sínigh comhaontú ÚNM chun do dhearadh a choinneáil faoi rún .

  • Nóta: Beidh an caoinfhulaingt tiús beagán níos mó

Toise:

Iarratas

5mm Carbon Fibre Sheets 

-- are commonly used in various parts of drone frames, including the bottom plate, top plates, arms, and side plates. Here are some of the applications of 5mm carbon fiber sheets in these parts:

Bottom Plate: The bottom plate is the main structural component of the UAV/FPV/drone frame that provides support for the other components. 5mm carbon fiber sheets are often used as the bottom plate because they are strong enough to support the weight of the motors, battery, and other electronics while remaining lightweight. The stiffness of carbon fiber also helps to prevent flexing of the frame during flight, which can affect stability and maneuverability.

 

Top Plates: Top plates are used to protect the electronics and other components on the top of the drone frame. 5mm carbon fiber sheets are often used for this purpose because they provide a strong and rigid surface that can withstand impact and vibration. The stiffness of carbon fiber also helps to reduce the chances of damage to the components due to flexing or bending of the frame.

 

Arms: The arms of a drone frame connect the motors to the body of the drone. 5mm carbon fiber sheets are commonly used for the arms because they provide a strong and lightweight structure that can handle the stresses of flight. The stiffness of carbon fiber also helps to reduce the amount of flexing or vibration in the arms, which can improve the stability of the drone during flight.

 

Overall, the use of 5mm carbon fiber sheets in drone frames offers several advantages, including increased durability, improved flight performance, and reduced weight, which can lead to longer flight times and improved maneuverability. By using carbon fiber sheets in various parts of the drone frame, manufacturers can create a high-performance drone that is both strong and lightweight.

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