He aha te pepa konumohe taura?

Ko te pepa konumohe taura he momo motuhake o te pepa konumohe e whakamahia ana mo nga hanganga taura. Ka tukatukahia mai i te konumohe koranu rauemi mata ma te huri makariri, te huri wera me etahi atu tukanga. Ko te konumohe konumohe e whakamahia ana i roto i nga taura he pai te kawe hiko me te pai o te waikura, ina koa i roto i nga umanga waea me nga umanga hiko, he mahi nui.

cable-aluminum-foil-8011
cable-aluminum-foil-8011

8011 cable aluminum foil specification

Kohanga 8011
Te riri O
Mātotoru 0.01-0.3mm
Whānui 80-300mm
I.D 76/152
O.D 500
Thickness Tolerance(%) ±2%
Te roa Customed

Cable aluminum foil alloy type

Kohanga Te riri Mātotoru(mm) Whānui(mm) I.D.(mm) O.D.(mm) Thickness Tolerance(%) Te roa Lightness
1050 O 0.01-0.3 300 76 500 ≤5 COIL ≤60
1060 O 0.01-0.3 300 76 500 ≤5 COIL ≤60

Application of cable aluminum foil

What are the uses of cable aluminum foil?

Application of aluminum foil in the power field

1. Power cable shielding layer

Cable aluminum foil can be used as a shielding layer for power cables to block the impact of external electromagnetic interference on the interior of the cable. Aluminum foil has good electrical conductivity and electromagnetic shielding properties, which can effectively protect the transmission signal of the cable from interference.

2. Power cable outer sheath

Cable aluminum foil can also be used as the outer sheath of power cables to protect the internal insulation layer of the cable. Aluminum foil has good corrosion resistance and mechanical strength, and can effectively prevent external moisture and corrosive substances from corroding the cable insulation layer.

Application of aluminum foil in communication field

1. Optical cable shielding layer

Optical cable is a communication cable used to transmit optical signals. Aluminum foil can be used as a shielding layer of the optical cable to block the impact of external electromagnetic interference on optical signals. Aluminum foil has good electromagnetic shielding and electrical conductivity properties, which can ensure the transmission quality of optical signals.

2. Communication cable outer sheath

The aluminum foil in communication cables can be used as an outer sheath to protect the internal insulation layer of the cable. Aluminum foil has good corrosion resistance and mechanical strength, which can effectively prevent external moisture and corrosive substances from corroding the cable insulation layer and ensure the transmission quality of communication signals.

Application of aluminum foil in construction field

1. Building insulation materials

Cable aluminum foil can be used as part of building insulation materials to improve the insulation performance of buildings. Aluminum foil has good thermal conductivity and insulation properties, which can effectively prevent the transmission of indoor and outdoor heat, reduce energy consumption, me te whakapai ake i te kaha o te kaha o nga whare.

2. Building decoration materials

Aluminum foil can be used as a building decoration material to decorate building surfaces or walls. Aluminum foil has good corrosion resistance and plasticity, and can be made into decorative sheets of various shapes and colors to make the building appearance more beautiful.

Advantages of cable aluminum foil

Cable aluminum foil offers several advantages when used in cable construction, ina koa i roto i nga umanga waea me nga umanga hiko.

Haurua Electromagnetic (Ei) Shielding: Cable aluminum foil provides excellent EMI shielding capabilities, helping to protect cables from external electromagnetic interference and prevent electromagnetic radiation from escaping from the cable.

Radio Frequency Interference (Rfi) Shielding: In addition to EMI shielding, cable foil also provides effective RFI shielding, which is important in applications where RF signals need to be isolated and prevented from interfering with other electronic devices.

Te Whakanoho hiko: Cable foil can act as an insulating layer in some cable constructions, helping to provide electrical insulation and maintain the integrity of the cable.

Corrosion Resistant: High-quality cable foils are often treated to resist corrosion, ensuring long-term cable performance and reliability, even in challenging environmental conditions.

Te tiaki miihini: The foil provides mechanical protection to the internal components of the cable, protecting them from external forces such as bending, twisting and abrasion. This helps extend the life of the cable.

Te ngawari: Cable foil is designed to be flexible and conform to the shape of the cable without affecting its shielding and insulation properties. This flexibility makes it suitable for a variety of cable designs.

Maamaa: Aluminum foil is lightweight, which is beneficial in applications where the overall weight of the cable needs to be minimized.

Te mauroa: Aluminum foil is a durable material that can withstand a variety of environmental conditions, ensuring that cables remain reliable and functional for an extended period of time.

Cable foil is a versatile and effective material that provides EMI and RFI shielding, electrical insulation, parenga waikura, mechanical protection and flexibility. These advantages make aluminum foil the first choice material for cable production.

He aha tatou i whiriwhiri ai?

Henan Huawei Aluminium Co., Ltd. ko te rangatira o te maha o nga konumohe hanga me nga kaiwhakarato i Haina. Ka tino whakahaerehia e matou te kounga me te aro ki nga kaihoko. Te ti'aturi nei matou kia hohonu te mahi tahi ki a koe me te whakarato ki a koe nga hua rauemi konumohe kounga teitei nga ratonga OEM. Mena kei te pirangi koe ki te tiki i nga utu hou me te utu pai mo ia kg, mo ia tana taumaha paerewa, tēnā whakapā mai.

Raina hanga pepa konumohe

Tarapi

  • Mōkī: Puhi rakau
  • Whakatakotoranga take Rakau Paerewa: Roa*WdW*Tight=1.4m*1.3m*0.8m
  • Kia hiahiatia,Ko te rahi o te keehi rakau ka taea te hoahoa ano ina hiahiatia.
  • Ia kete rakau Tauine Taumaha Kere: 500-700KG Taumaha Net: 450-650KG
  • Korero: Mo nga whakaritenga takai motuhake, ko nga mea e rite ana me taapiri atu.