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KL type knurled fin tube

The base tube is knurled on the outside, and the root of the L-shaped aluminum fin is rolled twice after winding to strengthen the contact of the tube. The contact area is increased by about 50%, the contact thermal resistance is small, the heat transfer performance is high, and it can withstand repeated cold and heat The circulation is not loose. For this reason, this type of fin ensures better heat transfer characteristics than L and LL fins. Maximum working temperature: 250℃


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KL type knurled fin tube

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  • Product Description
    • Commodity name: KL type knurled fin tube

    The base tube is knurled on the outside, and the root of the L-shaped aluminum fin is rolled twice after winding to strengthen the contact of the tube. The contact area is increased by about 50%, the contact thermal resistance is small, the heat transfer performance is high, and it can withstand repeated cold and heat The circulation is not loose. For this reason, this type of fin ensures better heat transfer characteristics than L and LL fins. Maximum working temperature: 250℃

    The base tube is knurled on the outside, and the root of the L-shaped aluminum fin is rolled twice after winding to strengthen the contact of the tube. The contact area is increased by about 50%, the contact thermal resistance is small, the heat transfer performance is high, and it can withstand repeated cold and heat The circulation is not loose.
    For this reason, this type of fin ensures better heat transfer characteristics than L and LL fins. Maximum working temperature: 250℃

    Key words:
    • 绕片管

Product Description

  • Product Description
  • The base tube is knurled on the outside, and the root of the L-shaped aluminum fin is rolled twice after winding to strengthen the contact of the tube. The contact area is increased by about 50%, the contact thermal resistance is small, the heat transfer performance is high, and it can withstand repeated cold and heat The circulation is not loose.
    For this reason, this type of fin ensures better heat transfer characteristics than L and LL fins. Maximum working temperature: 250℃

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