Jiaao GB Ray Tube Heat Sink A-Type Ray Tube Heat Sink Process Diagram D133-4000-4
Jiaao GB Ray Tube Heat Sink A-Type Ray Tube Heat Sink Process Diagram D133-4000-4

Jiaao GB Ray Tube Heat Sink A-Type Ray Tube Heat Sink Process Diagram D133-4000-4

Category:

hardware/plumbing hardware /Radiator

Model:

D133-4000-4

Brand:

Jiaao

brand:

Jiaao

model:

D133-4000-4

structural type:

Pipe type

Principle Type:

Convective heat dissipation

material:

steel

Processing & Customization:

yes

Installation type:

wall-mounted

surface treatment:

Rust proof paint, silver powder

Specifications and Dimensions:

four thousand

Place of Origin:

Hengshui, Hebei

manufacturer:

Jiaao Heating

Retail Price

350.00USD


重量

kg

  • Product Description
  • brand

    Jiaao

    model

    D133-4000-4

    structural type

    Pipe type

    Principle Type

    Convective heat dissipation

    material

    steel

    Processing & Customization

    yes

    Installation type

    wall-mounted

    surface treatment

    Rust proof paint, silver powder

    Specifications and Dimensions

    four thousand

    Place of Origin

    Hengshui, Hebei

    manufacturer

    Jiaao Heating

    Description :

      Jiaao GB Ray Tube Heat Sink A-Type Ray Tube Heat Sink Process Diagram D133-4000-4

      Radiators with light pipes are classified into two types based on different pipe diameters: Type A and Type B, which have different shapes and ranges. Radiators mainly rely on convective heat transfer, so the hot air flow rises, causing the temperature in the upper space to be significantly higher than that in the lower part, increasing the useless heat loss in the upper part. If the inlet and outlet temperatures of the radiator decrease, the temperature gradient in the indoor space will decrease, and the temperature distribution in the space will tend to be uniform, which will also make people feel comfortable.

      When the water supply temperature of the radiator is higher than 70 ℃, organic dust will decompose on the surface of the radiator, emitting odors and blackening the wall surface. Low temperature heating is more energy-efficient. Lowering the temperature of heating hot water can reduce heat loss in network pipelines. Taking a system with a supply and return water temperature of 95/70 ℃ as an example, for every 1 degree decrease in the average temperature of the supply and return water, the heat loss of the external network is relatively reduced by 1.3%.

      Industrial radiators with light exhaust pipes are carefully treated with internal anti-corrosion materials and specially welded to ensure a long service life. Radiators have excellent anti-corrosion and oxidation resistance properties. Suitable for general quality water as a heat medium.

    AfterSalesService :

    Key words:
    • GB light pipe radiator