Solar Conductivity Pipe

Superconductivity tube: the difference in structure lies in the copper heat pipe inside it and most of the radiation from the sun is absorbed by this sealed heat pipe which contains an anti-freeze type liquid.

It has many advantages as follow：

a. the pipe is made of super conductive oxygen-free copper. The general solar tubes transfer the heat energy by the water, but the superconductive tube with the smallest surface ,can transfer the heat to a long distance by the copper pipe and the heat spoilage is almost zero ,possessing a very high heat conducting efficiencyand a high speed.

b. No water inside, can protect from freezing or boiling ,more reliable and safe.

c. The evacuated tube with the super conductive heat pipe is the most advanced technology in the world.

d. long service life and graceful appearance keeps eco-friendly and be your best choice.

Specification：

Structure	All-Glass Double Tube Co-Axial Structure
Glass Material	High Borosilicate 3.3 Glass
External Pipe Diameter & Thickness	dia.=47±0..5mm  &=1.6mm,    dia.=58±0.5mm  &=1.6mm, dia.=70±0.5mm  &=2.0mm,
Internal Pipe Diameter & Thickness	dia.=37±0.7mm  &=1.6mm,    dia.=47±0.7mm  &=1.6mm, dia.=58±0.7mm  &=2.0mm,
Pipe Length	800,1200,1500mm, 1600mm, 1800mm, 1900mm, 2000mm，2100mm
Absorptive Coating Property	Structure	Cu/SS-ALN(H)/SS-ALN(L)/ALN
	Sediment Method	Three Layer Magnetron Sputtering Plating
	Specific Absorption	as=0.93~0.96(AM1.5)
	Emission Ratio	0.04~0.06(80°C±5°C)
Vacuum	P≤5.0×10-3Pa
Idle Sunning Property	Y= 260 ~ 300m²°C/KW
Solar Irradiation for Obtaining a Preset Water Temperature	H≤4.7 MJ/ m²(dia.58)	H=3.7~4.2 MJ/ m²
	H≤3.7 MJ/ m²(dia.47)	H=2.9~3.2 MJ/ m²
Average Heat Loss Coefficient	Ult=0.4~0.6W/( m².°C)
Pressure-Endure Ability	0.6Mpa
Hail-Endure Ability	30mm
Lifetime	15years