Operation principle: Comprised of heat pipe,
glass tube, heat-collector plate, aluminum safety-protection
cap and getter, SHCMV tube has high practicability and
reliability. ·Technology specialty: The tube has two technology
patents in solar energy utilization. ● The first patent
technology: glass-metal heat envelopment craftwork. Patent
number: 79149 ● The second patent technology: exhausting set
for SHCMV tube. Patent number: 455502 ·product specialty: ●
High heat effectiveness: higher than normal all-glass tube by
10%; ● Heat-pipe conduction, no water inside ,thus it is
successfully prevented from the defects of tube blockage and
low power output caused by water fouling and deposits or dust
and sand; ● With small thermal capability, it can output power
in 2 minutes. The highest temperature of cooling end can
reaches 250℃. The average heat efficiency can still be 50% even
under -50℃. ● High efficient selective absorptive coatings and
vacuum heat insulation technology ensure the tube to get higher
heat output in cloudy weather and in moist area, especially in
winter. ● Solar collecting plate is installed and sealed inside
the tube of high-quality borosilicate glass with 5x10-2Pa of
vacuum, so it cannot be corroded even in moist area; ● Hot
water system can endure 0.6MPa so that it can be connected to
tap water tube. ·Usage range: Able to be applied to big-scale
hot water system, desaltification of seawater, industrial
desiccation, hot supplication system etc. ·product efficiency:
Heat pipe is a critical component in SHCMV tube and
interposition SHCMV tube. ·Operation principle: When solar
energy gets to heat pipe, medium in tube is vaporized at 25℃,
then conducts heat energy received to cooling end. After the
process, a circulation is completed. ·Product specialty: ● heat
conduction efficiency reaches more than 99% in normal
condition,higher than copper by 10,000 times. ● With small
thermal capability, it can output power in 5 seconds, when
temperature of copper tube reaches 25℃. ● Able to output power
of 125W. |
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