Within each highly efficient vacuum tube lies an advanced U pipe designed for seamless direct flow-through, seamlessly integrated with the
header pipe housed within the sophisticated manifold. This U pipe is expertly seamed within an aluminum heat transfer fin, a marvel of engineering, located in the
interior of the vacuum tube. This design facilitates the efficient transmission of heat from the interior tube directly to the U pipe.
Solar radiation effortlessly permeates the outer glass tube, capturing abundant energy right at the exterior of the inner glass tube, thanks to a
highly selective sputter layer. This captured solar energy is efficiently transferred to a precision-engineered flush-contact
aluminum shield, subsequently channeling it to a copper pipe, ingeniously filled with cutting-edge heat transfer fluid. The 360° aluminum heat
transfer fin ensures the swiftest and most efficient energy transfer, maximizing performance.
| Model Name |
SPU |
| Manifold casing material |
Stainless steel / Aluminium |
| Frame material |
Anodized profiled aluminum bar or stainless steel |
| Header pipe material |
Copper |
| U pipe material |
Copper |
| U pipe diameter |
8mm |
| No. of pipes |
10,12,15,18,20,24,30 |
| Aperture area |
For 18tubes system 2.3m2 |
| Insulation |
polyurethane |
| Rubber seals and rings |
UV stabilized high temperature silicon rubber |
| Test pressure |
9 bar |
| Collector mounting |
Flat roof/inclined roof |
| Mounting angle |
30 degree-50 degree |
| Inlet Outlet |
22mm |
| Gross weight |
70KG(for SPU-H58/1800-18) |
1. Crafted from premium borosilicate glass, complying with ISO3585: 1991 standards; boasts a remarkable transmittance of 0.92. Our solar selective absorptive coating achieves an absorbance of 0.94 with a hemispherical emittance of just 0.08, all tested according to GB/T9505-1998.
2. Our innovative start-up temperature is optimally designed not to exceed 25 degrees Celsius.
3. Experience rapid responsiveness with a start-up time of less than 2 minutes under standard sunshine conditions.
4. Engineered for resilience, our products demonstrate excellent low temperature resistance, maintaining integrity without breaks at -30 degrees Celsius.
5. Demonstrating exceptional heat impact resistance, our solution endures over three cycles of alternating cold water (below 25 degrees Celsius) and hot water (above 90 degrees Celsius), without incurring any damage.
6. Our robust design can withstand pressures up to 0.6 MPa, ensuring long-lasting durability.
7. Designed to withstand the elements, our product remains unscathed from the impact of 25mm diameter hail, exemplifying superior hail resistance.
Our Distinctive Advantages:
Our Comprehensive Product Process:
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