See how a smooth coating film with isolated closed pores enables easy removal of adhered thermo
See how carbon nanotube-cermet coatings absorb solar radiation while minimizing thermal emissio
See how gradient SiNO anti-reflective layers and graded Cr-CrNO cermet layers achieve high sola
Wet-applied sol-gel coatings use inorganic binders and black pigments to deliver high solar absorptance with low thermal emittance.
A multilayer TiAlN-based absorber coating uses diffusion-barrier and protective top layers to resist corrosion and thermal cycling up to 600°C.
A W2N-AlN or Mo2N-AlN cermet coating improves receiver tube stability and optical selectivity up to 550°C in solar thermal systems.
A multilayer APCVD coating on tinted glass balances visible transmittance, color neutrality, low emissivity, and solar heat gain.
A 90° latch-in cross member and seam clamp cut parts and installation time while securely retaining snow and ice on metal roofs.
A multilayer selective solar absorber uses interference coatings to boost solar absorption while lowering laser reflection on aluminum.
An activatable anti-twist lock secures metal pipes without a support nipple, preserving flow area, sealing, and assembly tolerance.
Ultrasonic soldering and in-vacuum laser welding create flexible, vacuum-tight glass-metal seals for large vacuum insulating glass panes.
TiO2 nanoparticles integrated during brazing create a stable light-absorbing solar collector surface without polymer coatings or harmful treatments.
A deformable snap-fit ring and tapered nut secure corrugated tubes quickly, prevent accidental release, and allow easy reuse.
A dual-side multilayer coating boosts solar absorption, limits infrared heat loss, and improves laser welding of heat carrier tubes.