Solar industry - Import export

MONO SOLAR PANELS Canadian Solar 395W Solar Panel 132 Cell CS3N-395MS HiKuBlack Canadian Solar 390W Solar Panel 132 cell CS3N-390MS BoB Mono Canadian Solar 400W Solar Panel HiKuBlack CS3N-400MS Canadian Solar 390W Solar Panel 132 Cell CS3N-390MS HiKuBlack Trina 390W Solar Panel 120 Cell TSM-390-DE09C07 Trina 365W Solar Panel 132 cell TSM-365-DE06X.05(II) Trina 360W Solar Panel 132 cell TRI-TSM-360-DE06X Q Cells 400W Solar Panel 132 Cell Q.PEAK DUO BLK ML-G10+ Q CELLS 365W Solar Panel 120 Cell 365QPDG10+ BK Q CELLS 360W Solar Panel 120 Cell Q.PEAK DUO BLK G10+ 360 Q CELLS 485W Solar Panel 156 cells XLG103QPD-BFG Q CELLS 430W Solar Panel 144 cells DUO L-G6.2 SIL Q CELLS 480W Solar Panel 156 cells Q.Peak Duo XL G10.3/BFG Solaria 430W Solar Panel PowerXT-430R-PL Silfab 370W Solar Panel 120 Cell SIL-370-HC

For the best only the highest quality ICS-ETFE is used for coating stainless steel process and utility pipework, for example. As a special, flame-resistant interior coating, this is particularily suitable for the coating of exhaust air pipework, for example, in factories in the chip, solar cell and fibre optics industries. ICS is FM-approved – each construction part is marked separately with the FM specification. This coating is also tested according to the American safety standard Factory Mutual Research 4910 and suitable for use in clean rooms. The coatings are used, amongst other things, in the chemical industry, the electrical industry, the automobile industry as well as in the food industry and in semiconductor technology. ETFE coatings are particularly well suited for use in the semiconductor and pharmaceutical industry. ETFE resists the most extreme conditions, such as e.g. the processing of high-purity grade water (molecules can still be extracted by this even from...

Special and flame retardant Just like ICS, ICS-ETFE is also suitable for coating stainless steel process and utility pipework, for example. As a special, flame-resistant interior coating, this is particularily suitable for the coating of exhaust air pipework, for example, in factories in the chip, solar cell and fibre optics industries. ICS is FM-approved - each construction part is marked separately with the FM specification. This coating is also tested according to the American safety standard Factory Mutual Research 4910 and suitable for use in clean rooms.

Flexible and versatile Due to the many outstanding characteristics both in a technical and economic respect, E-CTFE – used in coatings from Gutbrod – can be used very flexibly in many fields of industry. Particularly for the semiconductor, micro-electronics, solar panel and chemical industry, the pharmaceutical sector as well as for plant and mechanical engineering, Rudolf Gutbrod GmbH offers with coatings made with E-CTFE excellent corrosion protection for working equipment used in these fields.

Our corrugated tubing systems for use in renewable energies enable increased efficiency thanks to an increased surface area resulting from the corrugated design. In addition, they withstand high mechanical loads, also internal pressure loads, and are highly flexible. Individually adapted cuffs that match commercially available fittings and welded cuffs allow for easy installation and reduce assembly time. The solar hose made by FRÄNKISCHE INDUSTRIAL PIPES is ideal for solar water heating (from 24°C to 30°C). The hose is made of high-quality PE and is durably resistant against saltwater, chlorine, UV radiation and therefore best suited for solar service water heating. Due to pre-molded couplings, it can be split individually and even installed in already existing filter cycles.

The MTS1HIGHTEMP is a high-sensitivity, single-channel thermopile detector for precise, non-contact temperature measurement. Tanks to the housing with a soldered filter the detector is resistant to humidity, aggressive gases and other environmental influences. The high detectivity of up to 12.2*10^8 cm√Hz/W and the high sensitivity of up to 501 V/W are achieved by back gassing with krypton and the special chip design. Influences by humidity in the measuring environment are eliminated by a filter used in the transmission range from 8 to 14 µm. These properties allow the use in applications with high requirements, such as temperature monitoring of thermally indexed process parameters in the metal industry or testing of maintenance-relevant properties in the solar semiconductor industry. The detector can be used at ambient temperatures between -20 and 180 °C. An integrated thermistor for intrinsic temperature monitoring can compensate external temperature influences.