Gentle cleaning agents for solar modules
Photovoltaic modules must be cleaned regularly to ensure maximum performance. Dirt can block the sun’s light and therefore reduce power generation. However, care must be taken when cleaning, as the use of chemical cleaning agents carries a considerable risk of damage. Emil Otto GmbH has therefore developed gentle cleaning agents for solar modules.
In ‘agri-photovoltaics’, the cleaning of solar panels must be environmentally sustainable
The use of agricultural parks for energy production using solar technology is an innovative and sustainable solution that addresses the challenges of modern agriculture and energy production. However, the use of solar technology on agricultural land results in special requirements for cleaning agents that are used for cleaning solar panels.
Innovative cleaning agents support the cleaning of solar panels using drones
Emil Otto GmbH, a leading supplier of cleaning and soldering agents for the solar industry, has already launched a range of products for cleaning solar panels. These innovative cleaning media also support cleaning with drones and thereby significantly increase the efficiency and longevity of solar systems. At the same time, the effort required to clean solar panels is reduced.
New soldering and tinning pastes for soft soldering from Emil Otto
Emil Otto GmbH is further expanding its metal chemistry product portfolio for soft soldering with the new ZINNIN Green soldering and tinning pastes. The sustainable soldering and tinning pastes do not require zinc chloride, are therefore not subject to hazard labelling and can be used for soft soldering and tinning. They are particularly suitable for […]
Emil Otto expands its portfolio of cleaning agents for the solar industry
The German flux and cleaning specialist Emil Otto is expanding its range of cleaning agents for the solar industry with four new products and will present them to trade visitors for the first time at Intersolar 2024 in Munich. All four products have been developed specifically for cleaning solar modules. “Our participation in Intersolar 2023 […]
Emil Otto presents an expanded portfolio of flux gels at productronica 2023
Flux gels are frequently used for rework on assembled PCBs. In the past, this often meant relying on flux for hand soldering and repair soldering. These contained other activators, which were used for series production. The flux gels developed by Emil Otto are based on uniform activators contained in the previous electronic fluxes, thus avoiding […]
Emil Otto with a new look
Emil Otto, the German flux specialist from Eltville on the Rhine, is presenting its new corporate design at productronica 2023 in Munich. In addition to a modernised logo, the entire online presence has been redesigned and all product information has been restructured. In its more than 120-year history, Emil Otto has already gone through many […]
Emil Otto introduces new, biological flux pastes with EO B-POWER activation complex
Sustainably produced and effective fluxes are part of the product philosophy of Emil Otto GmbH. For this reason, the flux specialist repeatedly introduces innovative products that take this philosophy into account. At this year’s productronica 2023, the company is now presenting flux pastes made with natural, high-purity substances for the first time. The new flux […]
Emil Otto introduces ROL0 flux pastes
Emil Otto’s flux pastes are a range of paste-like electronic fluxes whose portfolio has now been expanded to include two more new products. In both cases, these are ROL0 fluxes which, thanks in part to their very good activation properties, can be used reliably in component repair, even for critical components.
Emil Otto takes part in Intersolar Europe for the first time
Due to the strong market development, the German flux specialist Emil Otto GmbH will exhibit for the first time at the Intersolar Europe in Munich. The company will present there a total of 17 fluxes for soldering solar modules, tabber and stringer materials and connecting cells, as well as cleaning agents.