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Electronics

Solar flux for reliable production

Emil Otto offers a broad portfolio for the soldering of solar modules, tabber and stringer material as well as the connection of cells. This includes flux, rinsing and cleaning agents as well as tube solder. 

The fluxes are No Clean products that are formulated halogen-free. All fluxes leave no sticky residues. Process tests with well-known machine manufacturers from the stringer technology sector prove this. Furthermore, the activators are specially designed for the high temperatures required in the manufacture of solar modules without impairing the efficiency of the activators. This also applies to the actual application in particularly sunny and hot regions.

Catalog number

Product

Solids content

Application

Activators

Cat. no. 6200

SOLAR FLUX-EO-S-001

1.3 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

di-carboxylic acid complex, halide-free, resin-/rosin-free

Cat. no. 6202

SOLAR FLUX-EO-S-002

2.0 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

di-carboxylic acid resin complex, halide-free

Cat. no. 6207

SOLAR FLUX-EO-S-007

2.0 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

di-carboxylic acid complex, halide-free, resin-/rosin-free

Cat. no. 6208

SOLAR FLUX-EO-S-008

2.0 wt.-%

Soldering solar modules, tabber and stringer material and connecting of cells

di-carboxylic acid complex, halide-free

Cat. no. 6209

SOLAR FLUX-EO-S-009

1.8 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

carboxylic and di-carboxylic acid complex, halide-free, with special resin/rosin additive

Cat. no. 6210

SOLAR FLUX-EO-S-010

1.5 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

carboxylic and di-carboxylic acid complex, halide-free, with special resin/rosin additive

Cat. no. 6211

SOLAR FLUX-EO-S-011

2.0 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

carboxylic and di-carboxylic acid complex, halide-free, with special resin/rosin additive

Cat. no. 6212

SOLAR FLUX-EO-S-012

2.0 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

di-carboxylic acid complex, halide-free, synthetic resin

Cat. no. 6213

SOLAR FLUX-EO-S-013

2.0 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

di-carboxylic acid resin complex, halide-free

Cat. no. 6214

SOLAR FLUX-EO-S-014

2.1 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

carboxylic and di-carboxylic acid complex, halide-free, with special resin/rosin additive

Cat. no. 6215

SOLAR FLUX-EO-S-015

1.8 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

di-carboxylic acid complex, halide-free, resin-/rosin-free

Cat. no. 6216

SOLAR FLUX-EO-S-016

1.9 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

di-carboxylic acid complex, halide-free, synthetic resin additive

Cat. no. 6217

SOLAR FLUX-EO-S-017

2.0 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

carboxylic and di-carboxylic acid complex, halide-free, with special resin/rosin additive

Cat. no. 6242

SOLAR FLUX-EO-S-022

2.0 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

Carboxylic acid and di-carboxylic acid complex, halide-free, low solids content, highly activated

Cat. no. 6243

SOLAR FLUX-EO-S-023

2.0 wt.-%

Soldering of solar modules, tabber and stringer material and connecting of cells

Carbon and di-carboxylic acid complex, rosin, resin-free

Solar flux: Optimal solutions for the solar industry

The solar industry plays a central role in the global shift towards renewable energies. The focus is not only on the end products, but also on environmentally friendly production processes. Emil Otto supports this change by providing environmentally friendly solar fluxes. These are soldering fluxes that enable the sustainable and efficient production of solar modules.

Emil Otto's specialized solar fluxes meet the demanding requirements of the solar industry. The solar soldering fluxes are characterized by the highest quality and environmental friendliness and are ideal for the production of solar cells and modules.

After all, production efficiency and quality play a decisive role in the solar industry. With the soldering fluxes specially developed by Emil Otto, soldering processes can be optimized, especially in the production of photovoltaic modules. Solar cells are usually made of silicon, which is connected to metal contacts. The right solar flux ensures stable and durable solder connections, regardless of where the module is later used.

Emil Otto offers a wide range of solvent-free and halogen-free fluxes that meet the high standards of the solar industry. The fluxes ensure reliable metallization, which is essential for the function and service life of solar modules. The fluxes are solvent-free and halogen-free, making them an environmentally friendly choice for modern solar production. This is particularly important as solar energy is a sustainable energy source. Environmentally friendly production processes underline this claim.

Emil Otto's soldering fluxes offer some significant added value for the solar industry:

Efficiency

High wetting and excellent soldering results ensure stable connections and therefore a longer service life for the solar modules.

Versatility

The fluxes are equally suitable for soldering solar modules as well as for tabber and stringer material.

Environmental friendliness

Our Solar Flux products are halogen and solvent-free. This protects both the environment and the health of workers.

Process reliability

The high purity of the soldering flux ensures that there are no impurities that could impair the function of the solar cells.

Optimal process solutions

Fluxes from Emil Otto can be used for both automated and manual soldering processes. The soldering fluxes offer stable results at high temperatures and ensure excellent wetting of the surfaces to be soldered. The electrical contacts of the solar cells are thus permanently and reliably connected, resulting in higher energy efficiency