
Green & sustainable solutions
From LEDs to solar panel protections and bio-based plastics, we provide a wide range of sustainable electrical solutions.
Our products for low-energy solutions include materials for producing low energy light bulbs, LEDs and their supports. We also develop materials to protect photovoltaic cells based on fluorinated polymers, as well as bio-based plastics.
For the electronic appliance industry, we provide solvents with low metal contents and elemental fluorine for LCD displays and semiconductors. Additionally, we offer recycling solutions for rare earth elements present in electronic equipments.
Our products for green & sustainable solutions (19)
1,1,1-Trifluoroacetone (TFK) is used as a synthesis intermediate.
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It is a colorless and limpid liquid, non-corrosive, with a characteristic pleasant smell. It has low toxicity. It is miscible with the most common organic solvents and with water.
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It is a colorless and clear liquid, non-corrosive, low volatility and low toxicity, slight odor. It is miscible in common organic solvents and water.
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From the long established applications in the etching of printed circuit boards to the more recent application of ultra high purity grades in semiconductor production hydrogen peroxide is the leading 'wet chemical' used in the semiconductor industry.
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From the long established applications in the etching of printed circuit boards to the more recent application of ultra high purity grades in semiconductor production hydrogen peroxide is the leading 'wet chemical' used in the semiconductor industry.
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From the long established applications in the etching of printed circuit boards to the more recent application of ultra high purity grades in semiconductor production hydrogen peroxide is the leading 'wet chemical' used in the semiconductor industry.
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From the long established applications in the etching of printed circuit boards to the more recent application of ultra high purity grades in semiconductor production hydrogen peroxide is the leading 'wet chemical' used in the semiconductor industry.
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From the long established applications in the etching of printed circuit boards to the more recent application of ultra high purity grades in semiconductor production hydrogen peroxide is the leading 'wet chemical' used in the semiconductor industry.
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Interox® Pico and Pico Plus are two of a range of Electronic Wet Chemicals produced by Solvay’s GBU Special Chem (others include ultra pure Ammonium Fluoride, Phosphoric Acid, Hydrofluoric Acid and Formulated Products -mixtures). Used primarily in the cleaning and etching stages of semiconductor chip production demand is growing rapidly for these materials as the leading semiconductor manufacturers continue to innovate to keep pace with “Moore’s Law” (doubling the number of transistors on integrated circuits every two years) in a process which drives the continuous performance improvement in all our computers, smart phones and other electronic devices.
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Kalix® 2955 is a bio-sourced, polyamid-based compound with 55% by weight glass fiber reinforcement. This material is specifically formulated for high strength and stiffness applications where good impact resistance and excellent dimensional stability after molding are required. The formulation also addresses warpage issues associated with the anisotropic shrinkage of glass fiber reinforced materials so that close tolerance molding is more easily achieved. Its low viscosity and excellent flow properties make the material ideal for filling parts with thin-walled sections such as those encountered in the mobile electronics industry.
- White: Kalix® 2955 WH 000
- Black: Kalix® 2955 BK 000
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Crystal growth for medical equipment (PET scaners)
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Crystal growth for medical equipment (PET scaners) made from scraps from Lutecium containing cristals
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Phosphoric Acid is highly selective in etching Si3N4 instead of SiO2. In combination with INTEROX® hydrogen peroxide and water, it is used to etch aluminium and InGaAs selective to InP.
Electronic Grade Phosphoric Acid is manufactured in Bernburg, Germany. It is tailored to the needs of the electronic industry with a focus on the wet processing steps in the manufacture of semiconductor wafers.
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RHODIASOLV(R) IRIS is used in metal cleaning (degreaser), paint stripping and resin cleaning applications. Combines ketone like solvency (MEK, MIBK) with low vapor pressure and favorable industrial hygiene. Efficient replacement for traditional solvents in non-aqueous systems. Enables water based cleaning - backbone for pH neutral systems. Strong solvent which dissolves grease/oil/resins. Typical usage: 10 – 30%
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RHODIASOLV(R) IRISIN is used in metal cleaning (degreaser), paint stripping and resin cleaning applications. Combines ketone like solvency (MEK, MIBK) with low vapor pressure and favorable industrial hygiene. Efficient replacement for traditional solvents in non-aqueous systems. Enables water based cleaning - backbone for pH neutral systems. Strong solvent which dissolves grease/oil/resins. Typical usage: 10 – 30%
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Non VOC - EU legislation
[1999/13/EC]. Readily Biodegradable. Non-toxic and not labelled.Increases Flash Point hence non-flammable. Non-irritant, non-sensitizer.
Acrylic, Alkyd, Acrylic-urethane. Vertical surfaces & Dipping tank
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SOLKANE® 365 is a hydrofluorocarbon of the latest generation. It has no ozone depleting potential and with its boiling point of 40 °C it can be handled as a true liquid at room temperature. It is a colorless, compound with a faintly ethereal odor, used for a wide range of applications within PU foams, solvents or heat transfer fluids.
The chemical stability of SOLKANE® 365 is even better when compared to HCFC 141b. Therefore no stabilizer is needed if SOLKANE® 365 is stored under appropriate conditions (for details please refer to our SDS).
SOLKANE® 365 is a perfect team player. It is miscible with a wide range of other organic foam blowing agents like other HFCs or even hydrocarbons.
The choices are up to you and almost unlimited. Blending of i.e. cyclopentane with SOLKANE® 365 strongly improves the lambda value while reducing the density of the resulting PU foam. That means, running SOLKANE® 365 in your system minimizes raw material costs while improving insulation performance. That is what we call a win win situation!
SOLKANE® 365 is your first choice when fire safety is demanded. Fire classifications and fire performance tests are of increased importance for modern PU products especially in the building industry. Combined with the Solvay's IXOL® range of reactive flame retardant polyols, SOLKANE® 365 blown PU foams reach the highest possible classifications for organic insulation materials.
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