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| Product Catalogue |
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Electronic Chemicals |
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Cleaning |
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Ammonium Fluoride, 40 %, 10 ppb Grade (C) |
Ammonium Fluoride, 40 %, 10 ppb Grade (C) |
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Elemental Fluorine F2 (C) |
Elemental Fluor (F2) is used to clean CVD tools from silicon deposition within the chamber, which was caused by the CVD process.
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Hydrofluoric Acid, 49 %, 1 ppb Grade (C) |
Hydrofluoric Acid, 49 %, 1 ppb Grade (C) |
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Hydrofluoric Acid, 49%, 10 ppb Grade (C) |
Hydrofluoric Acid, 49%, 10 ppb Grade (C) |
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Sulphur Hexafluoride SF6 (C)electronic grade 5.0 |
Sulphur Hexafluoride (SF6) is a non-toxic, inert, insulating and cooling gas of high dielectric strength and thermal stability. It is used for electrical engeneering and foundry practice.
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CMP |
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Ammonium Fluoride, 40 %, 10 ppb Grade (CMP) |
Ammonium Fluoride, 40 %, 10 ppb Grade (CMP) |
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Hydrofluoric Acid, 49 %, 1 ppb Grade (CMP) |
Hydrofluoric Acid, 49 %, 1 ppb Grade (CMP) |
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Hydrofluoric Acid, 49%, 10 ppb Grade (CMP) |
Hydrofluoric Acid, 49%, 10 ppb Grade (CMP) |
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Etch Gas |
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Sifren® 46 (E) |
Sifren® 46 (C4F6 or Hexafluorobutadiene) is a fluoro compound with two double bonds in the molecule;produced by Solvay Fluor
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Silicon purifying |
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Ammonium Fluoride, 40 %, 10 ppb Grade (S) |
Ammonium Fluoride, 40 %, 10 ppb Grade (S) |
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Hydrofluoric Acid, 49 %, 1 ppb Grade (S) |
Hydrofluoric Acid, 49 %, 1 ppb Grade (S) |
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Hydrofluoric Acid, 49%, 10 ppb Grade (S) |
Hydrofluoric Acid, 49%, 10 ppb Grade (S) |
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Wafer production |
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Ammonium Fluoride, 40 %, 10 ppb Grade (WAF) |
Ammonium Fluoride, 40 %, 10 ppb Grade (WAF) |
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Hydrofluoric Acid, 49%, 1 ppb Grade (WAF) |
Hydrofluoric Acid, 49%, 1 ppb Grade (WAF) |
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Hydrofluoric Acid, 49%, 10 ppb Grade (WAF) |
Hydrofluoric Acid, 49%, 10 ppb Grade (WAF) |
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Wet Etching |
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Ammonium Fluoride, 40 %, 10 ppb Grade (W) |
Ammonium Fluoride, 40 %, 10 ppb Grade (W)
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Hydrofluoric Acid, 49 %, 1 ppb Grade (W) |
Hydrofluoric Acid, 49 %, 1 ppb Grade (W)
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Hydrofluoric Acid, 49%, 10 ppb Grade (W) |
Hydrofluoric Acid, 49%, 10 ppb Grade (W)
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Flame Retardants |
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IXOL |
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IXOL B 251 |
The fire fighter in your foam.
IXOL B 251 is particularly well suited
for the production of rigid polyurethane foams. |
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IXOL M 125 |
Flame retardant for your canned foam.
IXOL M 125 is particularly suited
for one component polyurethane foams. |
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Inorganic Fluorides |
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F2 |
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Elemental Fluorine F2 |
Elemental Fluor (F2) is used for the fluorination of plastic fuel tanks and the finishing of plastic surfaces. |
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Fluorides |
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ALPOCLAR® 200 - Technical Grade |
ALPOCLAR® 200 - Technical Grade
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Ammonium hydrogenfluoride |
Ammonium hydrogenfluoride (NH4HF2) is used for aluminium anodization, metal surface treatment, manufacture of wood preservatives, glass processing, building protection, mineral oil/ natural gas drilling, cleaning of industrial plants, in breweries and in the electronic industry.
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Barium fluoride |
Barium fluoride (BaF2) is used in aluminium-metallurgy, enamel and glazing frits production, and The production of welding agents. |
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Calcium fluoride (synth.) |
Calcium fluoride (CaF2) is used in aluminium-metallurgy, brake lining, glass manufacturing, enamel and glazing frits production, dental application, and the production of welding agents. |
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Cryolite, synth. powder |
Cryolite, synth powder (Na3AlF6) is used in aluminium-metallurgy, for the production of abrasives, enamel, glazing frits and glass, soldering agents, welding agents, blasting and phyrotechnics, and for metal surface treatment. |
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Fluoroboric acid |
Fluoroboric acid (HBF4) is used in the chemical industry and for galvanotechnolgy. |
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Hydrofluoric acid |
Hydrofluoric acid, techn. (HF) is used for aluminium electrolysis, aluminium anodization, mineral oil/gas drilling, glass processing, metal surface treatment , chemical industry, cleaning of industrial plants, building protection and nuclear technology. |
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Hydrogen fluoride |
Hydrogen fluoride (HF) is used in the chemical industry, petrochemical industry, and for nuclear technology. |
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Lithium cryolite |
Lithium Cryolite (Li3AlF6) is used for the production of abrasives, welding agents and soldering agents. |
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Potassium cryolite |
Potassium cryolite (K3AIF6) is used for the production of welding agents, blasting and phyrotechnics, and for the production of abrasives. |
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Potassium fluoroaluminate |
Potassium fluoroaluminate (KalF4) is used for the production of welding agents, production of soldering agents, and for the production of abrasives. |
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Potassium fluoroborate |
Potassium fluoroborate (KBF4) is used in aluminium-metallurgy, for the production of abrasives, soldering agents and ceramics, and in the chemical industry. |
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Potassium hydrogenfluoride |
Potassium hydrogenfluoride (KHF2) is used in the chemical industry, manufacture of woodpreservatives glass processing, glass manufacturing, and for the production of soldering agents.
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Sodium fluoride |
Sodium fluoride (NaF) is used in the leather industry, for dental applications, for the enamel, glass and ceramic production, for the production of welding and soldering agents, and in aluminiummetallurgy. |
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Sodium fluoride (USP 28) |
Sodium fluoride (compliant to limits of USP 28) is used for Dental applications as active fluorocomponent for tooth decay prevention in toothpaste, chewing gum, mouth rinsing agent, dental floss (impregnation), drinking water fluoridation and other tentifrices.
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Sodium fluoride EP5.0 |
Sodium fluoride compliant to limits of EP 5.0 is used for Dental applications as active fluorocomponent for tooth decay prevention in toothpaste, chewing gum, mouth rinsing agent, dental floss (impregnation), drinking water fluoridation and other tentifrices.
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Sodium hydrogenfluoride |
Sodium hydrogenfluoride (NaHF2) is used in the galvanotechnology, textile industry and the chemical industry.
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IF5 |
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Iodine pentafluoride (IF5 ) |
Iodine pentafluoride is a colourless liquid with a pungent odour.
The highly reactive IF5 (melting point 9.4 °C) is distillable at
100.5 °C without any decomposition. Decomposition commences
at temperatures above 400 °C. In contact with water, iodinepentafluoride hydrolyses spontaneously.
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SF6 |
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Sulphur Hexafluoride |
Sulphur Hexafluoride (SF6) is a non-toxic, inert, insulating and cooling gas of high dielectric strength and thermal stability. It is used for electrical engeneering and foundry practice.
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NOCOLOK® |
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NOCOLOK® Flux |
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ANTAROX BL-225 |
ANTAROX BL-225 low foaming surfactant for brazing flux suspensions (up to 50 °C) |
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CsAlF-Complex |
Cesium fluoroaluminates are particularly suitable for flame brazing at temperatures between 430° - 480° C.
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KaCeFlux |
KaCeFlux (Potassium fluoroaluminates) is used as brazing agent. |
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NOCOLOK Binder (water soluble) |
Component for flux binder mixtures for selective fluxing
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NOCOLOK CB Flux |
During brazing, potassium
fluoroaluminates (flux) are generated
by the brazing agent in contact with aluminum surfaces. In addition silicon is generated and aluminum/silicon filler metal is formed. |
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NOCOLOK Flux plus Binder Mixture -Preparation ready for use- |
Flux-binder mixture for selective fluxing
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NOCOLOK System Binder (water-based) |
Binder system for flux binder mixtures for selective fluxing
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NOCOLOK Thickener (water soluble) |
Component for flux binder mixtures for selective fluxing
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NOCOLOK® Cs Flux |
NOCOLOK® Cs Flux is specifically made for brazing magnesium-containing aluminium alloys
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NOCOLOK® Flux |
NOCOLOK® Flux is not only suitable for both furnace and flame brazing applications, but also for induction applications. It is used in the automobile sector, households, refrigeration applications, and for tube connections.
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NOCOLOK® Flux Drystatic |
NOCOLOK® Flux Drystatic is a flux for brazing of aluminium using electrostatic/dry powder application
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NOCOLOK® LM Flux |
NOCOLOK® LM Flux is a flux for brazing aluminium. Particularly suitable for process conditions with a maximum brazing temperature below 595 °C.
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NOCOLOK® Sil Flux (coarse grade) |
Particularly suitable for brazing aluminium without additional filler metal.
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NOCOLOK® Sil Flux (extra fine grade) |
Particularly suitable for brazing aluminium without additional filler metal
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NOCOLOK® Sil Flux (fine grade) |
Particularly suitable for brazing aluminium without additional filler metal.
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NOCOLOK® Zn Flux |
NOCOLOK® Zn Flux: During brazing, potassium fluoroaluminates ( flux ) are generated by the brazing agent in contact with Al / Si filler metal. In addition, zinc is produced and diffuses into the aluminium surface.
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Solkane® Foaming Agents |
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Foaming Agents |
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Solkane® 134a Foam |
HFC Solkane 134a, a high purity gas liquefied under pressure, has a wide range of applications in the plastic foam sector (OCS,XPS, PU,PIR) .
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Solkane® 141b |
HCFC Solkane 141b, a high purity liquid, has a wide range of applications in the plastic foams sector.
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Solkane® 142b |
HCFC Solkane 142b a high-purity gas liquefied under pressure, has a wide range of applications in the plastic foams sector.
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Solkane® 152a |
HFC Solkane 134a and Solkane 152a are high purity gases liquified under pressure.
Solkane 134a is non flammable, while Solkane 152a is a flammable gas.
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Solkane® 22/142b blends |
HCFC Solkane 22/142b non-flammable blends with improved solubility for a wide range of applications in the plastic foam sector
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Solkane® 365/227 |
Solkane 365/227 are liquid hydrofluorocarbon blends of the third generation without ozone depletion potential.
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Solkane® 365mfc |
Solkane 365mfc is a liquid hydrofluorocarbon, a foaming agent of the third generation without ozone depletion potential.
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Solkane® Refrigerants |
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Refrigerants |
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Solkane® 123 |
HCFC Solkane 123 is an interim solution for CFC R11 in centrifugal chillers for temperature ranges from -10°C up to 10°C.
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Solkane® 125 |
HFC Solkane® 125 is a component in alternative refrigerant blends, such as HFC 507 or HFC 404A. Its physical data and vapour pressure is comparable to R502. |
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Solkane® 134a (R) |
HFC Solkane 134a has replaced CFC R12 in a wide range of applications, e.g. automotive air conditioning, household refrigeration, transportation cooling and chillers. Solkane® 134a is applied in temperature ranges from -20°C up to 10°C.
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Solkane® 143a |
Solkane® 143a is a component in alternative refrigerant blends. Its physical data and vapour pressure is comparable to R502.
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Solkane® 22 |
HCFC Solkane 22 is applied in air conditioning systems, commercial and industrial refrigeration for temperature ranges from -40°C up to 10°C. In comparison to CFC 12, the ODP of S22 is reduced by 94,5%.
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Solkane® 227 tech. |
HFC Solkane 227 tech. is used in air conditioning units where elevated ambient temperatures are present. Solkane® 227 has substituted the CFC R114 and R12B1 Typical evaporation temperatures are -10°C to 10°C.
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Solkane® 23 |
HFC Solkane 23 is used in low temperature applications for temperature ranges from -100°C up to -60°C. It substitutes CFC 13.
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Solkane® 404A |
Solkane Refrigerant - Solvay Fluor |
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Solkane® 407C |
HFC Solkane 407C replaces R22 in air conditioning systems and water chillers for temperature ranges from -40°C up to 10°C.
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Solkane® 410 |
HFC Solkane 410 is a substitute for R22 and R13B1. It substitutes R22 in small air conditioning and transport refrigeration units as well as R13B1 for low temperature applications in temperature ranges from -70°C up to -40°C.
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Solkane® 507 |
HFC Solkane 507 is a high efficiency low temperature refrigerant for commercial and industrial refrigeration systems with application temperatures of -40°C up to -20°C.
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Solkane®124 |
HCFC Solkane® 124 is an interim solution and can replace CFC114 in high temperature heat pumps. It is an environmental acceptable substitute and is used when the condensing temperature exceeds 80°C. |
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Solkatherm® SES36 |
SOLKATHERM® SES36 is an azeotropic mixture of Solkane 365mfc which boils at 36.7°C.
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Solkane®Pharmaaerosols |
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Pharma aerosols |
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Solkane® 227 pharma and 134a pharma (NEW) |
Solkane 227 pharma and Solkane 134a pharma, also known as HFA 227, HFC 227 or 1,1,1,2,3,3,3-heptafluoropropane and HFA 134a, HFC 134a oder 1,1,1,2,-tetrafluoroethane respectively, are used in medical sprays such as:
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