Teflex Gasket Company (Teflex Fluorotec )’s Post

Advantages of Teflex TX400 modified PTFE gasket in alkaline electrolytic cells. - Strong alkali resistance: The introduction of barium sulfate into the barium sulfate-modified PTFE gasket greatly improves the material's alkali resistance, allowing it to operate stably in a highly alkaline environment and is less susceptible to corrosion and damage. - Good electrical insulation: PTFE itself is an excellent electrical insulation material. The modification of barium sulfate further enhances its electrical insulation properties and effectively prevents electrolyte leakage and short circuits inside the electrolytic cell. - High-temperature stability: Barium sulfate-modified PTFE gasket has excellent high-temperature stability and can withstand high-temperature environments in alkaline electrolytic cells without failure, ensuring the stability and reliability of the electrolysis process. - Corrosion resistance: The introduction of barium sulfate enhances the corrosion resistance of the PTFE gasket, allowing it to resist corrosive substances in the electrolyte and extend the service life of the electrolytic cell.   Visit our website: https://lnkd.in/gBecFmMY Email: info@teflexgasket.com   #PTFE #filledPTFE #hydrogen #Electrolyzer

Advantages of Teflex TX400 modified PTFE gasket in alkaline electrolytic cells. - Strong alkali resistance: The introduction of barium sulfate into the barium sulfate-modified PTFE gasket greatly improves the material's alkali resistance, allowing it to operate stably in a highly alkaline environment and is less susceptible to corrosion and damage. - Good electrical insulation: PTFE itself is an excellent electrical insulation material. The modification of barium sulfate further enhances its electrical insulation properties and effectively prevents electrolyte leakage and short circuits inside the electrolytic cell. - High-temperature stability: Barium sulfate-modified PTFE gasket has excellent high-temperature stability and can withstand high-temperature environments in alkaline electrolytic cells without failure, ensuring the stability and reliability of the electrolysis process. - Corrosion resistance: The introduction of barium sulfate enhances the corrosion resistance of the PTFE gasket, allowing it to resist corrosive substances in the electrolyte and extend the service life of the electrolytic cell. Visit our website: https://lnkd.in/gBecFmMY Email: info@teflexgasket.com #PTFE #filledPTFE #hydrogen #Electrolyzer

Advantages of Teflex TX400 modified PTFE gasket in alkaline electrolytic cells. - Strong alkali resistance: The introduction of barium sulfate into the barium sulfate-modified PTFE gasket greatly improves the material's alkali resistance, allowing it to operate stably in a highly alkaline environment and is less susceptible to corrosion and damage. - Good electrical insulation: PTFE itself is an excellent electrical insulation material. The modification of barium sulfate further enhances its electrical insulation properties and effectively prevents electrolyte leakage and short circuits inside the electrolytic cell. - High-temperature stability: Barium sulfate-modified PTFE gasket has excellent high-temperature stability and can withstand high-temperature environments in alkaline electrolytic cells without failure, ensuring the stability and reliability of the electrolysis process. - Corrosion resistance: The introduction of barium sulfate enhances the corrosion resistance of the PTFE gasket, allowing it to resist corrosive substances in the electrolyte and extend the service life of the electrolytic cell. Visit our website: https://lnkd.in/gBecFmMY Email: info@teflexgasket.com #PTFE #filledPTFE #hydrogen #Electrolyzer #chemicalindustry #gasket #oilandgas #foodandbeverage

Is FEP Better or PTFE? FEP (Fluorinated Ethylene Propylene) and PTFE (Polytetrafluoroethylene) are both fluoropolymer materials, each with unique properties. Understanding their differences can help determine which is better for specific applications. #fep #ptfe #pvdf #peek https://lnkd.in/d5hjr7X7

Ethyl siloxane fluid IOTA 2056 PES （polydiethylsiloxanefluid；diethylsi－loxane fluid） IOTA 2056 PES Polyethylsiloxane fluids are used in hydraulic systems( cooling and power fluids), in instruments (lubricating oils), as well as they serve as low-temperature oil base. These fluids provide a stable operation of instruments and mechanisms in the Far North. The good dielectric properties of polyethylsiloxanes allow using them as instrumental fluid in electro mechanisms. They are used at the operating temperature from minus 70-150°C. #Ethylsiloxanefluid #polydiethylsiloxanefluid #diethylsi－loxane fluid #siliconeoil #silicone #Ethyl silicone oil

Sulfonation Steps for producing Sulfonic Acid (#LABSA) 1️⃣ Air drying : The air required for SO3 production is compressed then cooled by cooling water. 2️⃣ Sulphur melting : The solid sulfur is melted , filtered and then fed to the sulfur burner . when the system are heated by steam , temperature keeps constant and molten Sulphur viscosity is minimized . 3️⃣ Sulphur combustion and SO3 production : The melted sulfur reacts with dried air to produce SO2 . The SO2 gas leaves the burner at 700°C and it is cooled to 420°C .  The SO2 reacts with dried air in the presence of V2O5 ( as a catalyst ). Finally the SO3 gas is cooled to 55°C. 4️⃣ Sulfonation : In last step, LAB (linear alkyl benzene ) reacts with SO3 for producing #LABSA (#linearalkylbenzenesulfonicacid ). The exact mole ratio between SO3 and LAB is necessary to reach the maximum conversion degree with optimum color. 🔴 PSG RAW is manufacturer of #LABSA and ready to export. ✅ for more information please visit our website : www.psgraw.com Whats app : +989370976259  

👨🔬☄️Chemistry of iron☄️ Chlorine gas (Cl2) is produced in the flask by treating concentrated hydrochloric acid (HCI) with potassium permanganate (KMnO4) Heated iron filings (Fe) react with the generated chlorine gas to form iron(III) chloride (FeCl3) 2Fe + 3C12→ 2FeCIS 2KMnO4 + 16HCI → 2MnCl2 + 2KCI + 8H2O + 5C12 #chemistry

Ronice screw pumps LP Series--Special Pump for Chemical Industry Advantages： 1.Same shape and internal structure as LJ pump type 2.Pump type features： （1）The pump body is made of polytetrafluoroethylene（PTFE）. （2）Metal flow parts are made of duplex stinless steel. （3）The stator material is fluorine glue and PTFE material. 3.The reducer motor can choose stepless speed regulation and gear reducer motor. 4.Advantages of application scope：Sodium hypochlorite，sulfuric acid，hydrochloric acid， polymetric compounds，hydrocarbo containing benzene solution，etc.

#fluorine #perfluoropolyether #fluorinertliquid #Chinamarket On 26 Sept., the launching ceremony of the first phase of the fluorine material integration project (1,500 t/a perfluoropolyether and fluorinert liquid) of Qianxi City was held in the Chemical Park of Qianxi Economic Development Zone. The project investment is USD39.26 million (RMB280.00 million), and the main contents of the project include 600 t/a perfluoropolyether, 200 t/a heptafluoropropyl trifluorovinyl ether, 200 t/a perfluoropolyether carboxylic acid, 100 t/a perfluoropolyether amine, 200 t/a electronic grade perfluoropolyether, 200 t/a fluorinated liquid and so on.

Neutral calcium d inonylnaphthalene sulfonate（S705C） Equivalent to NA-SUL 729 Chemical composition: Calcium  dinonylnaphthalene sulfonate in light mineral oil. General Description: Calcium dinonytnaphthalene sulfonate is similar chemically to Barium dinonytnaphthalene Sulfonate(S705A). And can be substituted where barium compound is restricted. It is a stable, oil□     soluble, water-insoluble synthetic calcium sulfonate. It can be used as rust inhibiter and demulsifier in oils and greases.