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FAQ: What are the advantages of ColdCoil cooling technology? Connected to an external circulator, our Cold Coil cooling technology provides unmatched temperature stability for flow chemistry reactions between –78°C and 260°C for extended periods of time. A proprietary clamping mechanism holds your coil reactor firmly in place and ensures optimal thermal contact while allowing coil reactors (2.0ml up to 60ml capacity) to be quickly and simply interchanged. The unit is supplied with a glass cover to eliminate convective effects within fume cupboards. For reactions at very low temperatures, a vacuum jacketed glass cover is available to ensure thermally stable operation. Learn more: https://lnkd.in/giaahZre #flowchemistry #subambient #temperaturestability #cooledcoilreactor #quickreactorinterchange #convectiveeffectseliminated #ColdCoil #Uniqsis

FAQ: What are the advantages of ColdCoil cooling technology? Connected to an external circulator, our Cold Coil cooling technology provides unmatched temperature stability for flow chemistry reactions between –78°C and 260°C for extended periods of time. A proprietary clamping mechanism holds your coil reactor firmly in place and ensures optimal thermal contact while allowing coil reactors (2.0ml up to 60ml capacity) to be quickly and simply interchanged. The unit is supplied with a glass cover to eliminate convective effects within fume cupboards. For reactions at very low temperatures, a vacuum jacketed glass cover is available to ensure thermally stable operation. Learn more: https://lnkd.in/giaahZre #flowchemistry #subambient #temperaturestability #cooledcoilreactor #quickreactorinterchange #convectiveeffectseliminated #ColdCoil #Uniqsis

This #brass brush turns the #ammonia solution blue as the #copper component of the #alloy oxidizes and dissolves in it. The blue solution is the distinct color of Cu2+. Copper can easily dissolve in ammonia and #amine derivatives that are meant to adjust pH. Imagine this scenario: Due to some overlooked #oxidizers in your system, you suddenly got high #iron readings in your #routinetest. You decided to increase the dosing rate of the pH adjuster. Then after several hours, you find your copper over the acceptable #parameter. Now you have two problems. What gives? Do you have brass parts in your #feedwater or #condensate service #pipeline that is in contact with your carbon steel pipe? Perhaps, instrument sensors, connectors, etc? Maybe you will notice soon that the brass is still very shiny and the carbon steel surface around it or near it is fouled up. An industrial janitor's point of view. #industrialjanitoring #corrosion

Aluminum Titanite’s lower thermal expansion and excellent thermal shock resistance makes it the best suitable material to be used in dosing furnaces. #HighPressureDieCasting #AluminaTitanateTubes #CastingTechnology #EngineeringMaterials #Innovation #QualityAssurance

Are you in the market for high-performance bearings for your energy projects? The diamond bearings from US Synthetic were designed for ORPC to withstand the harsh environments of ocean and river deployments, resisting erosion, corrosion, and biofouling. Read through https://lnkd.in/gqgyRkvJ to see how US Synthetic customized the diamond bearing technology to eliminate the need for lubricants and are expected to last for 10+ years, reducing maintenance costs and downtime. By utilizing US Synthetic’s proprietary diamond technology, the ORPC RivGen® Power System leverages: • A seal-less, fluid-cooled diamond bearing that eliminates excess component weight and the need for contaminating lubricants and maintenance; • A polycrystalline diamond material that can easily resist corrosive and damaging material flowing in the water; • A sliding-element bearing that delivers a low coefficient of friction. After approximately 200 hours of use, the diamond “wears in,” and the coefficient of friction will perform similarly to a polymer (0.01). At these low friction levels, diamond provides improved operating efficiency and eliminates excessive drag on the system’s rotating elements. #RenewableEnergy #HydroKinetic #DiamondBearings #ORPC #USSynthetic #WeAreChampionX

There are various methods to purify graphite. On the WFI US side of things, we’ve only had experience with high-temperature methods. Aside from our own experience, there are different methods like flotation, alkaline acid, chlorination roasting, etc… This goes back to our posts, over the last few weeks. There are so many material-specific techniques to fabricate high-purity graphite parts, that we’ve found there is no shame in leaning on experts. We’ve even found that part fabricators may not know every detail behind purifying graphite parts. High-temperature vacuum induction purification furnace at Advanced Carbon Technologies:

BSMJ self-healing shunt capacitors are widely used in reactive power compensation of low-voltage distribution systems, but there are many problems such as high early failure rate and short service life. So do you know how to get your capacitors rid of high early failure rate and short service life? Here are the keys to solving the problems: 1) Design capacitors according to the working environment; 2) Use high-quality film to control the square resistance of the metal layer; 3) Avoid excessive moisture content in the capacitor during the production process; 4) Adopt advanced and scientific gold spraying process, heat treatment process and impregnation process; 5) Keep the capacitance values of the capacitor balanced. #Capacitor #Compensation #Lowvoltage

🆕 Introducing the Redeem Foam Flow Reactor 🆕 Revolutionizing reaction efficiency with metallic or ceramic foam integration for optimal mixing and light utilization. The Redeem Foam Flow Reactor integrates a metallic or ceramic foam of your choice inside the reactor to optimize the mixing and light utilization. The foam allows for maximum mixing of the reaction mixture as it flows through the tortious path set by the foam. The pore size and thickness of the foam can be fine controlled for your specific reactions. The foam surface can be functionalized or coated with a catalyst to make the reaction even faster. For photo-chemical reactions, the foam structure is designed to capture as much light as possible. The Foam Flow Reactor delivers unmatched performance, helping you achieve superior product quality and throughput while adhering to lean process metrics. Learn more here: https://lnkd.in/dTkdK36B #RedeemSolarTechnologies #Greenchemistry #flowchemistry #Hydrogen #FoamFlowReactor #Reactor

Applications of Graphite Blocks Graphite Blocks are versatile and indispensable in various industrial applications. Here are their key uses: High-Temperature Furnaces: Utilized as structural components and insulation due to their high thermal stability and resistance to oxidation. Electrolysis Cells: Served as conductive electrodes and cell linings, providing efficient electrical conductivity and chemical inertness. Refractory Linings: Chosen for their ability to resist chemical attack and maintain integrity at high temperatures, ideal for kilns and reactors. Lubrication Systems: Known for their natural lubricating properties, used in high-temperature environments where conventional lubricants may fail. #GraphiteProducts #GraphiteCrucibles #GraphiteRods #GraphiteBlocks #HighTemperatureResistance #CorrosionResistance

Polyimide Film typical applications are thermal interface components, thermal blocks, electrical insulation, shims, rings, seals, #gaskets, EMI/RFI #shielding, flexible polyimide #heaters, a variety of rechargeable #battery components, and other precision laser and die-cut parts.