PROOF Research, Inc.的动态

Sure, unlined carbon steel pipes are cheaper than lined pipe at the onset... ...but they sure aren't cheaper once you account for all the replacements you'll need. ?? Line your pipes with Iracore's advanced wear materials, and they will last five times longer. Learn more about our proprietary compounds and how we can help you get the best performance from your pipes at https://bit.ly/3WJU7uV.

???F.lli Giacomello: Innovation and Quality since 1985??? For almost 40 years, our mission has been one: to offer #excellentsolutions in the world of #levelindicators. As a family-run business, we pride ourselves on being synonymous with #quality, #experience and #reliability. ???Discover our FLU/P and SCF #FlowIndicators: ???FLU/P #Flowmeters and #FlowSwitches: Unmatched resistance: made of Grilamid? TR55, perfect for #water, #diesel, #thinners and #trichlorethylene. #Totalvisibility: clear reading of the scale from every angle. #Innovation: Unique linear progression thanks to the #conedesign. Advanced #security: reed contact #alarmsensors and optional LED signaling. ???SCF Flow Indicators: #Robustness: made of chromed zinc brass alloy with hexagonal hub. #Efficiency: reversible nylon-glass propeller and Pirex glass tube. High thermal #resistance: up to 130°C with OR in Viton. ???Why choose F.lli Giacomello? Because our quality is a family tradition. Improve the accuracy and reliability of fluid monitoring in your systems with our flow indicators. Find out more about how we can help you!

Horizontal vacuum belt filter

The surface roughness of aluminum foil can affect its performance in a number of ways, including: ?Electrochemical performance Lower surface roughness, or fewer grain boundaries, can improve electrochemical performance. ?Adhesion and bonding Rougher surfaces provide more area for adhesives and paint to stick to, which can increase adhesion and bond strength.?However, too much roughness can decrease the overall contact area and trap air at the interface.? ? Reflectivity Rougher aluminum sheets have lower total reflectivity and higher diffuse reflectivity.? ? Stripes Stripes left on aluminum foil by the rolling process can orient reflected light and make it non-isotropic.? ? Lithium-ion battery performance Too much roughness on the collector's metal foil can increase the resistance of the active materials, which reduces the battery's overall electric capacity.? ?

Elevate your sealing solutions with AESSEAL's CURC? mechanical seal series, meticulously engineered to optimize the exceptional properties of Silicon Carbide. Featuring third-generation self-aligning #technology, these seals minimize metal-to-silicon Carbide impact, especially during start-up, ensuring longevity and #performance reliability. Silicon Carbide boasts unparalleled chemical resistance, hardness, and heat dissipation properties, making it the #premierchoice for #mechanical seal faces. However, its inherent brittleness poses challenges, particularly during initial operation. That's why the CURC? range prioritizes minimizing metal-to-silicon impact, mitigating stress cracking risks. Trust AESSEAL's commitment to innovation and excellence in mechanical sealing technology. Experience the difference with CURC?.? Know more: https://lnkd.in/diRBDpSW #AESSEAL #CURC #MechanicalSeals #SiliconCarbide #Innovation #EngineeringExcellence

?? Driving Efficiency in Prismatic Cells: Could Aluminum-Copper Clad Metals Be the Game-Changer for Batteries? ?????? In the evolving landscape of Li-ion battery packs, Aluminum-Copper clad metals offer a revolutionary solution. ?? Strong contactability for reliable connections ?? No contact resistance between Aluminum and Copper, eliminating power losses ?? Weight reduction without compromising performance ?? Optimal electrical conductivity Plus, the Copper side can be coated to protect against corrosion, ensuring durability. Transforming battery performance starts with innovative materials. #Energy #Battery #BatteryInnovation #SmartMaterialSolutions #LightweightMaterials #EnergyStorage #AdvancedManufacturing #SustainableTech #LiIon #WickederGroup #bestofmetal

Dings Magnetic Drums are designed to continuously remove large quantities of ferrous metals for product purification in free-flowing powders and granular materials or to concentrate and reclaim product in recycling. Magnetic Drums also protect processing equipment and prevent costly repairs and downtime caused by tramp iron damage. Their self-cleaning design means no interruptions in product flow for cleaning cycles. High-strength, lifetime guaranteed permanent magnets function at top efficiency, day in and day out. Dings drum magnets feature our DFC magnetic circuit. This unique design ensures a uniform magnetic field across the entire surface of the magnet. Learn More: https://lnkd.in/gM9dDmBM #drummagnet #magneticseparator #PowderProcessing #grainprocessing #grainproduction #recyclingprocess

Did you know that the choice of stainless steel can significantly impact #Semiconductor processes? Dive into our blog to learn about the various grades and explore solutions to enhance purity and reliability. https://prker.co/4drfCW5 #SemiconductorManufacturing Learn more from our website: https://prker.co/3ztE9fl

OSiTC 2320 Thermal conductivity adhesive is a two-component silicone high thermal conductivity potting composite, with high thermal conductivity and electrical properties: 1) Low stress. When curing, the shrinkage rate is low and the stress is small. 2) Good durability. The matrix is formed from organic silicone rubber with outstanding heat resistance. 3) Low viscosity. The viscosity of potting adhesive is low, which is suitable for vacuum potting. It can ensure the consistency of potting parts and high yield. 4) Strong environmental tolerance. Excellent shock resistance. #ThermalInterfaceMaterials #TIMs #HeatManagement #ThermalConductivity #ElectronicsCooling

This guide evaluates aluminum and stainless steel vacuum chamber characteristics, components, and performance. https://hubs.li/Q02R704C0