Elder Engineering (Herts) Ltd’s Post

"Recrystallized Silicon Carbide Burner Nozzle Sleeve: The Excellent Choice for Industrial Combustion" In the field of industrial combustion, the recrystallized silicon carbide burner nozzle sleeve is the perfect combination of technology and craftsmanship. It adopts advanced recrystallization technology, with a dense and uniform crystal structure, and possesses outstanding high-temperature resistance (up to 1600°C), corrosion resistance, and wear resistance. It can withstand the erosion of various chemicals, the impact of high-speed airflow and particles, and has good heat conduction performance, improving energy utilization efficiency. Choosing it means choosing high efficiency, stability and sustainable development. It is a revolution in the field of industrial combustion. recrystallized silicon carbide, slip-casting, density 2.72g/cm³, apparent porosity 16%, working temperature 1650℃, customized drawings are available. * Make contact with LENGSTech and send us your requirements. www.lengstech.com info@lengstech.com WA+86 13930552202 * #lengstech #RSiC #recrystallizedsiliconcarbide #ReSIC #refractoryceramic #burnertube #burnernozzles #burnerlancer #furnace #kiln #gasburner #flametube

Suntan Silver Mica #Capacitors – #TS23 Suntan Technology Company Limited ----All Kinds of Capacitors This week, we’re going to introduce our Silver Mica Capacitors – TS23, which are high precision high stability high reliability capacitors. #Mica is one of the oldest dielectric mineral materials used in capacitor construction, with very stable electrically, mechanically and chemically. It has a dielectric constant in the range 5–7. Natural mica contains many other materials including, iron, sodium, ferric oxide, and lithium. Because of the variability in composition of natural mica, mica destined for use in capacitors must be carefully inspected and classified, which adds to the manufacturing cost. They are available in small values, and are mostly used at high frequencies. 📌Mica Capacitors Specifications Capacitance Range: 1pF – 100,000pF Tolerance +/-0.5pF, +/-1%, +/-2%, +/-5% ~ 20% Rated Voltage DC 50V, 100V, 300V, 500V Operating Temperature 150°C at full rated voltage Welcome to contact us to know more about our parts. 📌Suntan Blog: https://lnkd.in/geySwd-a 📌Contact: wanda@capacitor.hk #SuntanCapacitors #ElectronicComponents #SilverMicaCapacitors #MicaCapacitors

thickness measurement on carbon fiber composites materials multi-layer tube

Damage Evolution of Cross-Ply Flax Fiber Reinforced Epoxy Composites Subjected to Repeated Impacts https://lnkd.in/dxEAC92N

📢It's ''When Shit Hits the Fan..." Friday❗📢 Charpy testing of carbon fiber composites! 👀 Fracture toughness is a key property for any part which needs to resist damage. Charpy testing has been used to measure fracture toughness in metals for many years, but did you know it can also be used for composites? 🕵🏻♀️ This video, shared with us by Engenuity Ltd shows this test in action. Charpy testing is a fast test that will help you choose damage tolerant materials and avoid premature failures! 🤩 Engenuity also offers alternate tensile and compressive fracture toughness tests for characterization, along with tests for Mode I and Mode II interlaminar crack growth. 👏 #managingcomposites #thenativelab #testing #carbonfiber

Mastering Aluminising: Precision in Every Layer Ever wondered how we achieve precise coating thickness through aluminising? At Diffusion Alloys, our meticulous process involves controlling temperature and time. Components are enveloped in aluminising compound within steel retorts, slowly heated to temperatures upto 1100°C, held at temperature for the required number of hours, and then slowly cooled. This dance of heat and time ensures perfection in every layer. Our processes offer flexibility, allowing components to be aluminised internally and externally simultaneously or applying external or internal-only aluminide coatings. From the Above-Pack Vapour method to the Slurry method, we cater to diverse coating needs. Quality is non-negotiable. Each diffusion coating run undergoes stringent checks, and representative test pieces are strategically placed for in-process control. We don't just innovate; we set standards. #AluminisingTechniques #CoatingExcellence #InnovationUnleashed #DiffusionAlloys #EngineeringPrecision

By optimizing the pet coke grinding process for carbon anodes, the carbon emissions of aluminum and steel smelting can be greatly improved! Discover how – sign up for our upcoming webinar 👉https://bit.ly/3TbNcb9 Thanks to particle size distribution measurements of ground pet coke, aluminum smelters can massively enhance the quality of their carbon anodes. As a result, these degrade much more slowly, resulting in much lower carbon emissions! In this webinar, Oliver Schmitt will dive into the details of particle sizing and highlight the role of Insitec, our in-line laser diffraction instrument. Don’t miss out – secure your spot! #Aluminum #Steel #Sustainability

Advancing Refractories: Finger Testing of MgO-C Materials with Recyclates We recently conducted experiments using the VIM 12 III vacuum induction furnace from ALD Vacuum Technologies GmbH to test MgO-C refractory materials containing recyclates. By subjecting these samples to different steel melts, our objective is to systematically investigate the metallurgical interactions between the novel refractory materials and the molten steel. This experiment is crucial for understanding the infiltration and corrosion behavior of liquid steel into refractory materials, which has significant implications for the durability and performance of these materials in high-temperature industrial applications. The changes in the molten steel can also be evaluated, such as non-metallic inclusions population and sulphidic purity. The insights gained will help drive advancements in sustainable and resilient materials. #TUBAF #IEST #Refractory #Material #MgO #Carbon #Recyclates #Steel #Metallurgy

The careful selection of crucibles for evaporation materials, based on factors such as melting temperature and material compatibility, is crucial for achieving optimal deposition results. This guide has outlined the importance of understanding the properties of both evaporation materials and crucible materials, providing insights into how these selections impact the quality and efficiency of the evaporation process. #MaterialsScience #labequipment #crucible #bncrucible https://lnkd.in/g2G6nhc9

The soft, malleable material can uniquely conform to nearly any space, reducing dead volume. This provides a leak-tight seal without risk of compromising the analytical column. Graphite capillary ferrules offer limited thermal expansion or contraction, meaning that column connections do not require regular maintenance to retain an efficient seal. Compared to polymeric materials, high-purity graphite ferrules are capable of withstanding inlet/oven temperatures up to 450 °C without loss in performance. Agilent graphite ferrules are available in three standard sizes based on the capillary columns outer diameter (od). Larger 1/8 inch and 1/16 inch reducing ferrules are available for packed columns. For assistance selecting the correct ferrule for your application, try the Agilent GC Ferrule Selector Tool. https://lnkd.in/gHTrjnTi #agilentindia #authorizeddistributor #akshayalabtech #ferrules #gcferrules