Abdul Sami’s Post

2L stainless steel lab reactor with two condensers Full Volume (L)           2.7  Effective volume (L)          2  Design pressure (MPa)       2  Working pressure (MPa)       1.5 Design Temperature (℃)      250 Operating temperature (℃)      200 Contact with material Material      S31603，S30408 stirring mode              paddle stirring speed              0~800 heating method              Oil bath electric heating heating power (W)         2KW Motor power (W)         250 sealed manner      magnetic force #catalysts #chemicalindustry #Apipharma #chemicalprocessing #specialtychemcial #energy #reactor #specialitychemicals  #reactors #finechemicals #chemicals #chemreasearch #chemicalprocessing #MaktechChemicals

The coefficient of heat transfer (often denoted as h) is indeed influenced by the thermal conductivity of the fluid and the thermal boundary layer thickness. The relationship can be expressed as: h∝k/δh where: h is the convective heat transfer coefficient, k is the thermal conductivity of the fluid, δ\deltaδ is the thermal boundary layer thickness. This relationship implies that the heat transfer coefficient increases with the higher thermal conductivity of the fluid and decreases with a thicker thermal boundary layer. #shell and tube heat exchanger design#

Tune In Tomorrow to Discover Our Intelligent 1-D Slab Module We're heating up the world of thermal conductivity testing! 🔥 Join us tomorrow, May 15th at 10am EST, as Kelsey demonstrates how our intelligent 1-D Slab module expertly tests rod-like materials without the need for specific heat inputs. Witness this innovative technology in action and see how it can streamline your testing processes. Don’t miss out on enhancing your understanding of advanced thermal testing. ➡️ https://hubs.la/Q02x4y8M0 Subscribe to our YouTube channel and follow us for more updates! #ThermalTesting #Innovation #LiveDemo #Thermtest

📣 Shell & Tube heat exchanger design (Part-2): 📌 KERN'S Method 1. Fluid Allocation (Shell & Tube side) 2. Tube side Heat Transfer Coefficient (Calculation with Example) https://lnkd.in/drnPd_wM

**Thermal Conductivity Comparison Test: Aluminum Vapor Chamber vs. Copper Plate** In our latest test, we compared the thermal conductivity of two materials, aluminum vapor chamber (above) and copper plate (below), both of the same size. **Test Details:** 1. **Materials**: Aluminum vapor chamber (top) vs. copper plate (bottom), identical in size. 2. **Procedure**: Heat was applied to one end of both materials simultaneously using a heat source of equal power. 3. **Observation**: An infrared (IR) camera was used to monitor temperature distribution and heat transfer. The results were clear and compelling. The aluminum vapor chamber exhibited remarkably high thermal conductivity and a near-perfect temperature uniformity across its surface, outperforming the copper plate. Interested in learning more about aluminum vapor chambers? Contact us today to receive detailed product information. 💼 Connect with us to learn more: 📧 Email: moni@alvcfactory.com 🌐 Web: https://lnkd.in/gmaSbvWV #ThermalConductivity #AluminumVaporChamber #CopperPlate #HeatTransfer #TemperatureUniformity #ThermalTesting #ThermalManagement #Engineering #liquidcoolingplate #thermalsolution #3DVC #thermosiphon #heatpipeheatsink #rollbondcoolingplate #heatexchanger #heatsink #pulsatingheatplate #thermalconduction #alvcfactory #evbatterycooling #Radiators #twophasechangetechnologies

#WeAreTheChampions I’m CaseMaster Evolution - T, the champion of mass production. 🏆🥇 I am Case Master Evolution - a cost-effective solution for surface hardening through low pressure carburizing (LPC) and high pressure gas or oil quenching in a triple chamber vacuum furnace.   ✔️ Fully automated processing ✔️ Vacuum, horizontal, triple-chamber ✔️ Graphite heating chamber ✔️ Low heat losses by increased thermal insulation ✔️ Low pressure carburizing (LPC) ✔️ Oil or high pressure gas quenching with nitrogen (N2) 25 bar abs. ✔️ Vacuum and pressure tight inner door ensure high purity of process and parts ✔️ Short workload-transport time within the furnace ✔️ Shorter evacuation times by independent pumping systems for each chamber ✔️ Uniform quenching and reduction of distortions ✔️ Compact, modular design 🏆🥇 Discover how I can help you become a champion! https://lnkd.in/dW8GquDM Or ask a SECO/VACUUM Champion specialist to check if this furnace meets your #heattreatment needs. #WeAreTheChampions #SECOVACUUM #HeatTreatment

DB200 Debinding Package for Production Forced Convection and Radiation-Heated Furnaces🔒 The DB200 debinding package is a professional solution for ceramics production as it can be used flexibly for varying debonding processes and changing charge amounts and binder systems. Like the DB100 debinding package presented last week, the fresh air required for the process is preheated. In addition, exhaust air and exhaust gas are extracted via separate outlets, each equipped with a motorized flap. At the exhaust gas outlet, an exhaust gas fan discharges the off-gasses from the furnace chamber during debinding and controls a negative pressure in the furnace chamber. By this design, exhaust gas treatment systems can be directly connected with the furnace system so that the exhaust gas volumes are reduced and subsequent exhaust gas treatment systems can be dimensioned smaller. Nabertherm also offers catalytic or thermal post-combustion systems for furnaces with a safety package for debinding.

❗Tin Reflow Systems are critical to creating tinplate which is essentially a light-gauge steel coated with tin on both sides. After the tin has been electrolytically deposited on the strip, it is momentarily melted resulting in a nonporous iron-tin layer. This layer improves weldability and mechanical and corrosion resistance. Our high-frequency STATITRON® inverter technology permits rapid melting of the tin layer at high efficiency (approximately 80 percent) thus reducing the overall cost to produce this product. Also available in a low profile design for up to 1250 kW in power. Inductotherm Tin Reflow Systems powered by the high-frequency STATITRON® inverter can be installed in the following situations: - To increase the capacity of an existing tinning line - To replace an existing outdated vacuum tube generator with a transistorized inverter - To revamp old production lines by completely replacing the conduction heating system - To provide 100 percent heating in new production lines Learn more: https://lnkd.in/e9rdvbW2 #heating #melting #induction #advancedtechnology #manufacturing #inductotherm #renewableenergy #inductionheating #manufacturing #aluminum #iron #steel

How we do it. We categorize our industrial valves by either their specific function or control mechanism. Linear motion valves use a closure member that moves in a straight line to allow, stop, or throttle flow, while rotary motion valves rotate a disc or ellipse about an angular or circular shaft. No matter what your system requires, we have the valve to meet your needs.#industrialhoses #hydraulichose #industrial #industrialhose #construction #hydraulic

#vibration Part I Most heat exchangers operate successfully without vibration problems! While vibration does not mean that damage will occur, the importance of avoiding vibration problems at the design phase cannot be undermined; field repair of heat exchangers with vibration problems is more expensive and difficult than preventing problems at the design phase. Since, factors like increased size, flow rates and unstable conditions contribute to induced vibration, leading to mechanical failure, unacceptable flow fluctuations, exceeding noise levels and economic costs, it is important to avoid tube vibration when thermal design is being finalized. There are four main reasons for tube bundle vibration induced by fluid in shell-and-tube heat exchanger, namely acoustical resonance, vortex shedding, fluid-elastic instability and turbulent buffeting. In a series of upcoming posts, we are to provide you a brief discussion of various vibration mechanisms along with their corrective measures. Stay tuned! 🔔 #enginnering #engineeringservices #troubleshooting