Alok Equipments Pvt Ltd’s Post

Electric Actuated 3 Way Flange Ball Valve, featuring a CF8M body, fire safe design, anti-blowout, and anti-static stem, presents a reliable option for your flow control needs. #BallValve#Electricballvalve#ANSI150LBballvalve#3wayballvalve#Valve #FlowControl #Engineering

ASIMER GROUP completes the: - The #premachining - The #PT on sealing áreas - The #finalmachining, and - The final NDTs for 4 #Topentry #butterfly #valve bodies DN1200 PN10, in LCC. This proyect has been performed in its #trevisan DS900, for a final Belgium customer. The #eccentric #butterfly valves are the further improvement on the basis of the single eccentric butterfly valves. The #double and #triple #eccentric effect enables the butterfly plate to be released from the valve seat immediately after the valve is opened, which: a) Erases excessive extrusion and scratching of the butterfly plate and the valve seat, b) Reduces the opening resistance, c) Wear and improves the service life of the valve seat, d) improves the application in the high temperature fields. #FEATURES & #BENEFITS: 1-. Completely sealed, #zeroleakage for rubber sealing. 2-. Reasonable #design, simple for assembly, disassembly and maintenance. 3-. The eccentric structure is adopted to reduce the friction of the sealing ring and prolong the #servicelife of the valve. 4-. Can be applied to a #variety of #media and diferent temperatures 5-. Long service life and good #performance. #APLICATIONS: • Steam • High and/or low temperature • High medium flow speeds • High pressures • Aggressive & Abrasive media #highlyengineeredvalve #topentrybutterflyvalves #addedvalue #accuracy #reliability #servicelife #zeroleakage #eccentric #tripleeccentric #highpressure #hightemperature

🚀 Importance: Form panels are the backbone of various construction projects. FEA guarantees their structural robustness, preventing failures, minimizing downtime, and ensuring optimal safety standards. 💡 Benefits: ✅ Optimized Designs: FEA identifies weaknesses, enabling design improvements for enhanced performance. ✅ Cost Savings: Early detection of issues reduces maintenance and replacement costs. ✅ Safety Assurance: Ensures skid systems can withstand extreme conditions, keeping workers safe. ✅ Compliance: Helps meet industry regulations and standards. 🔗 Elevate your Form Panel with FEA for a more efficient, reliable, and cost-effective operation. #fea #finiteelementanalysis #structuralengineering #skid #structuraldesign #modulardesign #packagedesign #durability #stressanalysis #liftingequipment #liftingsolutions #compliance #stability #formpanel #panel

🚀 Importance: Form panels are the backbone of various construction projects. FEA guarantees their structural robustness, preventing failures, minimizing downtime, and ensuring optimal safety standards. 💡 Benefits: ✅ Optimized Designs: FEA identifies weaknesses, enabling design improvements for enhanced performance. ✅ Cost Savings: Early detection of issues reduces maintenance and replacement costs. ✅ Safety Assurance: Ensures skid systems can withstand extreme conditions, keeping workers safe. ✅ Compliance: Helps meet industry regulations and standards. 🔗 Elevate your Form Panel with FEA for a more efficient, reliable, and cost-effective operation. #fea #finiteelementanalysis #structuralengineering #skid #structuraldesign #modulardesign #packagedesign #durability #stressanalysis #liftingequipment #liftingsolutions #compliance #stability #formpanel #panel

What are the design principles and key technologies of precision linear guides? 🔥The design principles and key technologies of precision linear guides mainly include material selection, structural design, processing technology and lubrication methods. 🔥First of all, the material selection for precision linear guide rails must have high hardness, stiffness and wear resistance. 🔥Secondly, the structural design of precision linear guides needs to take into account the stiffness and stability of the guide rails. Common design methods include double-track design, V-shaped track design and rolling bearing structure design. Among them, the double-rail design can effectively improve the stiffness and stability of the guide rail; the V-shaped track design can reduce the contact area between the guide rail and the slider and improve the smoothness of the movement; the rolling bearing structural design can reduce friction and improve the stability of the guide rail. Movement efficiency. 🔥In addition, the processing technology of precision linear guide rails is also a key part. The processing technology of guide rails requires high precision and high finish to ensure smooth movement and long life of the guide rails. Common processing techniques include rough machining, heat treatment, finishing and surface treatment. 🔥Finally, the lubrication method of precision linear guides is also an important factor affecting its motion performance. Common lubrication methods include dry friction lubrication and liquid lubrication. Dry friction lubrication requires that the surface of the guide rail is smooth and the friction coefficient is small, which can produce a sliding film during movement and reduce friction loss; liquid lubrication reduces friction and wear by forming a lubricating film on the surface of the guide rail, and improves the life of the guide rail. #cskmotions #csklinearguide #csk #linearguideway #cskauthorisedimporter #rexroth #staflinearguide #hiwin #CPC #pmitaiwan #tbimotion #schneeberger #sbclinear #thk

SUPCON LN81 Series Single Seat Globe Pneumatic Control Valve Pneumatic Pressure Control Valve, one of two basic guide plunger valve core, the floating sleeve compression type, from the seat structure, modular design, the flow capacity is big, high controlling precision, adjustable range, can achieve minimal flow control, structure is simple, reliable, good seal performance, the scene is easy to maintain. Is suitable for the pressure difference is not big, the seat leakage and high control precision. More hydraulic control valve knowledge can be downloaded in PDF. #ValveApplications #IndustrialValves #ValveRepair #ValveInstallation #ValveSealing #ValveFlowControl #ValveSelection buff.ly/3fWV2li

A Balanced Seal is a mechanical seal configuration in which the fluid closing forces on the seal faces have been modified through seal design. Seal balance, or balance ratio of a mechanical seal, is simply the ratio of two geometric areas. These areas are called the closing area (Ac) and the opening area (Ao). 1. Seals with a Balance Ratio > 1 are 'unbalanced'. Unbalanced seals usually have a balance ratio of 1.25 to 1.35. 2 Seal with ratios of < 1 are considered 'Balanced'. Balance Eatio of 0.75 for water & non flashing hydrocarbons. For volatile compounds a balance ratio of 0.80 to 0.85 is used. Seals are balanced to decrease friction and wear.

OVERHEAD LINE FITTINGS https://lnkd.in/g9b85FQg Overhead power line fittings, crafted from iron or aluminum, secure and support conductors in power lines. Various hardware types include clamps for wire installation, hanging rings for insulator strings, crimping and repair tubes for wire connections, and spacer bars for split wires. In addition, China overhead line fittings for pole towers are utilized. These overhead power line accessories not only fix and support wires but also assemble suspension insulators into strings, connecting and hanging them on tower cross arms. Design and manufacturing considerations prioritize strength, stiffness, and wear resistance for long-term use. Selection and configuration of overhead power line hardware must align with specific line conditions to ensure the safe and stable operation of overhead lines.

🤔 Why are towers nowadays made of lattice? ⏩ Here are the main reasons: 👉 Lattice towers offer an optimal strength-to-weight ratio, allowing loads to be distributed efficiently and minimizing the material required without compromising stability. 👉 Lattice towers are more flexible and can be adapted to different heights and conditions. In addition, their design facilitates installation and transportation. 👉 Lattice towers are more economical, whereas tubular sections usually require more complex and costly welding. 👉 Lattice towers are less visually intrusive. 🗼 Designed and calculated for all types of sites, manufactured in high-strength steel, hot-dip galvanized, painted for aeronautical beaconing, and under the strictest quality standards (ISO 9001, CE marking, EN 1090). 📖 All our designs are made to comply with IEC 61400-12-1 Ed.2 (year 2017). ☎️ Contact us through [email protected]  #Estudener #Estudenerenergiasrenovables #torresarriostradas #torresautosoportadas #EnergiaRenovable #RenewableEnergia

What happens when RFQs come in with impossibly tight tolerances or other features that are not manufacturable? First, we run the design by both our engineering and inspection teams to review the prints and analyze what can be changed. Next, we get back to the buyer with our design suggestions. Sometimes customers will ask us to quote their part both ways -- once with our suggested alterations and once with the design as they initially requested. Oftentimes, our customers will choose to follow our suggestions, but on other occasions, they will elect to keep their ultra-tight tolerances despite any added costs. At Century-Tywood, we work with the buyer to make their designs possible and economical. Discover our DFM services: https://bit.ly/3TMfcTx #DFM #PrecisionMetalFabrication