Ma'Aref Technologie - HYTORC Pakistan’s Post

ASIMER GROUP completes a new #Centrifufalpump casing project, consiting on: a)     the #finalmachining, and b)     the #finalNDTs  for 6 #CentrifugalPump casings 250/400, in EN-GJS-400-15 (GGG40), performed in its Vertical CNC lathes, and Trevisan DS600, for a french customer who designs and manufactures #highlyengineeredpumps for #heating process. A #centrifugalpump is a mechanical device designed to move a fluid by means of the transfer of #rotationalenergy from one or more driven rotors, called impellers. The action of the impeller increases the fluid’s velocity and pressure and also directs it towards the #pumpoutlet. The pump casings are specially designed to #constrictfluid from the #pumpinlet, direct it into the #impeller and then slow and control the fluid before discharge. EN-GJS-400-15 is a very common #ductilecastiron material grades in Europe standard DIN EN 1563, which is equivalent to #GGG40 in standard DIN 1693, with follow mechanical properties: a)     Tensile strength is minimum 400 Mpa. b)     Yield strength is minimum 250 Mpa. c)      Elongation is minimum 15%. #FEATURES & #BEFEFITS of CENTRIFUGAL PUMPS: ·   Corrosion Resistance. ·   Energy Efficiency. ... ·   Smooth Flow. ... ·   Proven Reliability. ... ·   Low Maintenance. ... ·   Size Versatility. ... ·   Application Versatility. #APPLICATIONS: ·     Tempering in the plastics and die cast industry ·     Heating of calenders and melting pots. ·     Heating of press lines in Wood and pump industry ·     Heating of tanks on stationary and FPSE platforms as weel as in tank vessel ·     Flat glass production ·     Solar Power stations & ORC Process    #corpspompe #addevalue #pumpmarket #resistance #highluyengineeredpumps #centrifgalpumps #addedvalue #accuracy #quality #mechanical #energy #impellers #asimer #trevisan #fluid  #centrifugalpumps #impellers #cncmachining #asimerengineeredservices

Another Catalyst loading technology for Reformer tubes is CATCADE tech, it is a unique technology developed by Cat-Tech for loading catalysts within Primary Reformer units. CATcade Reformer Loading is a specialized method that ensures consistent and uniform loading of catalysts in Primary Reformers. The primary goal is to load the catalyst without causing damages during the process as the CATcade system incorporates velocity breakers strategically within the loading mechanism. These breakers help control the flow of catalyst particles, ensuring they don’t collide with excessive force. By slowing down the catalyst particles, the system minimizes the risk of damage. The system is designed for precision loading. It minimizes human error by automating the process, reducing the risk of mishandling or accidental damage. Catalysts are loaded with care, maintaining their integrity. Methodology During the loading process, the CATcade system maintains uniformity by distributing the catalyst evenly. By preventing damage to the catalyst, it ensures optimal performance in the reformer unit. The design minimizes human error and material fatigue, resulting in better and faster loading, as well as improved differential pressure (DP) results. • Advantages: Steady loading pace Easy to transport Quick to carry out repair • Challenges: Requires experienced crew A tendency of low durability Possible need of additional vibration #Catalyst #Ammonia #Fertiglobe #ADNOC #Reformer #Engineering #Fertilizers

RotaBolt® RB2 Touch The dual load indicator has an outer cap for high tension setting and an inner cap for low tension, giving the choice of an operational tension range, either for overload or maintenance control. Both work in the standard RotaBolt fashion, rotating freely between fnger and thumb until ‘locking’ when the target tension is achieved. #jameswalker #jameswalkerindonesia #indonesia #Rotabolt #RB2Touch #Technology #leak #leakfreetechnology #efficiency #reability #innovation #RevolutionizingOperations #RevolutionizingConnections #mechanical #Enggineering #mechanicalenggineering #maintenance

At SRJ Technologies, we love talking to our customers, and over the years, they have asked us lots of interesting questions. However, in the last year or so, there has been a shift from asking questions about how BoltEx® works to focusing on where else they can use BoltEx®. So we realised we needed to revamp our Frequently Asked Questions (FAQs), and here it is. Have a look, and of course, let us know in the comments if you have any questions! https://lnkd.in/ekJQHdVq #hotbolting #flangemanagement #boltex #shutdown #oilandgas #boltingsolutions #flangeclamp #engineering #bolting #faqs

Here is a look at how our Maggie’s internal Magnets Shuttle during our cleaning “Purge” process. In normal filter mode the magnets are positioned in the lower half of the Maggie Body. During the purge process using only air pressure the magnets are shuttled to the top of the Maggie. The purge process is about 3-5 seconds. Once the purge is over the magnets are returned to the lower half of the body. #zerogravityfilters #Maggie #MagneticSeparator #filters #filtration #Manufacturing #processimprovement #Engineering #automotiveindustry #HVAC #Machining #steelindustry #Honing #Lapping #Grinding #PaintPretreatment #maintenance

𝐖𝐡𝐲 “𝐊𝐧𝐨𝐰-𝐖𝐡𝐲” 𝐩𝐥𝐚𝐲𝐬 𝐚 𝐜𝐫𝐮𝐜𝐢𝐚𝐥 𝐫𝐨𝐥𝐞 𝐟𝐨𝐫 𝐩𝐮𝐦𝐩 𝐬𝐮𝐩𝐩𝐥𝐢𝐞𝐫𝐬 (𝐚𝐧𝐝 𝐨𝐩𝐞𝐫𝐚𝐭𝐨𝐫𝐬) For some engineers, a pump is simply represented as a circle with an arrow in it on a P&I diagram. Others might define it as a device featuring suction and discharge flanges. Unfortunately, this often marks the onset of a "sad pump story" – something we strive to avoid here at MUNSCH. We believe that every successful and long-lasting pump solution begins with an expert discussion that clarifies both the process and pump perspectives. That's why we actively encourage our application and pump engineers to be attentive and inquisitive, fostering a culture of continual learning. While our expertise in designing and constructing pumps is a formidable asset, it can only reach its full potential with a deep understanding of the underlying principles – the "Know-Why" behind the "Know-How." If you have a pump story to share in which the Know-Why played a role we will be happy to hear from you. #Munsch #NonMetallicPumps #PlasticPumps

#Senieer Advanced Round Bucket #Screwconveyor For Efficient #Material Handling Senieer #roundbucketscrewconveyor uses a safe and reliable turbine reducer #power part. The #hopper wall is equipped with a vibration motor to prevent materials from bridging. The feed inlet is equipped with an adjustment gate. The full quick-connect design between the screw, screw tube and motor shaft allows disassembly in two minutes without tools. #pharmaceuticalindustry #machine #pharmaceuticalequipment #pharmaceuticalmanufacturing https://lnkd.in/gRkHZbub

Both Tri-Mag (AC only) and Tri-Ad (AC and HWDC) in-stock. Highly versatile, compact, robust and built to last.

ZIMM #solutions for #wire, #cable and #sheet handling. Electromechanical instead of hydraulics seems to be the trend these days. The animation below shows where our technology could be used, but not limited to. Whenever you want to lift, lower, push, pull or position you can use electromechanical actuators. No oilspill, clean, always ready, lower energy consumption is just some of the advantages. Our engineers work every day with customers who want to change from hydraulics to electromechanical - maybe your application are the next😀

These webinars provide excellent fundamental and technical application information.