A&G Engineering’s Post

Are you familiar with the different support methods for stainless steel tanks? Explore the versatility of leg supports, lug supports, and ring beam supports. Understand how each type offers unique advantages and limitations, ensuring proper stability and structural integrity. Read more to make informed decisions for your tank installations. Click here to read the full article - https://hubs.la/Q02N6wrd0 #EngineeringDesign #TankStability #IndustrialSafety #LearnMore

Are you familiar with the different support methods for stainless steel tanks? Explore the versatility of leg supports, lug supports, and ring beam supports. Understand how each type offers unique advantages and limitations, ensuring proper stability and structural integrity. Read more to make informed decisions for your tank installations. Click here to read the full article - https://hubs.la/Q02yWMjy0 #EngineeringDesign #TankStability #IndustrialSafety #LearnMore

Are you familiar with the different support methods for stainless steel tanks? Explore the versatility of leg supports, lug supports, and ring beam supports. Understand how each type offers unique advantages and limitations, ensuring proper stability and structural integrity. Read more to make informed decisions for your tank installations. Click here to read the full article! https://hubs.la/Q02Fpwvj0 #EngineeringDesign #TankStability #IndustrialSafety #LearnMore

Double sphere rubber expansion joints in vertical installation, the joint pipe ends should be supported by vertical stress, can be used to prevent the work of anti-pulling device to prevent pressure pull off. 

📌 Permissible limit of deflection as per IS -456 👇 1 ) Final deflection should not be greater than span / 250 ( Long term deflection limit) ♀️due to all loads ( DL + LL) ♀️ including the effect of temperature, creep and shrinkage ♀️always measured from the cast level of support. 2 ) Deflection should not be greater than span / 350 or 20 mm whichever is less ♀️This is an intermediate stage deflection. ♀️Including the effect of temperature, creep and shrikage. ♀️only due to DL + finishing + partitions load ♀️Live load is not considered. ♀️Deflection after the erection of partitions and application of finishing. #reinforcement #reinforcedconcrete #structuraldesign

OPERATING CONDITIONS Immerse parts to be stripped into the solution with stirring. It is important to keep the parts in movement when stripping. General speed for stripping is 1 µ / 2-3 minutes at 40 - 50°C.  With STRIPPER RACK HV you can strip faster. Saturation is achieved when metal concentration reaches 8 - 12 g/l, that is 800 - 1200 grams in the 100 liters bath.

Rubber expansion joints also known as rubber compensators or flexible connectors, are components used in piping systems to absorb movements, vibrations, and misalignments that occur due to thermal expansion, contraction, equipment settlement, or other dynamic forces. These joints play a crucial role in preventing damage to pipes, equipment, and surrounding structures by accommodating the movements and reducing stress on the system. Send us Your inquiry: sales@yogirajengg.com, we are ready to help! #rubberexpansionjoints #expansionjoints  #bellows  #piping  #powerplants

What pipe nipples sizes are avaliable? These sizes range from 1/8 inch to 8 inches(DN6-DN200).

The 316 stainless steel bellows expansion joint is made of 316, 316L stainless steel and consists of bellows (an elastic element) and end pipes, brackets, flanges, pipes and other accessories. Excellent softness, corrosion resistance, high temperature resistance, high pressure resistance, can be connected in any direction in the pipeline to compensate and absorb vibration, reduce noise, change the direction of media transport, eliminate pipelines or pipes and Mechanical displacement between equipment, etc., 316 stainless steel bellows expansion joints are particularly suitable for flexible joints of various pumps and valves with displacement and vibration.

Standard hooks for developing deformed bars in tension should conform to Table 25.3.1. Minimum inside bend diameters for bars used as transverse reinforcement and standard hooks for bars used to anchor stirrups, ties, hoops, and spirals should conform to Table 25.3.2. Standard hooks are enclosed longitudinal reinforcement.