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Let’s learn together about how to use three-way valves!


Release time:

Apr 07,2022

Common types of tee fittings: malleable iron tees—malleable iron tees are primarily used in indoor heating, water supply, and gas pipeline systems. Their materials and standards are identical to those of malleable iron elbows. This ball-seat fitting is suitable for general-purpose applications. Cast iron tees—cast iron tees are made from gray cast iron. They share the same common standards and pressure ranges.

  Common types of tee fittings: malleable iron tees—malleable iron tees are primarily used in indoor heating, water supply, and gas piping systems. Their materials and standards are identical to those of malleable iron elbows. This ball-seat fitting is suitable for general-purpose applications. Cast iron tees—cast iron tees are made from gray cast iron. They share the same common standards and pressure ranges.

 

  According to the connection method, there are two types: socket-type cast iron tees and flanged cast iron tees. Cast iron tees are primarily used in drainage pipes. Typically, 90-degree tees are employed in water supply pipelines to reduce fluid resistance and prevent pipe blockages. For drainage pipes, 45-degree inclined tees are commonly used.

  High-pressure tee fittings. There are two main types of high-pressure tees: one is the welded high-pressure tee, and the other is the fully forged high-pressure tee combined with a welded high-pressure tee. During operation, these tees have certain environmental requirements. Typically, high-quality high-pressure steel pipes are used as the material. The manufacturing process is similar to that of bent pipes. The welding quality must be strictly controlled, and pre-weld heating and post-weld heat treatment are performed in the same manner as for high-pressure elbows.

  For the compression molding process of tee fittings, preparers must master the procedures and techniques involved in preparing tees and other pipe fittings, and ensure that all necessary equipment is ready. Loading and Heating: Place the tee billets into a natural gas heating furnace, using bottom gaskets to separate the billets from the furnace car. Also, straighten the tee pipes at a distance of two meters or greater.

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What are the applications of maintenance-free, directly buried, unidirectional sleeve compensators?

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Dec 26,2022

Introduction and Functions of Sleeve Compensators

A sleeve compensator, also known as a tubular expansion joint, consists primarily of a sleeve, a shell, and sealing materials. It is a type of compensator that is directly installed in any pipeline conveying non-corrosive fluids flowing in one or multiple directions. It is mainly used to absorb and compensate for axial thermal expansion displacements occurring downstream of linear pipeline auxiliary equipment.

Dec 14,2022

Sleeve Compensator Instructions

Sleeve Compensator Instructions Sleeve compensator instructions: The sleeve compensator, also known as a pipe expansion joint or pipeline expansion joint, is a compensation device used in hot-fluid pipelines. It primarily serves as an auxiliary component for linear pipelines. It is suitable for media such as hot water, steam, and oils. The sliding sleeve compensates for thermal expansion by allowing the outer sleeve to slide relative to the inner sleeve.

Dec 05,2022

How is the air tightness of a bellows compensator tested? What factors affect the service life of a bellows compensator?

How is the air tightness of bellows compensators tested? What factors affect the service life of bellows compensators? A bellows compensator with good air tightness will not leak the circulating medium and can absorb deviations in the pipeline. Therefore, high air tightness is a prerequisite for bellows compensators. So, how do manufacturers of bellows compensators test the air tightness of their products?