STARFLEXBELLOWS 57ceb3e89ec66807a84aa1cf False 32 42
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UNIVERSAL BELLOWS INR   0 INR  0
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UNIVERSAL BELLOWS

TWO BELLOW ELEMENTS ARE JOINED TOGETHER BY A CENTER PIPE AND FITTED WITH EITHER PIPE ENDS OR FLANGES. THE ASSEMBLY IS CAPABLE OF BOTH AXIAL AND LATERAL MOVEMENTS BUT BECAUSE OF CENTER PIPE INSTABILITY, IS LIMITED TO LOW PRESSURE APPLICATION. STARFLEX BELLOWS IS A LEADING SUPPLIER OF UNIVERSAL BELLOWS IN VADODARA, RAJKOT, SURAT, VAPI, GUJARAT, INDIA

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PRESSURE BALANCE BELLOWS INR   0 INR  0
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PRESSURE BALANCE BELLOWS

PRESSURE BALANCED BELLOW ARE USED IN PIPING SYSTEMS WHERE PRESSURE LOADS ARE CRITICAL, AND WHERE COMPLEX AXIAL AND LATERAL MOVEMENTS ARE INVOLVED WHEN SPACE IS LIMITED. USING A PRESSURIZED BELLOW OUTSIDE THE SYSTEM TO COUNTERACT FACES GENERATED BY BELLOW INSIDE THE SYSTEMS. LARGE AXIAL AND LATERAL MOVEMENTS CAN BE ABSORBED. STARFLEX BELLOWS IS A LEADING SUPPLIER OF PRESSURE BALANCE BELLOWS IN VADODARA, RAJKOT, SURAT, VAPI, GUJARAT, INDIA

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HINGE BELLOWS INR   0 INR  0
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HINGE BELLOWS

GENERALLY INSTALLED IN A PAIR OF TWO ARE DESIGNED FOR ANGULAR MOVEMENTS IN ONE PLANE ONLY. A HINGED MECHANISM CONTAIN THE PRESSURE LOADS AND TIES BACK TO AN INTEGRAL FLANGE OR BOX RESTRAINT LUG. LIMIT STOPS CONTROL THE DEGREE OF ANGULAR MOVEMENTS. THESE UNITS CAN BE FITTED WITH EITHER PIPE ENDS OR FLANGES, CAN BE SUPPLIED WITH TWO HINGED SYSTEM ALSO. STARFLEX BELLOWS IS A LEADING SUPPLIER OF HINGE BELLOWS IN VADODARA, RAJKOT, SURAT, VAPI, GUJARAT, INDIA

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Gimble Bellows INR   0 INR  0
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Gimble Bellows

Gimbal Expansion Joints are used to absorb angular rotation in any plane, using two pairs of hinges attached to a common floating gimbal ring. This type of construction provides a close control over the movement imposed up on the bellows and also supports the dead weight of the pipe. The wind and shear loads are also taken care of by the gimbal structure. Gimbal bellows joints are designed to absorb the full pressure thrust load of the expansion joint and thus guard the adjacent equipment from damage due to thrust loading.Since gimbal bellows joints are not restricted to a single plane they offer greater flexibility of usage. The gimbal expansion joint is the most reliable expansion joint since it is capable of absorbing angular motion in all the planes. Although single gimbal bellows joint can be used in isolation the most common applications use a pair of gimbal bellows joints to absorb a complex multi-plane motion in a piping system. In adjacent figure Gimbal Expansion Joints are utilized in a pair to absorb the thermal expansion from the two horizontal piping arms. However note that the thermal growth of the vertical leg must be absorbed by the deflection of the horizontal piping.

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Tied Lateral Bellows INR   0 INR  0
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Tied Lateral Bellows

Lateral expansion joints are mainly used in pipelines with a change in the direction of flow which results in lateral rather than axial movement. The lateral expansion joint absorbs movement in all directions but only in one plane and to a limited degree. For absorption of larger lateral movement the optimal solution is the installation of a universal expansion joint.

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Universal Expansion Bellows INR   0 INR  0
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Universal Expansion Bellows

Universal Expansion Joints consist of two bellows elements joined together by a common spool piece so it is also called as Double Bellows Expansion Joint or Universal Bellows. An Universal Expansion Joint is generally used where more lateral movement is to be absorbed which is beyond the capacity of a single Axial Expansion Joint and when there is a limitation on the amount of lateral forces allowed by the connecting pipe system. The products are capable of absorbing axial movement, lateral deflection and angular rotation or any combination of these. The amount of lateral deflection that can be absorbed by a double bellows expansion joint is directly proportional to the length of the spool piece between the two bellows elements. The amount of axial movement and angular rotation an universal expansion joint can absorbs depends on the characteristic of the elements such as ply thickness, number of plies, number of convolutions, pitch of convolutions, depth of convolutions, material of construction of the bellows elements etc. When internally pressurized, universal bellows exerts a thrust force on the anchors adjacent equipments as a result of pressure. In this type of expansion joint force is equal to the mean effective area of the bellows times the internal pressure. As there are no tie rods in this expansion joints to absorb the pressure thrust it must be entirely absorbed by the anchors. So the anchors must be sufficiently designed to withstand the full thrust forces. Due to lack of tie rods and the nature of these joints to impose the thrust loads on the anchors, double expansion joints are mainly restricted to low or moderate operating pressure applications.

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