Pmt Engineers

Naroda, Ahmedabad, Gujarat

The Spiral Wound Gaskets "PMT ENGINEERS" are composed of a metallic continuous stripe with a special shaped profile, coupled with a continuous filing stripe (Asbestos, PTFE, Grafoil, Ceramic etc) evenly wound in concentric spiral under constant stress. The Spiral Wound Gaskets "PMT ENGINEERS" are reinforced on the inner and outer diametre by winding of several electrically welded spiral metal only.The main property of "PMT ENGINEERS" Spiral Wound Gasket, owing to elastic action of the special metallic stripe profile, is that of offering a perfect sealing under all fluctuating pressure and temperature conditions, also where temperature excursion has considerable value, maintaining tightening elastic recovering. This elasticity can be modified by a proper selection of components, and they can be installed even with flanges at standard working with lightly pitted or buckled by the use of flanges. A proper selection of materials (both metal and fillers) allows to adequate the spiral gasket to the most various operating conditions.

we are offering 3 way Manifold .

We are offering long nipple .

We are offering pipe plug .

We are offering female connector.

we are offering male connector.

We are offering needle valves.

we are offering Round Body Design ball valves.

we are offering Instrument Mono Flange.

We are offering large hex union.

we are offering 2 way Manifold valve.

One reason being that a level of condensed water is accumulated inside of the pot (some pots were vertical others horizontal) and maintained a fluid volume for displacement equal to or greater than the volume displacement of the instrument sensing the flow or pressure.The second reason for maintaining a liquid inside of the pot (were alsocalled chambers) was to prevent flashing of the liquid in the sensing line if a sudden temperature change of the steam is made. A dam inside of the pot prevented this flashing effect.

One reason being that a level of condensed water is accumulated inside of the pot (some pots were vertical others horizontal) and maintained a fluid volume for displacement equal to or greater than the volume displacement of the instrument sensing the flow or pressure.The second reason for maintaining a liquid inside of the pot (were alsocalled chambers) was to prevent flashing of the liquid in the sensing line if a sudden temperature change of the steam is made. A dam inside of the pot prevented this flashing effect.