With the assistance of ultra-modern production unit, we are eminently able to manufacture and supply a large array of Industrial Spiral Wound Gasket. Our range is precisely made by using quality material sourced from authentic market vendors. All these gasket dimensions are highly acclaimed to for their pressure and temperature bearing capacity. Can withstand under variable and uneven conditions, these Spiral Wound Gasket Dimensions are highly appreciated by the users.
A requirement of any gasket is the ability to recover under variable loads. The effects of pressure and temperature fluctuations, the temperature difference across the flange face, together with flange rotation, bolt stress relaxation and creep, demand a gasket with adequate flexibility and recovery to maintain a seal under variable and uneven loading. The spiral wound gasket, meets these requirements.
A spiral wound gasket is manufactured by spirally winding a preformed metal strip and filler on the outer periphery of metal winding mandrels. The winding mandrel outside diameter forms the inner diameter of the gasket and the laminations are continually wound until the required outer diameter is attained. Normal practice is to reinforce the inner and outer diameters with several piles of metal with no sort fillers being introduced. Our method of manufacturing includes custom designed devices which provide control of gasket density that permit compression to the operating thickness under a specified load, this engineered product is thus "tailor made" to be compatible with the flanged closure in which it is to be used.
The winding material (Hoop) could be Stainless Steel, Monel, Titanium etc. with options of filler materials as CAF, Non asbestos jointing,PTFE, Flexible Graphite, ceramic etc.as per your application.
Metal jacketed gaskets have a sheet metal jacketed and filler of asbestos, CAF, PTFE or Graphoil which helps in enhancing the resistance differences of temperature and weights. These metal jacketed gaskets are best suited for usage in industries due to their salient features such as: