Control of fluid loss is essential for successful operation of any mechanical equipment. Various techniques of sealing is applied to restrict fluid/gas loss. The oldest and still common method of sealing is compression packing. These packings are made from relatively soft plaint materials. This packing is then cut and performed into number of rings to fit in the annular space (stuffing box). By tightening the gland follower against the top or board, pressure is transmitted, thus expanding packing rings radially to achieve effective seal.

Packing applications are found in process industries such as petro chemical, pharmaceuticals, pulp & paper, chemical, steel mills, service industries, utilities, marine, water, sewage, food and fossil and nuclear power plants. Packings can seal all types of fluids including water, steam, acids, solvents, gases, oil, gasoline, numerous chemicals over a broad range of temperature and pressure conditions. Packings can be used in rotary, centrifugal/reciprocating pumps, mixers, agitators, dryers, valves, expansion joints, soot blowers and many other types of mechanical equipments

Predominantly valve sealing plays an important role in any fluid flow system. Correct packing of valves Controls Loss of Fluid, Premature Shutdown, and unexpected Hazards to any operative plant. Sometimes, small leakages can be disastrous. Inmarco specializes in manufacturing these seals for Variety of applications and those for the Very critical.With API 622, API 589 and API 607 Certifications these seals are fire safe and confirm to fugitive emission Norms. The below sequence of products are suitable to most applications. In case you need any guidance in selecting the right materials please contact our technical cell.

Inmarco offers a wide range of gasketing materials to suit every application. We choose raw materials carefully sourced from reputed suppliers leading to good quality end results. We engineer the formulations to achieve the best performance simultaneously keeping watch on the costs.We produce several types of gaskets which include Compressed Non asbestos gaskets, Virgin PTFE, Expanded PTFE, Modified structural PTFE, Cork Rubber, Graphite and high temperature Gaskets.Non metallic Gaskets Include, Spiral Wound Gaskets, Heat exchanger Gaskets, Special Machined gaskets and Cam profiles. RTJ’s and Corrugated Gaskets come under the umbrella of pure metallic Gaskets. We also supply Gasket insulation kits and Self locating gaskets.

Insulation is a barrier that minimizes the transfer of heat energy from one material to another by reducing the conduction, convection and/or radiation effects, Derived by application of Heat transfer between objects of differing temperature. This means to stem the heat Flow by specially engineered methods or processes. Heat flow is an inevitable consequence of contact between objects of differing temperature. Thermal insulation provides a means to maintain a gradient of temperature, by providing a region of insulation in which heat flow is reduced or thermal radiation is reflected rather than absorbed.In building construction, insulating materials are assigned a quantitative measure of the insulating capability, called the R-value. In thermal engineering of insulating systems for ovens, reactors, and furnaces, thermal conductivity (K), product density and specific heat (C ) are the key product characteristics, which influence insulating efficiency, such as accolade insulating. Flow thermal conductivity (K) is analogous to high insulating capability (R).Thermal insulation is a versatile term but principally covers the subject of control the loss of heat energy. This energy loss can be controlled with the help of naturally available minerals processed to suit a particular application. The minerals are Glass, Ceramic and Silica. Various forms of above materials are manipulated / processed and treated with synthetic /organic additives or coating helps the materials to perform in most critical applications.

Elastomeric Seals the term that explains itself as materials made of elasticized compounds which can be formed to any shape in a plasticized condition and subsequently cured to form a desired shape and returns to original shape if deformed by applying a force.There are various types of elastomeric Materials. Thanks to the R&D in rubber technology various materials suiting to different applications are now made available.By making certain changes in formulations a most suitable compound can be developed. Certain Fabric reinforcements will enhance the rigidity and strength of these materials for severity of application.

Elastomeric Sealing	High Performance O-Rings

Elastomeric Seals the term that explains itself as materials made of elasticized compounds which can be formed to any shape in a plasticized condition and subsequently cured to form a desired shape and returns to original shape if deformed by applying a force. There are various types of elastomeric Materials. Thanks to the R&D in rubber technology various materials suiting to different applications are now made available.By making certain changes in formulations a most suitable compound can be developed. Certain Fabric reinforcements will enhance the rigidity and strength of these materials for severity of application.

Rubber Expansion Joints	Metal Expansion Joints	Fabric Expansion Joints