Manufacturer of various foundry products

Introduction on Mould Sealing Rope


In the rapid world of industrialization and competition in all the sectors, precision, perfection and safety are the key elements for any industry to sustain. Right from the raw materials, equipments, machineries, has to be accurate and effortless to give a desired result of the product. Mould sealing rope is a revolutionary product in the industries it is made from common materials fiber glass, ceramic, silicon or graphite of the optimum quality to give optimum results in the process of casting or any other industrial processes mould sealing ropes are very crucial and should be used critically to seal the moles for a undisturbed casting result.

Applications & Uses of the mould sealing rope:

Mould sealing ropes are usually used in construction and other applications to seal gaps and prevent the ingress of moisture, dust, or other contaminants.

Foundry & Metal casting:- Moulds are basically used to pour the molten metals for casting. Sealing ropes are used to firmly seal the molds for a perfect casting and for solidification and avoid any kind of leakages of the liquid metal to ensure a precise and defect free casting process.

Refineries & Petrochemicals:- Petrochemical plants & refineries majorly uses Mould sealing ropes to seal joints, connections in pipes, valves and other. As the mould sealing ropes are made in a way that they can tolerate any kind of aggressive chemical treatments or maximum temperatures, due to the sealing ropes any kind of mishaps and defects are prevented.

Glass industries -:Manufacturing process in glass industries is a very intricate & fragile process, along with craftsmanship it also requires Perfect equipments to get the desired shapes and sizes. Mould sealing ropes play a key role in this entire process as they are made from ceramic fiber which holds the furnace effortlessly and they also provide thermal insulation to manufacture a defect free glasses.

Furnace & kilns:- Metallurgy industry in the internal linings of furnaces, kilns, reactors and other vessels use the Mould sealing ropes for holding and transporting metal. Due to the high resistance to temperatures, and less reduction of heat they are also ideally used in air-tight seals on doors lids, flangers etc. Moulding ropes are capable of retaining the temperature to avoid tempering in the final outcome.

Key properties of mould sealing ropes:

Temperature: The mould sealing ropes are curated in such a way that they are highly tolerant in extreme Temperatures which range from hundred to thousands of degrees temperature, they can be flexibly used depending on the nature of material. The insulation helps to maintain its liquidity to ensure a perfect casting.

Flexibility: The major characteristics of the mould sealing ropes is there adaptability and confirmation of delivering results in any kind of surfaces and firmly holding them together to enhance the process of solidification.

Compression set resistance:
Compression set resistance  explains that mould sealing can revert back to its natural shape after being compressed by a load. The ropes  that returns close to its original thickness is said to have ideal compression set resistance.

Mould sealing ropes enables long run results and precise sealing performances.


Mould sealing ropes are ordinary equipment in many industries like refineries furnace foundries casting but hold a great significance to ensure that the final outcome is without any defects. These mould sealing ropes are versatile and highly adaptable and flexible with thermal insulation and hassle free process of using them. SS Khardekar India pvt ltd also are the suppliers of high quality Mould sealing ropes which are very important during the entire process of casting a defect less cast depends upon the efficiency of ropes. Mould sealing ropes reduce the leakages and hold the moulds firmly and tightly to avoid any problem in making of the cast. It is necessary to check the components of the mould sealing rope for every industry it is used in.