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Manufacturer & Exporter of a wide range of products which include Industrial Pastes such as Assembly Paste - Solid Lubricant Rich Paste, Anti-seize Compound - Copper based, Anti-seize & Lubricating paste, Marine Grade Anti-Seize & Lubricating Paste, Nickel Based Anti-seize Compound, Chuck Paste and many more items.
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Assembly Paste - Solid Lubricant Rich PasteItem Code: IT-9200-HPP Assembly lubricant for press-on processes. As a running in lubricant for highly loaded sliding surfaces or difficult metal forming processes.
Immediately effective due to high percentage of MoS2, no rubbing in of paste necessary. |  |
 
Anti-seize Compound - Copper basedItem Code: IT-9201 | IT-9201, a copper based anti-seize compound provides a protection against high temperature seizing and galling. The product is used for facilitating easy dismantling of all mated parts, studs, bolts, flanges and gaskets which are subject to very high temperature of upto + 650 °C, aggressive marine environment, water or steam etc. It works as an ideal assembly lubricant for threaded connections, especially the ones exposed to high temperatures and vibratory loads, preventing seizing and sintering of threaded connections at high temperatures, and makes dismantling easy even after long hours of operation. In addition the lubricating properties of the compound provide an optimum balance between the tightening torque and the pretension. | Other Information - Packaging Details: 1 Kg
5 Kgs
25 Kgs
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Anti-seize & Lubricating pasteItem Code: IT-9202 IT-9202 is a solid lubricant rich paste designed for assembly and running-in of the metallic components. It is designed for use for the press-fit assemblies, as a running-in lubricant for new machines and gears or as a lubricant for machine elements subject to intermittent movement. The paste is also useful for lubrication of the threaded spindles, splined shafts, tooth gearing, worm gearing etc. The paste provides a high pressure absorption capability and low friction coefficient. Suppresses stick-slip and prevents seizure and scoring. It facilitates dismantling & reduces formation of fretting corrosion while as it provides emergency running in performance. |  |
 
Marine Grade Anti-Seize & Lubricating PasteItem Code: IT-9203 IT-9203 is a solid lubricant rich, heavy duty anti-seize and extreme pressure lubricating paste designed for marine applications. It is formulated to protect parts against seizure, galling and corrosion in fresh and salt water environments. Typical applications include its use on winches/cables, rack & pinion mechanisms on off-shore & on-shore rigging, suspension bridges or rigging & hoist cables etc. The paste provides high pressure absorption capability and low friction coefficient. It suppresses stick-slip and prevents seizure and scoring & facilitates easy dismantling while reducing formation of fretting corrosion. |  |
 
Nickel Based Anti-seize CompoundItem Code: IT-9204 IT-9204 is a nickel based anti-seize compound formulated to work at places where there is exposure to extreme high temperatures. It is used where use of copper based compounds is not desirable. Typical examples of application are in boiler plants & its mounted assemblies, for assembly of screw joints subject to high temperature and corrosive environment e.g. at internal combustion engines, threaded connections on pipes, flanges and armatures, exhausts and combustion chambers, bolts for gas and oil burning equipment or as a parting lubrication on metals allergic to seizing e.g. high alloy steels. The paste exhibits a very high temperature range, it is highly efficient against corrosion, suppresses stick-slip and prevents seizure and scoring & facilitates easy dismantling. It reduces formation of fretting corrosion. |  |
 
Chuck PasteItem Code: IT-9205 Machine tool chucks need lubrication to maintain a high and a constant clamping force on work-pieces or tools. This also ensures the work pieces are held safely throughout machining. Chuck pastes, used as lubricant for the chuck-jaws must resist high rotational speeds of the chucks, as much as the coolant wash; providing a stable and continuous lubrication even in face of these adverse conditions. These must also provide adequate lubrication preventing temperature rises as number of clamping operations increase. IT-9205 features constant coefficient of friction ensuring high and constant clamping force. It is adhesive & exhibits longer re-lubrication intervals with very low drop in clamping force, even with complex chuck designs. Use of IT-9205 provides excellent corrosion protection. |  |
 
White Assembly PasteItem Code: IT-9206 Designed for applications when dark colored assembly lubrication are undesirable e.g. in precision mechanics and optics, in paper and textile processing or packaging machinery in the pharmaceutical, foodstuff and beverage industry and for office machines and household appliances. The paste exhibits a very good lubrication and parting properties, good corrosion protection; outstanding performance against fretting corrosion. The lubricant provides high pressure absorption capability and low friction coefficient. It suppresses stick-slip and prevents seizure and scoring & facilitates easy dismantling. It reduces formation of fretting corrosion. |  |
 
Assembly Paste - Moly BasedItem Code: IT-9200 IT-9200 is extreme-pressure lubricant for assembly, press fitting, threaded connections, running-in and maintenance. Containing a blend of molybdenum disulfide and white solid lubricants in a mineral oil, it serves as a multipurpose heavy duty lubricating and assembly paste. It is helpful in preventing galling during run in, helps extend the service life of moving parts, and helps protect against fretting wear and corrosion as well as welding of static joints. This product features a low coefficient of friction immediately upon application, without burnishing with a service temperature range of - 30 °C to + 450 °C. The paste provides an excellent protection against fretting wear and corrosion & helps extends service life of the components. It aids in ‘running in’ and reduce frictional force and surface damage. |  |
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