Oil And Lubricants #1293153

We are a renowned Supplier of Transformer Oil, based in New Delhi, India. After being procured from trusted vendors, our Transformer Oil is tested for efficiency. Our Transformer Oil is highly efficient in cooling down the transformers that are needed to be maintained at a steady temperature. Our low aromatic Transformer Oil is hydro-treated and is polar-free. Our Transformer Oil is processed using continuous refinement and clay contracting process, which further undergo a vacuum filtration process. We offer the best deals on Transformer Oil. Highlights

• Excellent cooling property
• Custom-made in various quantities
• Highly pure
• Reasonably priced

Good quality recycled non smell lubricating oil available at best price.

Recycled lubricating oil is produced by the  recycling of used oils , motor oil and hydraulic oil. We are selling a good quality recycled oil at very genuine prices.

In metal cutting operation ninety-seven percent of the energy consumed is converted into heat. If the right kind of cooling doesn’t take place at the cutting edge, the heat can damage both the cutting tool and the work piece as an overheated tool loses its hardness, which shortens the tool life, and an overheated work piece can lose its dimensional integrity. To cool the cutting tool and work piece at the cutting zone continuously; metal working lubricants, coolants and fluids are used. These fluids improve the tool life by reducing wear, increase lubrication, reduce work piece thermal deformation, provide excellent surface finish and flush away chips from the cutting zone.  These products are also used to prevent rust and corrosion. In order to realize the lubricating and cooling process water miscible and non water miscible metal working fluids have been formulated.

Straight cutting oilStraight cutting oils are non-emulsifiable and are used in machining operations in an undiluted form i.e. as supplied by the manufacturer. These are oil-based materials, which generally contain extreme pressure (EP) additives such as chlorine and sulphur added at various levels to provide increased tool life and improved surface finish.

Straight cutting oils are non-emulsifiable and are used in machining operations in an undiluted form i.e. as supplied by the manufacturer. These are oil-based materials, which generally contain extreme pressure (EP) additives such as chlorine and sulphur added at various levels to provide increased tool life and improved surface finish.

Performance benefits:

• Good surface finish
• Built in protection against bacterial growth
• Excellent emulsion stability
• Good heat removal properties
• Water soluble cutting oil

Water Soluble Cutting Oil

These cutting oils are more commonly referred to as soluble oils. This however, is a misnomer because they are not really soluble in water but form an emulsion when added to water. These emulsifiable oils are mineral oil based concentrates, which contain emulsifiers that allow them to mix with water and form a milky white emulsion. They also contain additives to improve their lubricating properties, rust and corrosion inhibitors and a biocide to help control foul smell.
There are several advantages of water emulsifiable oils, viz.: good cooling, low viscosity and thus adequate wetting abilities, non-flammable and nontoxic, easy to clean from small chips and wear particles using standard filters, relatively low initial and disposal cost. These oils are the most popular cutting fluids in use today, because they combine the lubricating qualities of oil with the cooling properties of water and can be used in a wide range of both machining and grinding operations.

While lubricating oils are the best-suited products for the lubrication of any machine element, their use is not feasible in situation where the product is likely to leak out and not remain in bearing over extended periods of service. To lubricate such situations satisfactorily, solid to semi-solid materials of dispersions of thickening agents in liquid lubricants and containing, if necessary, other ingredients for imparting special properties have been developed. Such materials are known as lubricating greases.

The structure of the grease allows the lubricant to remain in a solid state until the shear stress between surfaces reaches a certain level and the grease starts to flow and becomes a mobile compound. Lubricating greases may be selected based on multiple criteria. Some of these criteria are application, industry segment and operating conditions.

Types of greases available are:

• AP3
• EP 2, EP3
• EPL 2
• High Temperature
• And various others.

We offer a wide range of Viscosity Index Improver (GL 3015) that is a non-dispersant olefin co-polymer viscosity modifier. Being precision engineered, this improver is ideal for providing low-temperature performance while maintaining excellent film strength and engine test performance.This oil concentrate of an olefinic copolymer is a viscosity index improver for crankcase lubricants especially where excellent shear stability is demanded.

Technical specifications:

We offer our clients a wide range of Gear Oil Additive, which is used in various purposes such as manual transmissions, rear axels, conventional differentials, manual steering gears, final drives and all other commercial automotive units. Available in different quantities, these additives are added in API GL-5 and API MT-1 quality level gear oils. These eco friendly additives improve chemical and shear ability of the oil.

Benefits:

n
• Superior oxidation and thermal stability
n
• Excellent wear protection and longer life of gear components
n
• Excellent all weather performance and fuel economy due to multi grading
n
• Smoother shifting of gears, long and enjoyable driving
n
• Reduce gear friction and lower operating temperatures
n
• Reduce gear tooth wear and extent the operating life of the gearbox
n
• Low noise of gearbox and allow smoother gear changes
n
• Eliminate “notchy” feel in manual gearboxes
n
• Provide fuel economy
n

The word quenching means:

• Rapid cooling from a high temperature by immersion in a liquid bath of oil or water.       
• About 85% of quenching fluids are mineral oil based as the quenching power of water falls rapidly with increase in temperature, whereas that of oil remains fairly constant up to the range 60°C to 80°C. The rise in temperature of oil produces drop in viscosity, a change which assists cooling and so offsets the reverse influence of rise in temperature itself, whereas water does not possess such compensating effect.
• Quenching is the process by which the desired mechanical properties and hardness of a metal is achieved by controlled cooling from an elevated temperature using a quench fluid. Quenching is usually used with metals that are alloyed with small amounts of other metals. At high temperature the alloying metals are dissolved in the base metal. If the material is cooled slowly, the alloy elements have time to precipitate out separately. If the metal is quenched, the alloying metals are trapped within the crystal grains, making them harder.       
• Optimal quench uniformity is essential if the potential for cracking, distortion, residual stress and spotty hardness is to be minimized. This means that heat transfer must be as uniform as possible throughout the quenching process. Further optimal uniformity of quenchant flow around all surfaces is necessary. One of the most important factors affecting quench uniformity is the design of the quench system. Agitation is one of the most critical areas of system design. Propeller agitation of the quench oil is necessary if uniform heat transfer throughout the quenching operation, producing less cracking and distortion has to be achieved.       
• The performance of quenching oil can be characterized by its ability to extract heat from the part surface. Previously, aqueous quenching media were employed. The aqueous fluids provided extremely rapid cooling setting up excessive amounts of internal stress in the object. Mineral oil based fluids avoided this difficulty. Further, they possess sufficient durability, cleanliness and consistency. Durability refers to additive lifetime after being exposed to thermal stressing while consistency relates to constant additive performance over time and cleanliness relates to amounts of deposits on the work piece and/or staining thereof.

Spindle oils are a type of low-viscosity mineral oils marketed for use in lubrication of high-speed machine spindles. Spindle oil is free from gumming properties. Since the viscosity is so low the oil runs off the surface of the spindle during shut-down periods.

Applications

• Textile machine spinning frame spindles.
• Automated machine tools requiring low viscosity oil
• High speed, lightly loaded spindles, or where the use of higher viscosity oils leads to unacceptably high temperatures
• Lightly loaded high speed industrial machine bearings.
• Industrial circulating oil systems requiring low viscosity oil.
• Hydraulic systems where lower viscosity, anti-wear fluids are recommended.

We have  two types of spindle oil :

• Spindle 12
• Spindle 22

Transmission fluid is used to lubricate the components of a car’s transmission for optimum performance. In vehicles with automatic transmissions, this fluid also acts as a coolant. There are several types of auto transmission fluids, and the type used in individual cars and trucks depends on the type of transmission inside. Automatic transmissions use regular automatic transmission fluid, as the name suggests. The type of transmission fluid to use in vehicles with standard transmissions can usually be found in the maintenance section of the owner’s manual.

While the primary function of auto transmission fluid is to lubricate the various parts of the transmission, it can serve other functions as well:

• Clean and protect metal surfaces from wear
• Condition gaskets
• Enhance cooling function and reduce high operating temperatures
• Increase rotational speed and temperature range

Rubber processing oils  are used in the manufacture of virtually all rubber products such as tyres , tubes, battery cases, footwear, mats, hoses etc. They are the keystones from the raw material  stage to the finished products. Rubber oils are added to the polymer that may or may not have been oil extended. They  perform the following functions:

• Facilitate mixing operation.
• Reduce compounding time.
• Improve processibility.
• Modify physical properties of the finished product
• Minimise power consumption.
• Reduce cost of finished goods.

Rubber process oils can be broadly classified into three basic groups depending on  the physical arrangement of the carbon atoms namely , paraffinic , naphthenic and aromatic. All petroleum oils are mixtures of various hydrocarbon groups and their classification is arbitrary and is based on the predominance of a particular hydrocarbon group.

RPO 165This is a highly paraffinic medium viscosity type of oil specifically developed for use as plasticizer in the manufacture of epdm rubbers. The oil also possesses good resistance to evaporation loss.

RPO 245It is a light coloured paraffinic type of oil and has good colour stability. It also has high flash point and good high temperature properties, but it has low solvency. It finds greatest use in butyl and ethylene propylene rubber. It is recommended to use for the processing of light coloured rubber goods such as white walled tyres, shoe soles, toys, sporting goods, etc.

RPO 255This is a highly paraffinic type oil specially developed for compounding purpose of shoe sole application. The oil has moderate solvency power with low evaporation loss.

RPO 541This is a napthenic type of oil and has fairly good colour stability with adequate high temperature properties . Its solvency is better than RPO 245/255, and  is suitable as general purpose rubber oil formats , footwear , moulded and extruded goods.

RPO 590This is a napthenic type of oil , specifically developed  to meet the requirement of the major tyre manufacturer. The product is used to make the fabric-coating compound, used in coating nylon tyre cords of passenger vehicle tyres.

RPO 710 This is an aromatic type of oil and due to the presence of double bonds it is the least stable compared to RPO 245 and RPO 541. It is dark in colour and has good solvency making it compatible with most rubber polymers. It finds extensive use in the manufacture of automobile tyres, belting, battery case etc. where colour is not an important factor.

RPO 715 It is also an aromatic process oil with higher viscosity and is specifically developed for use as an extender oil in the manufacture of styrene butadiene rubber.

Shuttering Oil is high quality mineral oil based mould releasing oil. It is used  as multi-purpose mould releasing agents for metallic and wooden moulds in concrete construction works. Shuttering Oil form / Form Oil / Concrete Form Oil a tenacious oily film on the mould surface that prevents rusting of mould and the release agents prevent concrete clinging to the moulds with a high quality surface finish. The oil do not cause stain or discolouration, interfere with drying process and is also not absorbed by the concrete.

Application / Composition :Shuttering Oil is used straight from the drum and no stirring or mixing is required. Shuttering Oil are applied by spraying guns, rollers or by brushes prior to pouring aerated concrete and are recommended for use as a concrete mould release agent with the protection of moulds from rust.

Electric Discharge Machining Oil is a metal removal process involving the removal of material from the work piece by a series of controlled electric discharges or sparks. The tool and the work piece are insulated by a special dielectric fluid. These fluid are formulated with a highly refined, narrow cut paraffinic base stock with excellent oxidation stability which helps reduce the formation of oxidation products that will alter the dielectric strength of the fluid. The product is colourless and virtually odourless. The product exhibits a relatively high flash point that helps to reduce the possibility of fire. The low viscosity of the fluid provides good circulation through the spark gap and more rapid removal and settling of metal fines.

Application / Composition of EDM Oil 

Recommended for use in:Dielectric fluid in finish-cut electrical discharge (spark erosion) machining operations.Electrical discharge machining in tool and die shops, and in manufacture of electronics, extrusions, air-craft components, hardware, tools, fasteners, silver-ware, cutlery, jewellery, appliances, valves and regulators. Grinding fluid in glass grinding operations.