A line of corrosion preventives have been specially designed to consistently protect bare metal surfaces of machinery, tools and components. These state-of-the-art line of corrosion preventive products are the result of intensive research and development, with the cooperation of major manufacturers in the automotive, steel and roller bearing industries. Rust preventive oils are easy to apply and easy to remove, are non-toxic and ecologically friendly. The wide range of formulations are suitable for a variety of materials and applications. They are compatible with most pre and post application operations. These products do not contain any hazardous substances like nitrites, aromatic amines and heavy metals.

Metalworking lubricants perform several functions. They protect or improve surface finish, provide corrosion protection, reduce frictional forces, cool the tooling, prevent metal pick-up on the tooling, and flush away the chips created in the machining operation.

To perform these functions they contain a complex blend of carrier, lubricity additives, corrosion inhibitors, biocides and antifoams.

The major component of a lubricant are the carrier, lubricity additives, and an emulsifier. Carriers are petroleum oils, water or solvents.

Their function is to provide cooling, act as a vehicle for the other additives, and flush away the chips. Water based lubricants are preferred in metal machining because water removes heat caused by friction and assists in metal removal twice as fast as oil.

Extremely tacky and viscous greases used for the lubrication of Open Gears. These greases are formulated with special additives and solid lubricants which results in a low co-efficient of friction. The tackiness of the grease helps it to stick to the meshing in the gear tooth surfaces, reduces friction and prolongs the life of the gears.

High quality lithium based greases formulated with highly refined base oils and fortified with synergistic EP and Anti-Wear Additives. These greases give excellent performance under medium to heavy loads.These greases are specifically designed for plant wide lubrication, with an NLGI range extending from NLGI-2 to NLGI-000. The gellent structure imparts good water resistant properties. The specific additive matrix gives excellent protection from rust and corrosion.

High quality lithium based greases formulated with highly refined base oils and fortified with synergistic EP and Anti-Wear Additives. These greases give excellent performance under medium to heavy loads.

These greases are specifically designed for plant wide lubrication, with an NLGI range extending from NLGI-2 to NLGI-000.

The gellent structure imparts good water resistant properties. The specific additive matrix gives excellent protection from rust and corrosion.

They also possess good mechanical stability and provide longer relubrication intervals, thus reducing cost and maintenance downtime.

Conveyor chains usually operate in a high temperature and abrasive environment. To counter these harsh conditions special oils are used to lubricate the chains.

These oils contain premium anti-oxidants and base oils that withstand extreme temperatures and reduce relubrication intervals.

The Stenol range of conveyor chain oils are available as mineral or synthetic grades with different base oil viscosities and offer the best price to performance ratios in the market for high temperature chain oils

A gear oil represents an important engineering element in drive train technology and is used in almost all areas of application.

The demands made on gear oils have risen significantly. New developments in the field of drive train technology are mostly accompanied by increases in component performance: More performance or higher capacity needs to be transferred in ever shorter periods of time. At the same time, components and gearboxes have become increasingly smaller and compact.

A gear oil, as one of the most important and complex engineering elements, must satisfy changing application conditions and performance requirements. Oil volumes get smaller, oil circulation cycles increase and the energy transferred to the lubricant increases. This leads to an increase in the thermal and oxidative load on the lubricant.

Thus gear oils need to be optimally formulated to withstand such conditions.

A line of corrosion preventives have been specially designed to consistently protect bare metal surfaces of machinery, tools and components. These state-of-the-art line of corrosion preventive products are the result of intensive research and development, with the cooperation of major manufacturers in the automotive, steel and roller bearing industries. Rust preventive oils are easy to apply and easy to remove, are non-toxic and ecologically friendly. The wide range of formulations are suitable for a variety of materials and applications. They are compatible with most pre and post application operations. These products do not contain any hazardous substances like nitrites, aromatic amines and heavy metals.

Metalworking lubricants perform several functions. They protect or improve surface finish, provide corrosion protection, reduce frictional forces, cool the tooling, prevent metal pick-up on the tooling, and flush away the chips created in the machining operation.

To perform these functions they contain a complex blend of carrier, lubricity additives, corrosion inhibitors, biocides and antifoams.

The major component of a lubricant are the carrier, lubricity additives, and an emulsifier. Carriers are petroleum oils, water or solvents.

Their function is to provide cooling, act as a vehicle for the other additives, and flush away the chips. Water based lubricants are preferred in metal machining because water removes heat caused by friction and assists in metal removal twice as fast as oil.

Extremely tacky and viscous greases used for the lubrication of Open Gears. These greases are formulated with special additives and solid lubricants which results in a low co-efficient of friction. The tackiness of the grease helps it to stick to the meshing in the gear tooth surfaces, reduces friction and prolongs the life of the gears.

High quality lithium based greases formulated with highly refined base oils and fortified with synergistic EP and Anti-Wear Additives. These greases give excellent performance under medium to heavy loads.These greases are specifically designed for plant wide lubrication, with an NLGI range extending from NLGI-2 to NLGI-000. The gellent structure imparts good water resistant properties. The specific additive matrix gives excellent protection from rust and corrosion.

High quality lithium based greases formulated with highly refined base oils and fortified with synergistic EP and Anti-Wear Additives. These greases give excellent performance under medium to heavy loads.

These greases are specifically designed for plant wide lubrication, with an NLGI range extending from NLGI-2 to NLGI-000.

The gellent structure imparts good water resistant properties. The specific additive matrix gives excellent protection from rust and corrosion.

They also possess good mechanical stability and provide longer relubrication intervals, thus reducing cost and maintenance downtime.

Conveyor chains usually operate in a high temperature and abrasive environment. To counter these harsh conditions special oils are used to lubricate the chains.

These oils contain premium anti-oxidants and base oils that withstand extreme temperatures and reduce relubrication intervals.

The Stenol range of conveyor chain oils are available as mineral or synthetic grades with different base oil viscosities and offer the best price to performance ratios in the market for high temperature chain oils

A gear oil represents an important engineering element in drive train technology and is used in almost all areas of application.

The demands made on gear oils have risen significantly. New developments in the field of drive train technology are mostly accompanied by increases in component performance: More performance or higher capacity needs to be transferred in ever shorter periods of time. At the same time, components and gearboxes have become increasingly smaller and compact.

A gear oil, as one of the most important and complex engineering elements, must satisfy changing application conditions and performance requirements. Oil volumes get smaller, oil circulation cycles increase and the energy transferred to the lubricant increases. This leads to an increase in the thermal and oxidative load on the lubricant.

Thus gear oils need to be optimally formulated to withstand such conditions.