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Lubricants

Lubricants are flexible, liquid or solid agents applied on contact points of mating parts of machines or devices. Their main function is to reduce friction and provide corrosion protection.

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Maxlube 200 Maxlube 200 is used in synthetic and semi-synthetic lubricantsand coolants, drawing compounds, can drawing compounds, water based hydraulic fluids, textile fiber...
Composition
Fatty acids esters
Maxlube 200
Maxlube 331 Maxlube 331 replaces normal oil soluble fluids without sacrificing performance and providing for a cleaner operational environment and oil free parts
Composition
Polyesters
Maxlube 331
Maxlube 450X Maxlube 450X is used in water reducible synthetic metal working fluids. In combination with alkanolamines, non-nitrate corrosio inhibitors like Maxhib AB-400 and...
Composition
Mixtures
Maxlube 450X
Maxlube 510 Maxlube 510 is a water soluble lubricants additive. It was developed to enhance the lubrication characteristics of metalworking and metalforming products.
Composition
Alkoxylated alcohols
CAS No.
52624-57-4
Maxlube 510
Maxlube 510/60 Maxlube 510/60 is a water soluble lubricants additive. It was developed to enhance the lubrication characteristics of metalworking and metalforming products.
Composition
Alkoxylated alcohols
CAS No.
52624-57-4
Maxlube 510/60
Maxlube HPH-1 Maxlube HPH-1 is designed for silicate systems to reduce torque and drag in directional drilling applications. A 2% addition in sodium silicate mud reduce torque...
Composition
Mixtures
Maxlube HPH-1
Maxlube MV Maxlube MV is recommended as a general purpose lubricants in metal working fluids. It is soluble in oil and easily emulsified. Improves the wetting characteristics...
Composition
Fatty acids esters
Maxlube MV
Maxlube SMO Maxlube SMO is effective lubricants and emulsifiers for textile and metalworking applications. It is soluble in vegetable oils and mineral oils.
Composition
Sorbitan esters
CAS No.
1338-43-8
Maxlube SMO
Maxomer® LUBE-E2SA-B Maxomer® Lube-E2SA-B is an effective lubricants, mold release agents and pigment dispersant. Maxomer® Lube-E2SA-B has US-Food and Drug Administration (US-FDA) approval...
Composition
Alkanoloamides
Maxomer® LUBE-E2SA-B
Maxomer® LUBE-EBO Maxomer® Lube- EBO is used as a slip agents in film manufacturing, and anti-block additive and raises melt flow in Polystyrene. Maxomer® Lube-EBO has US-Food and...
Composition
Alkanoloamides
CAS No.
110-31-6
Maxomer® LUBE-EBO
Maxomer® LUBE-FES Maxomer® Lube FES performs as a photo degradation agents in Polyolefins and has US-Food and Drug Administration (US-FDA) approval at 21 C.F.R.§175.300 .
Composition
Fatty acids esters
Maxomer® LUBE-FES
Maxsperse® 8900/100M Maxsperse® 8900/100M was developed as a dispersing agents for use in most polyolefins. It is most effective for white and black pigments. Maxsperse® 8900/100M is...
Composition
Alkanoloamides
CAS No.
123-26-2
Maxsperse® 8900/100M
Maxsperse® 8913 Maxsperse®8913 was developed primarily as a dispersant for organic pigments and otheadditives when compounding polyolefins. It works particularly well in carbon...
Composition
Alkanoloamides
CAS No.
106-15-0
Maxsperse® 8913
Maxsperse® 8913/PWDR Maxsperse®8913/PWDR is a hydroxy-stearamide wax developed primarily as a dispersant for pigments and other additives when compounding polyolefins. In addition to...
Composition
Alkanoloamides
CAS No.
106-15-0
Maxsperse® 8913/PWDR
ROKAmer®PP1000 (Polypropylene glycol) ROKAmer PP1000 is a polyoxypropylendiol-type polyol with an average mol mass of around 1000 g/mol. The product is a polymer with a dual-function structure, which...
Composition
Alkoxylated alcohols, Polyether polyols, Diols
CAS No.
25322-69-4
ROKAmer®PP1000 (Polypropylene glycol)
ROKAmer®PP2000 (Polypropylene glycol) ROKAmer PP2000 is a polyol (polyoxypropylene diol) with an average molar mass of about 2000 g/mol. INCI Name: PEG-34.The product is a polymer with a double-action...
Composition
Alkoxylated alcohols, Polyether polyols, Diols
CAS No.
25322-69-4
ROKAmer®PP2000 (Polypropylene glycol)
ROKAmer®PP4000 (Polypropylene glycol) ROKAmer PP4000 is a polyol (polyoxypropylene diol) with an average molar mass of about 4000 g/mol. The product is a polymer with a double-action structure, which...
Composition
Alkoxylated alcohols, Polyether polyols, Diols
CAS No.
25322-69-4
ROKAmer®PP4000 (Polypropylene glycol)
Sorbax HO-50 Sorbax HO-50 polyoxyethylated sorbitan esters are used as emulsifiers and solubilizers. These surfactants are used in combination with lower HLB surfactants, particularly...
Composition
Alkoxylated fatty acids
CAS No.
57171-56-9
Sorbax HO-50
Sorbax PML-20 Sorbax PML-20 polyoxyethylated sorbitan esters are used as emulsifiers and solubilizers. These surfactants are used in combination with lower HLB surfactants, particularly...
Composition
Sorbitan esters
CAS No.
9005-64-5
Sorbax PML-20
Sorbax PMO-20 Sorbax PMO-20 polyoxyethylated sorbitan esters are used as emulsifiers and solubilizers. These surfactants are used in combination with lower HLB surfactants, particularly...
Composition
Sorbitan esters
CAS No.
9005-65-6
Sorbax PMO-20
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Lubricants are flexible, liquid or solid agents applied on contact points of mating parts of machines or devices. Their main function is to reduce friction and provide corrosion protection.

Lubricants may be divided into:

  • solid lubricants (greases) lubricating agents enriched by a thickener which, when added to a liquid oil, forms a solid lubricant. Greases in contrast to other lubricants, perform an additional function – they prevent preparation leakage from the friction point.
  • lubricants for rubber are products prolonging the service life of components made of rubber. They prevent their wear by minimizing friction and sealing joints in rubber parts.
  • lubricants for food industry are lubricant preparations that meet additional legal and process requirements due to the risk of contaminating food products and contact with food packaging. Such lubricants must be physiologically inert, i.e. tasteless, odourless and non-toxic.
  • high temperature lubricants are products which may be used in difficult and demanding conditions such as high temperature or high loads.

The common features of lubricants include: removal of contaminants from the cooperating parts, dissipation of heat generated by friction, damping vibration, and reducing backlash in machines and equipment.

The use of lubricants is necessary for the proper functioning of mechanical systems equipped with pumps, pistons, bearings and turbines.  For this reason, lubricants are widely used for machines operated in various branches of industry and automotive sector.