Applications for industrial lubricants

Lubricants for High Temperature

High operating temperatures, can cause deterioration of the lubricant. Contact us and we will advise you in choosing the best high-temperature lubricant for your applications.

Introduction

A layer of lubricating oil or grease is present in any mechanical component such as bearings, engines, transmissions, gas turbines and industrial machinery in order to protect them.

During machinery operation, heat is generated on the lubricating film, which can have two origins:

  • Internal, if generated by the friction of mutually sliding parts, during normal operation.
  • External, when it comes from a heat source outside the machinery.

High operating temperatures can cause the lubricant to deteriorate and consequently ruin mechanical components

High-temperature lubricants are formulated to function in extreme heat conditions. In addition, they can help reduce wear and extend the service life of mechanical components by maintaining lubricating properties even under high temperature conditions. The choice depends on the specific needs of the application and operating conditions, which is why the Mascherpa team is ready to help you choose high-temperature lubricants tailored to your needs.

Products

    • Excellent resistance to oil, grease, gasoline, diesel and solvents
    • Long-term wear and tear protection
    • Highly viscous and suitable for screen printing
    • Resistance to high temperatures
    • Helps reduce wear on pistons and cylinder walls
    • Extended shelf life
    • Coating
    • High load carrying properties
    • Formation of a lubricating separation layer between the tool and the machine
    • Wide temperature range
    • Mineral oil content volatilizes at high temperatures without leaving any residue
    • Prolongs tool life
    • Hot tool rolling
    • Anti-seize paste
    • Reduces friction and wear and tear
    • Reduces incisions
    • Increases tool life
    • Anti-seize paste for machine components exposed to high loads, high temperatures and corrosive environments
    • Excellent adhesion to metal surfaces
    • Good carrying capacity
    • Reduces friction and wear and tear
    • Excellent protection against fretting corrosion and high temperature corrosion
    • Helps prevent disc brake squeal
    • Allows smooth disassembly of machine components, even after long maintenance intervals
    • Anti-seize paste without lead, nickel, sulfur, chlorine or fluorine
    • Compatible with high temperatures (1,400°C)
    • Excellent load capacity and protection against seizure
    • Sulfur content less than 250 ppm, with total halogen content (including chlorine) less than 200 ppm
    • Low infiltration, so it can be used in places where cleanliness is required
    • Allows easy removal of screws, even after long periods of use at high temperatures
    • Does not include components that become brittle at high temperatures
    • Can be used for high temperature applications (900°C)
    • Provides controlled friction on the assembly that supports precise tensioning
    • Excellent anti-seize properties: Allows easy removal of screws, even after prolonged exposure
    • at high temperatures
    • Paste of high purity (impurity content of total sulfur, calcium and halogens content of sulfur, calcium and halogens
    • regularly monitored totals)
    • Free of intentional calcium ingredients
    • Recommended for high chromium alloys and stainless steel
    • PAO-based anti-seize paste
    • High load capacity
    • Good corrosion protection
    • Non-metallic formulation
    • Wide operating temperature range
    • Low and constant coefficient of friction
    • Metal-free formulation avoids fastener fragility or environmental contamination
    • Uniform clamping force on flanges, valves, housings, etc.
    • Increased safety against bolt breakage
    • Increased safety against screw loosening due to vibration
    • Lead- and nickel-free anti-seize paste used to reduce wear and tear
    • High load capacity
    • Allows non-destructive disassembly, even after long use at high temperatures
    • Unchanged coefficient of friction in oiled bolt area, even after several bolt tightening and loosening processes
    • Good corrosion protection
    • Used in closed heat transfer systems
    • High thermal stability
    • Excellent pumpability at low temperatures in extreme startup
    • Balances fluidity at low temperature, an oxidative stability and volatility control
    • Does not compromise the environment or occupational health and safety
    • Formulated for systems where fluid resistance to oxidative degradation is critical
    • Offers high thermal efficiency
    • Demonstrates better resistance to oxidation than many of the leading competitive fluids
    • Improved thermal and oxidative stability
    • Safer in the workplace than aromatic chemical fluids
    • Reduces fluid loss
    • Saves money on system maintenance, cleaning, and fluid top-up
    • Highly engineered
    • Low evaporation rates
    • Extreme thermal stability
    • Long-lasting lubrication performance
    • High performance lubricant
    • Non-flammable
    • Non-responsive for incredibly harsh environments
    • Performance for a wide range of high-temperature special lubrication applications
    • A grease for high-performance
    • Extremely high temperature applications
    • Contains no additional additives
    • Completely inert
    • Ideal when there is chemical-lubricant interaction between process steps
    • Enduring performance in extreme environments
    • Used in the automotive and industrial market
    • Lower molecular weight of the basic PFPE oil.
    • Improves functionality at lower temperatures for specific applications
    • Coating
    • Provides exceptional protection and lubrication for a wide range of applications
    • Can be used in general lubrications where nonflammable performance is required
    • Safe for food
    • Non-responsive and exceptionally durable
    • Commonly used to reduce NVH in automotive applications
    • Compatible with all elastomers and plastics
    • They are nonflammable, oxygen compatible and chemically inert
    • Longer lubrication intervals and longer equipment life
    • Non-flammable performance
    • Chemically inert/non-reactive
    • Safe for oxygen
    • Significantly prolongs operating life
    • White buttery grease
    • Silicone-free
    • Exceptional oxidation stability and resistance to washing
    • Excellent resistance to high loads and wear and tear
    • Odorless, tasteless does not stain
    • Intended for application on industrial and food equipment
    • It should not be added directly to the product

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