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Cutting Fluids emulsions

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  • Houghton Dromus B

    Houghton Dromus B

    Water miscible metalworking fluid.

    Houghton Dromus B is a general purpose soluble oil for light to moderate duty machining on a wide range of materials.

    It is free from biocides.

    Properties:

    Dromus B is a high mineral oil content soluble oil for easy to medium duty machining, including grinding, on a wide variety of materials including ferrous as well as nonferrous metals.

    Recommendations for use: General machining 6 - 8 %, Severe cutting operations 8 - 12 %.

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    Starting at: Excl. Tax: £159.45 Incl. Tax: £192.93

  • Houghton Hocut 3220 stable emulsion

    Houghton Adrana D 208.01 new name will change into Hocut 3220

    Water miscible metalworking fluid.

    Properties

    Hocut 3220 is a high quality, general-purpose metalworking fluid for easy to medium duty applications on ferrous metals.

    Applications:

    It is recommended for easy to medium duty operations on cast iron and (low to medium alloyed) ferrous metals.

    It is designed to be used on CNC machine tools, given its excellent detergent, and high wetting properties.

    Hocut 3220 is suitable for all removal and grinding operations on stand-alone machines and in central systems.

    Hocut 3220 can be used over a broad water hardness range. Recommendations for use: General machining.

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    Starting at: Excl. Tax: £169.45 Incl. Tax: £205.03

  • Houghton Hocut 4444

    Houghton 4444 previous Sitala D 201.03 and Adrana D 601.01

    Hocut 4444 is a high quality water miscible coolant for general machining of steel and aluminum alloys.

    Recommended usage levels for Houghton Hocut 4444 are:

    • + Low to Medium Machining: 8 - 10%
    Application Houghton Hocut 4444

    HOCUT 4444 is recommended for machining low to medium materials, including high stress machining, from a variety of materials, including aluminum alloys, fiber composites, but also iron alloys.

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    Starting at: Excl. Tax: £169.45 Incl. Tax: £205.03

  • Houghton Adrana A 3601.04

    Houghton Adrana A 3601.04

    A water miscible metalworking fluid.

    Properties

    It is recommended for heavy-duty machining operations on low silicon content aluminium and is free of amines, boric acid, nitrite, chlorine and formaldehyde releasers.

    Applications

    Metals: “dirty” metals, such as cast iron.

    • Usage: a wide range of machines, such as Kingsburys, Bullards, bar machines, lathes, chuckers, and centerless and cylindrical grinders.
    • Processes: machining and grinding.
    • Longer sump life.
    • Heavy-duty.
    • Non-foaming.

     

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    Starting at: Excl. Tax: £179.20 Incl. Tax: £216.83

  • Houghton Hocut 5019

    HOUGHTON HOCUT 5019

    Water soluble metalworking fluid

    Application HOUGHTON HOCUT 5019

    HOCUT 5019 is recommended for grinding of cemented tungsten carbide tools where cobalt is used as a binder. The synthetic formula contains a special additive package to prevent dissolution of cobalt by the coolant also contains polymer lubricity additives to improve wheel life and prevent dry evaporation residues on machines. A minimum concentration of 5% is recommended.

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    Starting at: Excl. Tax: £189.45 Incl. Tax: £229.23

  • Houghton Sitala A 400

    Houghton Sitala A 400

    A new generation of amine and boric acid-free water-miscible metalworking fluids, recommended for general machining on a wide range of metals including all kind of Aluminium alloys.

    SITALA A 400 is a medium duty emulsifiable, boron and amine-free metalworking fluid forming a stable macroemulsion based on high quality mineral oil and polar lubricity additives.

    Applications:

    SITALA A 400 is recommended for medium machining and grinding operations on a wide range of material including, cast iron, low to medium alloyed steels and aluminium. A non-staining, low alkalinity formula also makes it suitable for machining yellow metals.

    The product is designed for soft to medium hardness and for use in single sump machines.

    It is not normally used in large central systems.

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    Starting at: Excl. Tax: £197.45 Incl. Tax: £238.91

  • Houghton Adrana A 2859

    Adrana A 2859 has now been removed from the range and can best be replaced by Hocut 4444. It is wise to contact us and discuss the application.

    Please note We will deliver Hocut 4444 instead of Adrana A2859 if you wish to order it above.

    Hereby the link for more information about Hocut 4444

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    Starting at: Excl. Tax: £199.45 Incl. Tax: £241.33

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Tips to Keep Your Coolant Emulsion in Good Condition:

Step 1: Ensure a Clean System

Use a system cleaner before replacing the old emulsion.

Step 2: Check the Concentration of the Coolant Emulsion

Before using the coolant emulsion, it's essential to check the concentration. Excessive concentration can lead to blockages in the coolant emulsion and may shorten its lifespan. Insufficient concentration can result in reduced emulsion performance. Ensure you use the correct concentration according to the manufacturer's instructions.

Step 3: Ensure Proper Filtration

Ensure the coolant emulsion is well-filtered. This prevents dirt and other contaminants from entering the emulsion, ensuring a longer lifespan. Use an appropriate filtration system and replace filters timely.

Step 4: Provide Adequate Aeration

If a system doesn't run multiple times a week, turn on the pump to keep the fluid in motion and aerated.

Step 5: Prevent Bacterial Growth

Bacteria can reduce the effectiveness of the coolant emulsion and shorten its lifespan. Therefore, maintain good hygiene, prevent dirt and other contaminants from entering the emulsion, regularly clean machine parts, and replace the emulsion promptly.

Step 6: Conduct Regular Inspections

To optimize the service life of the coolant emulsion, regularly conduct inspections. Check the emulsion concentration, enabling timely intervention when deviations are detected and extending the emulsion's lifespan.

By following these steps, you can ensure that the coolant emulsion is used optimally, achieving a longer lifespan, reducing maintenance costs, and increasing productivity.