Soudal Cutting Oil

Soudal Cutting Oil is a light-coloured mineral oil formulated for drilling and cutting applications where clean, accurate machining and long tool life are essential. It reduces friction and wear at the cutting edge, delivers excellent cooling characteristics, and supports smooth chip evacuation for a superior surface finish.

Suitable for drilling, milling, cutting, sawing, filing, tapping, turning, planing and punching of steel and most ferrous and non-ferrous metals, it is non-corrosive and features anti-misting properties for cleaner working conditions. The aerosol operates at any angle through a 360° valve, enabling precise application in confined or overhead locations.

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Soudal Cutting Oil is a light-coloured mineral oil formulated for drilling and cutting applications where clean, accurate machining and long tool life are essential. It reduces friction and wear at the cutting edge, delivers excellent cooling characteristics, and supports smooth chip evacuation for a superior surface finish.

Suitable for drilling, milling, cutting, sawing, filing, tapping, turning, planing and punching of steel and most ferrous and non-ferrous metals, it is non-corrosive and features anti-misting properties for cleaner working conditions. The aerosol operates at any angle through a 360° valve, enabling precise application in confined or overhead locations.

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Key Features of Soudal Cutting Oil


✔️ Forms a tenacious lubricating film, reducing friction, cutting resistance and built-up edge for cleaner machining.

✔️ Provides excellent cooling, drawing heat from the cutting edge to minimise expansion, burrs and thread damage.

✔️ Clings and penetrates rapidly into the cut, staying effective at high speeds and heavy feeds.

✔️ Low-misting aerosol with 360° any-angle valve delivers accurate application in recesses, overhead areas and tight spaces.

✔️ Versatile, non-corrosive oil suitable for ferrous and non-ferrous metals across drilling, tapping, milling and turning.

 

 

High-Performance Lubrication for Precision Metalworking

Soudal Cutting Oil is engineered for modern machining environments where productivity, accuracy and consistent surface finish are paramount. At the tool–workpiece interface it forms a tenacious lubricating film that separates metal surfaces, reducing cutting resistance and limiting built-up edge formation. By lowering friction, it helps maintain sharp cutting geometry, minimises tool chatter and supports tighter tolerances with less rework. Its light-coloured base enhances visibility at the cutting zone so operators can confidently monitor chip formation and feed rates.

 

Advanced Cooling for Dimensional Stability

Effective temperature control underpins surface integrity and accuracy, and Soudal Cutting Oil excels at drawing heat away from the cutting edge and work surface. This cooling action helps to reduce thermal expansion, suppress burr formation and improve thread integrity during tapping and thread cutting. Superior heat management also extends the service life of drills, taps, saw blades and inserts—reducing downtime and tooling costs across both manual and CNC operations. The non-corrosive profile supports use on a wide spectrum of metals without staining or adverse after-effects when used as directed.

 

Optimised Flow, Wetting and Film Persistence

The oil’s carefully balanced flow and wetting characteristics promote rapid penetration into the cut, even in deep holes and tight-tolerance operations, while its high cling keeps the protective film in place under demanding spindle speeds and heavy feeds. Anti-misting properties contribute to a cleaner, safer working environment by reducing airborne droplets—particularly valuable in enclosed spaces and at close-quarters machining stations. The aerosol presentation with a 360° any-angle valve delivers precise application exactly where it is needed, supporting accurate dosing in both workshop and on-site conditions, from horizontal band saws and pillar drills to overhead set-ups and hard-to-reach fixtures.

 

Broad Material Compatibility and Process Coverage

Versatility is integral to Soudal Cutting Oil. It is suitable for steel and most ferrous and non-ferrous metals, simplifying inventory and standardising practice across mixed-material workflows. The formulation supports an extensive range of processes, including drilling and tapping, milling and turning, sawing and filing, as well as planing and punching. Consistent lubrication and cooling across all these operations help deliver uniform finishes and dependable dimensional results, job after job.

 

Productivity Gains and Long-Term Reliability

Used within a planned machining and maintenance routine, Soudal Cutting Oil improves throughput, enhances consistency and supports repeatable, professional results in fabrication, maintenance and installation work. By reducing friction, controlling heat and protecting tooling, it helps teams complete operations faster with fewer interruptions, lowering overall costs while elevating finish quality and reliability.

 

 

Application Ratings

Application Type Rating Notes
Drilling Mild Steel (Pillar Drill) ★★★★★ Excellent lubricity and cooling reduce chatter and extend drill life. Light colour helps you see chips; keep the hole visibly wet for best finish.
Tapping And Thread Cutting In Carbon Steel ★★★★★ Lowers torque, limits galling and improves thread quality. Re-apply during back-off. For very slow taps in stainless, consider a dedicated cutting paste.
Reaming Precision Holes ★★★★★ Supports tight tolerances by reducing heat and built-up edge. Apply sparingly to avoid hydraulic lock.
Milling Slots And Faces (Manual/CNC) ★★★★★ Improves chip flow and surface finish; anti-misting is helpful at close-quarters stations. Maintain a wet, continuous film at the cutter/work interface.
Turning On A Lathe (Steel Alloys) ★★★★★ Good general-purpose lathe lubricant for short runs; reduces tool wear and improves consistency on shoulders and faces.
Hole Sawing In Stainless Sheet And Box ★★★★★ Controls heat at the teeth, reduces blueing and preserves tooth set. Use pecking cycles and re-apply oil frequently.
Band Sawing Aluminium Sections ★★★★★ Keeps teeth clear, reduces chip welding and leaves a cleaner edge. Apply lightly and continuously to avoid slinging.
Overhead Drilling In Steelwork And Brackets ★★★★★ 360° any-angle spray lets you wet the cutting line above head height. Use drip control/absorbent pads and eye protection.
Threading And Tapping Stainless Steel (Slow Speeds) ★★★★☆ Very helpful on tough, work-hardening alloys; keep speed down and feed steadily. For the hardest grades, a cutting paste can outperform.
Step-Drilling Thin Steel Enclosures And Panels ★★★★☆ Reduces burrs and distortion; the light colour helps you see the cut. Deburr and degrease before finishing.
Tube Notching And Mitre Sawing In Steel ★★★★☆ Improves tooth life and keeps cuts straighter on round section. Maintain a modest, even feed.
Punching And Light Presswork (Mild Steel) ★★★★☆ Lowers friction at punch/die to reduce burring. Wipe components before painting; if long-term corrosion protection is required, overcoat with Zinc Spray or Alu-Zinc Spray after prep.
Deburring, Filing And Hand Planing Of Edges ★★★★☆ A light wipe reduces drag and smearing on edges; clean thoroughly before any coating or bonding.
Drilling Cast Iron (Grey/SG) ★★★☆☆ Often drilled dry; oil can make a messy paste. Use sparingly or blow clear with air. Protect exposed steel afterwards (Zinc Spray / Alu-Zinc Spray) if needed.
Light Aluminium Milling (Burr-Prone Grades) ★★★☆☆ Helps with built-up edge, but keep feeds sharp and speeds sensible. For ultra-clean, low-drag slides on fixtures, PTFE Spray is a good partner.
Machining Soft Plastics (ABS, Acrylic) ★★★☆☆ Can aid chip evacuation but may mark/craze sensitive plastics. Test first; alternatively run dry and use Dry Lubricant or PTFE Spray on guides, not the cut.
Chain Lubrication (Workshop/Conveyor Chains) ★★☆☆☆ Will wet the chain but lacks persistence. Prefer PTFE Spray for a clean film, or White Grease for wet, high-load service.
Door Hinges And Latches (Long-Term Lube) ★★☆☆☆ Limited water-displacing ability compared with dedicated products. Use Multi Spray to drive out moisture and Contact Spray to clean contacts (power off).
Moisture Displacement On Damp Electrics ★★☆☆☆ Not a penetrant. Use DeGrip All Penetrating Oil; for heat-cycled or stubborn fixings pair with Freeze Spray, then re-lube with PTFE Spray or White Grease as appropriate.
Releasing Seized Fasteners ★☆☆☆☆ Not a coating. For sacrificial corrosion protection use Zinc Spray (Matt Finish) or Alu-Zinc Spray (Shiny Finish) after proper surface prep and drying.

 

 

 

Product Benefits

  • High Lubricity and Reduced Friction: Forms a protective film at the tool and workpiece interface, lowers cutting resistance and limits built-up edge, which improves dimensional accuracy and surface quality.

  • Excellent Cooling Characteristics: Draws heat away from the cutting zone to control temperature rise, reduce burrs and help prevent premature tool softening or loss of hardness.

  • Non-Corrosive Performance: Suitable for steel and most ferrous and non-ferrous metals without causing staining or corrosive attack when used correctly, which protects parts during and after machining.

  • Anti-Misting Properties: Helps reduce airborne oil droplets for cleaner working conditions and improved operator comfort, especially in enclosed or close-quarters operations.

  • Light-Coloured for Better Visibility: Allows clear sight of the cutting line, chip formation and tool engagement, which supports correct feed and speed adjustments in real time.

  • Extends Tool Life: Reduces wear on drills, taps, saws and inserts by controlling heat and friction, which lowers tooling costs and reduces changeover frequency.

  • Reliable Film Strength: Clings to the cutting edge and vertical surfaces so the lubricant remains where it is needed, even under high spindle speeds and heavy feeds.

  • 360° Any-Angle Aerosol: Delivers precise application in awkward or overhead positions, enabling accurate placement on drills, taps and saw blades without repositioning the work.

  • Versatile, Multi-Process Utility: One product for drilling, milling, turning, tapping, sawing, filing, planing and punching, which simplifies procurement and standard operating procedures.

  • Supports Higher Throughput: Smoother cutting, cooler tools and cleaner finishes reduce rework and cycle times, which improves productivity across manual and CNC workflows.

 

 

Typical Applications

  • Drilling and Reaming of Steel and Alloys: Provides lubrication and cooling for cleaner holes, improved roundness and reduced drill wear in fabrication, maintenance and installation work.

  • Tapping and Thread Cutting: Enhances thread quality, reduces torque requirements and limits galling for reliable internal and external threads across ferrous and non-ferrous components.

  • Milling and Turning Operations: Improves chip flow and surface finish on faces and profiles, supports stable tool engagement and helps maintain dimensional tolerances.

  • Sawing and Cutting of Sections and Tube: Reduces blade friction and heat build-up for straighter cuts, longer blade life and smoother edges on band saws and chop saws.

  • Filing, Planing and Deburring: Assists manual finishing by reducing drag and preventing smearing on edges and surfaces during fine preparation.

  • Punching and Light Presswork: Lowers friction at the punch and die interface, reduces burring and helps extend tool life in repetitive operations.

  • Site Installation and Maintenance: Ideal for overhead drilling, anchor setting and service hole creation where the 360° valve enables accurate application at any angle.

  • Mixed-Metal Workshops and CNC Cells: A single cutting oil for steel and most ferrous and non-ferrous jobs, which supports consistent practice across varied materials and machines.

Health & Safety Recommendations

Read the label and safety data sheet before use. Employ Soudal Cutting Oil only in well-ventilated areas and avoid prolonged inhalation of spray mist. Wear suitable gloves and eye protection, particularly when working overhead or in confined spaces, and keep hands clear of rotating tools. In case of contact with eyes, rinse immediately with plenty of clean water and seek medical advice if irritation persists. Switch off and isolate machinery during set-up, use guards and clamps as required, and respect all precautions for use stated on the packaging. Keep away from ignition sources and hot surfaces, and do not smoke during application.

 

 

Substrate Suitability

Soudal Cutting Oil is intended for machining steel and most ferrous and non-ferrous metals in operations such as drilling, tapping, reaming, milling, turning, sawing, filing, planing and punching. It is suitable for use on carbon and alloy steels, stainless where appropriate, cast iron, aluminium, brass and copper alloys. Avoid deliberate application to friction surfaces such as belts and brake components, and test on sensitive coatings, plastics and elastomers that may be present near the cut. The product is designed as a point-of-cut metalworking lubricant rather than a flood coolant replacement in recirculating systems.

 

 

Surface Preparation

Secure the workpiece rigidly and ensure the cutting tool is sharp, correctly aligned and appropriate for the material. Remove loose rust, heavy scale and dirt from the area to be machined so the lubricant can reach the cutting edge and chip interface effectively. Mark out and centre-punch holes where required, check spindle speeds and feeds, and position drip trays or absorbent pads to capture excess oil. Clean any heavy grease from the tool shank and chucking surfaces to prevent slippage during operation.

 

 

Application Method

Shake the can well before use to ensure a uniform spray. Fit the extension straw for precise delivery or use the standard nozzle for broader wetting. Spray tools and materials abundantly before machining, coating both the cutting edge and the immediate work area. It is important that both tool and material remain visibly moist throughout the operation to reduce friction, control heat and promote clean chip evacuation. Maintain a steady feed without forcing the tool; for deep drilling use a peck technique to clear chips, re-applying oil at each withdrawal. During tapping, flood the tap and the thread as it forms, back off periodically to break chips and refresh the lubricant. For sawing and cutting, apply a constant film along the blade path and re-apply at intervals, especially on harder alloys. For vertical or overhead work, begin application just above the cut and allow the oil to run into the cutting zone; the aerosol can be used at any angle to reach awkward locations. Where a workpiece is very dry or lightly corroded, pre-wet the area and allow five to ten minutes for the oil to penetrate, then commence machining and keep the film topped up as required.

 

 

Cleaning

At the end of the operation, wipe surplus oil and swarf from the workpiece and machine with a clean, lint-free cloth. Clean chucks, vices and guards to prevent dust accumulation and maintain grip. If the component will be welded, painted or bonded after machining, degrease the surface with a suitable cleaner once the cutting is complete. Dispose of oily wipes and swarf in accordance with local regulations and keep the spray actuator clear so the jet remains accurate for the next task. Wash hands and any exposed skin with soap and water after finishing the task.

 

 

Limitations

Do not use on energised electrical equipment or near open flames and hot surfaces. Do not rely on the aerosol as a substitute for engineered flood coolant where that is specified by the process or machine tool. Excessive application on clamping and drive interfaces may reduce grip; keep lubricant away from belts, brake surfaces and friction couplings. Very hard or work-hardened materials, poor tool condition or incorrect speeds and feeds may still cause premature tool wear or poor finish; adjust cutting parameters accordingly.

 

 

Other Information

Soudal Cutting Oil is a light-coloured mineral oil supplied ready for use as a sprayable metal cutting lubricant. The formulation reduces cutting resistance, controls heat at the tool–workpiece interface and supports longer tool life with cleaner finishes. The basis is a mixture of mineral oil with a liquid consistency, a density of approximately 0.89g/ml and a kinematic viscosity in the region of 35 to 40cSt at standard conditions. The product is not soluble in water, has a flash point of at least 200°C and contains approximately 20% volatile organic compounds. Store the aerosol upright in a cool, dry place away from direct sunlight and do not expose to temperatures above 50°C. Use as directed and, where necessary, combine with appropriate ventilation, guarding and good machining practice for best results.

Q) What is Soudal Cutting Oil and what problem does it solve in everyday machining?

A) Soudal Cutting Oil is a light coloured, ready to use metalworking lubricant designed to control heat and friction at the point of cut. During drilling, tapping, milling and sawing, enormous pressures and temperatures are generated where the tool meets the workpiece. Without the right lubricant, edges blunt quickly, chips weld to the cutting edge and tolerances drift, which means more rework and higher tooling costs. Soudal Cutting Oil forms a tenacious lubricating film that separates metal surfaces and lowers cutting resistance, so geometry stays sharp for longer and chatter is reduced. At the same time the formulation draws heat away from the cutting zone to help stabilise dimensions, limit burr formation and protect thread integrity. Because the oil is light coloured, operators can see the cutting line and chip behaviour clearly, making it easier to adjust feed and speed in real time. The result is cleaner finishes, longer tool life and more predictable throughput.

 

Q) How does Soudal Cutting Oil actually reduce friction and heat at the tool and workpiece interface?

A) Soudal Cutting Oil works by wetting the cutting edge and the immediate work area, then clinging under load to create a robust boundary layer that resists squeeze out. This film separates asperities on the tool and workpiece so there is less metal to metal contact, which lowers cutting forces and reduces the tendency for built up edge to form on the tool. Lower friction means less energy becomes heat, and the oil’s cooling characteristics carry the remaining heat away from the edge and chip as it forms. By controlling temperature rise, the oil helps prevent loss of hardness at the tool, minimises thermal expansion of the workpiece and improves chip evacuation, all of which support stable, accurate cutting. Because the oil penetrates quickly into deep holes and tight tolerances, protection is delivered exactly where it is needed, even at high spindle speeds and heavy feeds.

 

Q) Where should Soudal Cutting Oil be used and which processes benefit the most?

A) Soudal Cutting Oil is a versatile choice for both workshop and site tasks where a point of cut lubricant is required. Typical processes include drilling and reaming for clean, round holes with reduced drill wear, tapping and thread cutting to lower torque and prevent galling, and milling and turning where steady tool engagement and controlled chip flow improve finish on faces and profiles. It excels on saws for straighter, cooler cuts in bar, section and tube, and it assists manual finishing such as filing, planing and deburring by reducing drag. The oil also supports punching and light presswork by lowering friction at the punch and die interface. Thanks to the any angle aerosol, it is particularly useful overhead or in cramped spaces for anchor holes and service penetrations. Used as a routine part of machining, Soudal Cutting Oil improves consistency and reduces cycle time across manual and CNC operations.

 

Q) On which metals can Soudal Cutting Oil be used and are there any material cautions?

A) Soudal Cutting Oil is designed for steel and most ferrous and non ferrous metals found in general fabrication and maintenance. It is suitable for carbon and alloy steels, cast iron, many stainless grades where appropriate, aluminium, brass and copper alloys. The non corrosive profile means it will not stain or attack these substrates when used as directed, which protects parts during and after machining. As with any cutting oil, keep it away from friction elements such as belts and brake components, and avoid deliberate application to non metallic parts that do not benefit from lubrication. If sensitive coatings, plastics or elastomers are present near the cut, protect them or test first on an inconspicuous area. For exotic superalloys, very hard heat treated steels or specialist operations, confirm cutting parameters and lubricant choice against the machine and tool manufacturer’s guidance.

 

Q) How does Soudal Cutting Oil improve accuracy, surface finish and tool life in practice?

A) Accuracy, finish and tool life are closely linked to friction and temperature at the cutting edge. Soudal Cutting Oil reduces cutting resistance so tools track more faithfully, which helps maintain the intended geometry and tolerance band. The cooling action limits thermal expansion in the workpiece, so holes remain rounder and thread pitch stays true during tapping. By resisting built up edge, the cutting edge shears cleanly rather than ploughing or smearing, which leaves a brighter surface with less post processing. Controlled heat also preserves tool hardness, delaying wear and edge breakdown, so drills, taps, saw blades and inserts run for longer between changes. Fewer tool swaps and reduced rework translate directly into better productivity. Because the oil is light coloured, operators can watch chip formation and make small adjustments quickly, which further supports consistent results across batches and materials.

 

Q) How should I prepare the job before applying Soudal Cutting Oil for the best results?

A) Preparation ensures the lubricant reaches the point of cut and the tool can do its job. Secure the workpiece rigidly to eliminate vibration, and confirm the tool is sharp, correctly aligned and appropriate for the material. Remove loose rust, scale and dirt from the area to be machined so the oil can wet the interface and the chips can escape cleanly. For drilling, mark out accurately and centre punch to guide the drill. Verify spindle speeds and feeds to suit the tool diameter and material, and set up guards and clamps as required for safety. Position trays or absorbent pads to capture excess oil and swarf. Clean grease from the tool shank and chucking surfaces to prevent slip. With a stable set up and a clean path to the cut, Soudal Cutting Oil can form a continuous film, reduce heat effectively and help you achieve a predictable, high quality finish.

 

Q) What is the correct way to use Soudal Cutting Oil for drilling and reaming operations?

A) Shake the can to ensure a uniform spray, fit the extension straw for accuracy and flood both the drill and the entry point before starting. Begin cutting with a steady, appropriate feed rather than forcing the tool, and keep the area visibly moist during the operation. For deep holes, use a peck technique: withdraw periodically to clear chips, re apply Soudal Cutting Oil and continue. This routine brings fresh lubricant to the cutting edge, improves chip evacuation and prevents heat build up along the flutes. When reaming, maintain a constant slow feed with generous lubrication to avoid chatter and protect the reamer’s geometry. If the workpiece is dry or lightly corroded, pre wet the area a few minutes ahead of time so the oil can penetrate. Throughout, watch chip colour and shape; pale, well formed chips usually indicate that heat and load are under control.

 

Q) What practices should I follow when tapping and thread cutting with Soudal Cutting Oil?

A) Threads demand controlled torque and effective lubrication at the flanks. Before starting, chamfer the hole or bar end to guide the tool. Flood the tap or die and the emerging thread with Soudal Cutting Oil, begin the cut squarely and use smooth pressure. Back off periodically to break chips and refresh the lubricant in the cutting zone. On blind holes, clear swarf frequently and re apply oil so the flutes do not clog. The cooling action stabilises thread pitch and depth by limiting thermal expansion, while the high lubricity reduces the risk of galling or tearing, especially in stainless and sticky alloys. For machine tapping, set sensible speeds and use through peck cycles where possible with repeated lubrication. Good practice with the right oil produces crisp, accurate threads that assemble smoothly and hold torque without excessive rework.

 

Q) How should I apply Soudal Cutting Oil when sawing and cutting sections or tube?

A) Apply Soudal Cutting Oil along the blade path and teeth before you start, then maintain a visible film during the cut. On band saws and chop saws, a steady feed with adequate lubrication helps keep the blade cool, reduces friction and limits wandering so cuts stay straighter. Re apply at intervals on harder alloys and thicker sections to replenish the film and carry heat away from the teeth. When cutting tube, ensure the oil reaches both the outer and inner walls at the entry to assist chip flow and prevent tooth pick up. For manual hacksawing, a light, regular application reduces effort and leaves a cleaner edge that requires less dressing. After cutting, wipe down the work and blade to remove swarf and oil, and inspect teeth for wear. Routine lubrication with Soudal Cutting Oil extends blade life and improves edge quality job after job.

 

Q) Can Soudal Cutting Oil be used overhead or in tight spaces, and how does the any angle valve help?

A) The aerosol is fitted with a 360° any angle valve that delivers a consistent spray in every orientation, which makes Soudal Cutting Oil ideal for overhead drilling, anchor setting and work inside cabinets or engine bays. In practice this means you can stand comfortably, keep clear sight of the cut and still place the lubricant exactly where it is needed without twisting the can or repositioning the work. For vertical and overhead tasks, begin the application just above the cut so gravity helps feed the oil into the cutting zone, then top up during pauses in the operation. The focused jet and optional straw assist precise targeting on drills, taps and saw blades, reducing overspray and mess. This capability is especially valuable on site where access is limited and a clean, controlled application directly improves the quality and speed of the job.

 

Q) What technical characteristics define Soudal Cutting Oil and why do they matter to the user?

A) Soudal Cutting Oil combines a liquid mineral oil base with a formulation that balances high lubricity and cooling in a convenient aerosol. It is light coloured for clear visibility at the cut, not soluble in water and carries anti misting properties that help reduce airborne droplets for a cleaner working environment. The product has a density of approximately 0.89g/ml and a kinematic viscosity around 35 to 40cSt at standard conditions, which supports rapid wetting and robust film strength under load. The flash point is at least 200°C, and the formulation contains about 20% volatile organic compounds. In practical terms these characteristics mean the oil reaches the cutting edge quickly, stays in place during heavy feeds and draws heat away efficiently, while the spray format with any angle delivery puts the lubricant precisely where it is required on drills, taps and blades.

 

Q) What practical tips will help me get the best day to day performance from Soudal Cutting Oil?

A) Start with sharp, appropriate tools and a rigid set up, then let Soudal Cutting Oil do the heavy lifting at the interface. Wet both tool and work before cutting, and keep the film topped up so friction never runs away. Use peck cycles for deep holes, back off during tapping to break chips, and maintain a steady, sensible feed rather than forcing the tool. Watch chip colour and shape and adjust speed or feed if you see signs of heat or built up edge. For vertical or overhead work, apply just above the cut and let the oil run into the zone. Keep the nozzle and straw clean for an accurate jet and store the can at room temperature so spray performance is consistent. Finally, wipe parts and machines after use; a clean environment and good housekeeping protect grip surfaces and make the next job faster.

 

Q) How do I clean down after using Soudal Cutting Oil and prepare parts for welding, painting or bonding?

A) At the end of the operation, wipe surplus Soudal Cutting Oil and swarf from the workpiece and machine using a clean, lint free cloth. Clean chucks, vices and guards so gripping and guarding remain effective. If the component will be welded, painted or bonded, degrease the prepared surfaces with a suitable cleaner after machining to remove the residual oil film. This step ensures full adhesion or clean welds without porosity. For threaded assemblies, brush the threads to remove chips and oil before applying any assembly lubricant or thread treatment specified for the service. Dispose of oily wipes and metal swarf in line with local regulations. Good post process cleaning keeps fixtures safe, maintains machine performance and prevents contamination carrying over to the next operation.

 

Q) What are the limitations of Soudal Cutting Oil and when should I consider an alternative approach?

A) Soudal Cutting Oil is a point of cut lubricant, not a replacement for engineered flood coolant systems where those are specified by the process or machine tool. Excess oil on clamping faces, belts or friction couplings can reduce grip, so apply only to the cutting zone and wipe away overspray promptly. Extremely hard or work hardened materials, blunt tools or incorrect speeds and feeds may still produce poor finish or rapid wear; in such cases adjust parameters, tooling and strategy rather than relying on more lubricant. The aerosol is not for energised electrical equipment or use near open flames and hot surfaces. If a process demands water soluble coolants for chip flushing or temperature control across long cuts, select the appropriate system. Used within its intended scope, Soudal Cutting Oil offers significant benefits in control, finish and tool life.

 

Q) How should Soudal Cutting Oil be stored, handled and used safely in the workshop or on site?

A) Store Soudal Cutting Oil upright in a cool, dry place away from direct sunlight and sources of heat, and do not expose aerosols to temperatures above 50°C. Keep the cap on and secure the extension straw so the actuator stays clean and the spray pattern remains accurate. Use only in well ventilated areas and avoid prolonged inhalation of spray mist. Wear suitable gloves and eye protection, particularly when working overhead or in confined spaces, and keep hands clear of rotating tools at all times. Switch off and isolate machinery during set up, use guards and clamps as required, and never smoke during application. In case of eye contact, rinse immediately with plenty of clean water and seek medical advice if irritation persists. Wipe the nozzle after use, rotate stock so older cans are used first, and dispose of oily wipes and empty containers according to local regulations.

Key Features of Soudal Cutting Oil


✔️ Forms a tenacious lubricating film, reducing friction, cutting resistance and built-up edge for cleaner machining.

✔️ Provides excellent cooling, drawing heat from the cutting edge to minimise expansion, burrs and thread damage.

✔️ Clings and penetrates rapidly into the cut, staying effective at high speeds and heavy feeds.

✔️ Low-misting aerosol with 360° any-angle valve delivers accurate application in recesses, overhead areas and tight spaces.

✔️ Versatile, non-corrosive oil suitable for ferrous and non-ferrous metals across drilling, tapping, milling and turning.

 

 

High-Performance Lubrication for Precision Metalworking

Soudal Cutting Oil is engineered for modern machining environments where productivity, accuracy and consistent surface finish are paramount. At the tool–workpiece interface it forms a tenacious lubricating film that separates metal surfaces, reducing cutting resistance and limiting built-up edge formation. By lowering friction, it helps maintain sharp cutting geometry, minimises tool chatter and supports tighter tolerances with less rework. Its light-coloured base enhances visibility at the cutting zone so operators can confidently monitor chip formation and feed rates.

 

Advanced Cooling for Dimensional Stability

Effective temperature control underpins surface integrity and accuracy, and Soudal Cutting Oil excels at drawing heat away from the cutting edge and work surface. This cooling action helps to reduce thermal expansion, suppress burr formation and improve thread integrity during tapping and thread cutting. Superior heat management also extends the service life of drills, taps, saw blades and inserts—reducing downtime and tooling costs across both manual and CNC operations. The non-corrosive profile supports use on a wide spectrum of metals without staining or adverse after-effects when used as directed.

 

Optimised Flow, Wetting and Film Persistence

The oil’s carefully balanced flow and wetting characteristics promote rapid penetration into the cut, even in deep holes and tight-tolerance operations, while its high cling keeps the protective film in place under demanding spindle speeds and heavy feeds. Anti-misting properties contribute to a cleaner, safer working environment by reducing airborne droplets—particularly valuable in enclosed spaces and at close-quarters machining stations. The aerosol presentation with a 360° any-angle valve delivers precise application exactly where it is needed, supporting accurate dosing in both workshop and on-site conditions, from horizontal band saws and pillar drills to overhead set-ups and hard-to-reach fixtures.

 

Broad Material Compatibility and Process Coverage

Versatility is integral to Soudal Cutting Oil. It is suitable for steel and most ferrous and non-ferrous metals, simplifying inventory and standardising practice across mixed-material workflows. The formulation supports an extensive range of processes, including drilling and tapping, milling and turning, sawing and filing, as well as planing and punching. Consistent lubrication and cooling across all these operations help deliver uniform finishes and dependable dimensional results, job after job.

 

Productivity Gains and Long-Term Reliability

Used within a planned machining and maintenance routine, Soudal Cutting Oil improves throughput, enhances consistency and supports repeatable, professional results in fabrication, maintenance and installation work. By reducing friction, controlling heat and protecting tooling, it helps teams complete operations faster with fewer interruptions, lowering overall costs while elevating finish quality and reliability.

 

 

Application Ratings

Application Type Rating Notes
Drilling Mild Steel (Pillar Drill) ★★★★★ Excellent lubricity and cooling reduce chatter and extend drill life. Light colour helps you see chips; keep the hole visibly wet for best finish.
Tapping And Thread Cutting In Carbon Steel ★★★★★ Lowers torque, limits galling and improves thread quality. Re-apply during back-off. For very slow taps in stainless, consider a dedicated cutting paste.
Reaming Precision Holes ★★★★★ Supports tight tolerances by reducing heat and built-up edge. Apply sparingly to avoid hydraulic lock.
Milling Slots And Faces (Manual/CNC) ★★★★★ Improves chip flow and surface finish; anti-misting is helpful at close-quarters stations. Maintain a wet, continuous film at the cutter/work interface.
Turning On A Lathe (Steel Alloys) ★★★★★ Good general-purpose lathe lubricant for short runs; reduces tool wear and improves consistency on shoulders and faces.
Hole Sawing In Stainless Sheet And Box ★★★★★ Controls heat at the teeth, reduces blueing and preserves tooth set. Use pecking cycles and re-apply oil frequently.
Band Sawing Aluminium Sections ★★★★★ Keeps teeth clear, reduces chip welding and leaves a cleaner edge. Apply lightly and continuously to avoid slinging.
Overhead Drilling In Steelwork And Brackets ★★★★★ 360° any-angle spray lets you wet the cutting line above head height. Use drip control/absorbent pads and eye protection.
Threading And Tapping Stainless Steel (Slow Speeds) ★★★★☆ Very helpful on tough, work-hardening alloys; keep speed down and feed steadily. For the hardest grades, a cutting paste can outperform.
Step-Drilling Thin Steel Enclosures And Panels ★★★★☆ Reduces burrs and distortion; the light colour helps you see the cut. Deburr and degrease before finishing.
Tube Notching And Mitre Sawing In Steel ★★★★☆ Improves tooth life and keeps cuts straighter on round section. Maintain a modest, even feed.
Punching And Light Presswork (Mild Steel) ★★★★☆ Lowers friction at punch/die to reduce burring. Wipe components before painting; if long-term corrosion protection is required, overcoat with Zinc Spray or Alu-Zinc Spray after prep.
Deburring, Filing And Hand Planing Of Edges ★★★★☆ A light wipe reduces drag and smearing on edges; clean thoroughly before any coating or bonding.
Drilling Cast Iron (Grey/SG) ★★★☆☆ Often drilled dry; oil can make a messy paste. Use sparingly or blow clear with air. Protect exposed steel afterwards (Zinc Spray / Alu-Zinc Spray) if needed.
Light Aluminium Milling (Burr-Prone Grades) ★★★☆☆ Helps with built-up edge, but keep feeds sharp and speeds sensible. For ultra-clean, low-drag slides on fixtures, PTFE Spray is a good partner.
Machining Soft Plastics (ABS, Acrylic) ★★★☆☆ Can aid chip evacuation but may mark/craze sensitive plastics. Test first; alternatively run dry and use Dry Lubricant or PTFE Spray on guides, not the cut.
Chain Lubrication (Workshop/Conveyor Chains) ★★☆☆☆ Will wet the chain but lacks persistence. Prefer PTFE Spray for a clean film, or White Grease for wet, high-load service.
Door Hinges And Latches (Long-Term Lube) ★★☆☆☆ Limited water-displacing ability compared with dedicated products. Use Multi Spray to drive out moisture and Contact Spray to clean contacts (power off).
Moisture Displacement On Damp Electrics ★★☆☆☆ Not a penetrant. Use DeGrip All Penetrating Oil; for heat-cycled or stubborn fixings pair with Freeze Spray, then re-lube with PTFE Spray or White Grease as appropriate.
Releasing Seized Fasteners ★☆☆☆☆ Not a coating. For sacrificial corrosion protection use Zinc Spray (Matt Finish) or Alu-Zinc Spray (Shiny Finish) after proper surface prep and drying.

 

 

 

Product Benefits

  • High Lubricity and Reduced Friction: Forms a protective film at the tool and workpiece interface, lowers cutting resistance and limits built-up edge, which improves dimensional accuracy and surface quality.

  • Excellent Cooling Characteristics: Draws heat away from the cutting zone to control temperature rise, reduce burrs and help prevent premature tool softening or loss of hardness.

  • Non-Corrosive Performance: Suitable for steel and most ferrous and non-ferrous metals without causing staining or corrosive attack when used correctly, which protects parts during and after machining.

  • Anti-Misting Properties: Helps reduce airborne oil droplets for cleaner working conditions and improved operator comfort, especially in enclosed or close-quarters operations.

  • Light-Coloured for Better Visibility: Allows clear sight of the cutting line, chip formation and tool engagement, which supports correct feed and speed adjustments in real time.

  • Extends Tool Life: Reduces wear on drills, taps, saws and inserts by controlling heat and friction, which lowers tooling costs and reduces changeover frequency.

  • Reliable Film Strength: Clings to the cutting edge and vertical surfaces so the lubricant remains where it is needed, even under high spindle speeds and heavy feeds.

  • 360° Any-Angle Aerosol: Delivers precise application in awkward or overhead positions, enabling accurate placement on drills, taps and saw blades without repositioning the work.

  • Versatile, Multi-Process Utility: One product for drilling, milling, turning, tapping, sawing, filing, planing and punching, which simplifies procurement and standard operating procedures.

  • Supports Higher Throughput: Smoother cutting, cooler tools and cleaner finishes reduce rework and cycle times, which improves productivity across manual and CNC workflows.

 

 

Typical Applications

  • Drilling and Reaming of Steel and Alloys: Provides lubrication and cooling for cleaner holes, improved roundness and reduced drill wear in fabrication, maintenance and installation work.

  • Tapping and Thread Cutting: Enhances thread quality, reduces torque requirements and limits galling for reliable internal and external threads across ferrous and non-ferrous components.

  • Milling and Turning Operations: Improves chip flow and surface finish on faces and profiles, supports stable tool engagement and helps maintain dimensional tolerances.

  • Sawing and Cutting of Sections and Tube: Reduces blade friction and heat build-up for straighter cuts, longer blade life and smoother edges on band saws and chop saws.

  • Filing, Planing and Deburring: Assists manual finishing by reducing drag and preventing smearing on edges and surfaces during fine preparation.

  • Punching and Light Presswork: Lowers friction at the punch and die interface, reduces burring and helps extend tool life in repetitive operations.

  • Site Installation and Maintenance: Ideal for overhead drilling, anchor setting and service hole creation where the 360° valve enables accurate application at any angle.

  • Mixed-Metal Workshops and CNC Cells: A single cutting oil for steel and most ferrous and non-ferrous jobs, which supports consistent practice across varied materials and machines.

Health & Safety Recommendations

Read the label and safety data sheet before use. Employ Soudal Cutting Oil only in well-ventilated areas and avoid prolonged inhalation of spray mist. Wear suitable gloves and eye protection, particularly when working overhead or in confined spaces, and keep hands clear of rotating tools. In case of contact with eyes, rinse immediately with plenty of clean water and seek medical advice if irritation persists. Switch off and isolate machinery during set-up, use guards and clamps as required, and respect all precautions for use stated on the packaging. Keep away from ignition sources and hot surfaces, and do not smoke during application.

 

 

Substrate Suitability

Soudal Cutting Oil is intended for machining steel and most ferrous and non-ferrous metals in operations such as drilling, tapping, reaming, milling, turning, sawing, filing, planing and punching. It is suitable for use on carbon and alloy steels, stainless where appropriate, cast iron, aluminium, brass and copper alloys. Avoid deliberate application to friction surfaces such as belts and brake components, and test on sensitive coatings, plastics and elastomers that may be present near the cut. The product is designed as a point-of-cut metalworking lubricant rather than a flood coolant replacement in recirculating systems.

 

 

Surface Preparation

Secure the workpiece rigidly and ensure the cutting tool is sharp, correctly aligned and appropriate for the material. Remove loose rust, heavy scale and dirt from the area to be machined so the lubricant can reach the cutting edge and chip interface effectively. Mark out and centre-punch holes where required, check spindle speeds and feeds, and position drip trays or absorbent pads to capture excess oil. Clean any heavy grease from the tool shank and chucking surfaces to prevent slippage during operation.

 

 

Application Method

Shake the can well before use to ensure a uniform spray. Fit the extension straw for precise delivery or use the standard nozzle for broader wetting. Spray tools and materials abundantly before machining, coating both the cutting edge and the immediate work area. It is important that both tool and material remain visibly moist throughout the operation to reduce friction, control heat and promote clean chip evacuation. Maintain a steady feed without forcing the tool; for deep drilling use a peck technique to clear chips, re-applying oil at each withdrawal. During tapping, flood the tap and the thread as it forms, back off periodically to break chips and refresh the lubricant. For sawing and cutting, apply a constant film along the blade path and re-apply at intervals, especially on harder alloys. For vertical or overhead work, begin application just above the cut and allow the oil to run into the cutting zone; the aerosol can be used at any angle to reach awkward locations. Where a workpiece is very dry or lightly corroded, pre-wet the area and allow five to ten minutes for the oil to penetrate, then commence machining and keep the film topped up as required.

 

 

Cleaning

At the end of the operation, wipe surplus oil and swarf from the workpiece and machine with a clean, lint-free cloth. Clean chucks, vices and guards to prevent dust accumulation and maintain grip. If the component will be welded, painted or bonded after machining, degrease the surface with a suitable cleaner once the cutting is complete. Dispose of oily wipes and swarf in accordance with local regulations and keep the spray actuator clear so the jet remains accurate for the next task. Wash hands and any exposed skin with soap and water after finishing the task.

 

 

Limitations

Do not use on energised electrical equipment or near open flames and hot surfaces. Do not rely on the aerosol as a substitute for engineered flood coolant where that is specified by the process or machine tool. Excessive application on clamping and drive interfaces may reduce grip; keep lubricant away from belts, brake surfaces and friction couplings. Very hard or work-hardened materials, poor tool condition or incorrect speeds and feeds may still cause premature tool wear or poor finish; adjust cutting parameters accordingly.

 

 

Other Information

Soudal Cutting Oil is a light-coloured mineral oil supplied ready for use as a sprayable metal cutting lubricant. The formulation reduces cutting resistance, controls heat at the tool–workpiece interface and supports longer tool life with cleaner finishes. The basis is a mixture of mineral oil with a liquid consistency, a density of approximately 0.89g/ml and a kinematic viscosity in the region of 35 to 40cSt at standard conditions. The product is not soluble in water, has a flash point of at least 200°C and contains approximately 20% volatile organic compounds. Store the aerosol upright in a cool, dry place away from direct sunlight and do not expose to temperatures above 50°C. Use as directed and, where necessary, combine with appropriate ventilation, guarding and good machining practice for best results.

Q) What is Soudal Cutting Oil and what problem does it solve in everyday machining?

A) Soudal Cutting Oil is a light coloured, ready to use metalworking lubricant designed to control heat and friction at the point of cut. During drilling, tapping, milling and sawing, enormous pressures and temperatures are generated where the tool meets the workpiece. Without the right lubricant, edges blunt quickly, chips weld to the cutting edge and tolerances drift, which means more rework and higher tooling costs. Soudal Cutting Oil forms a tenacious lubricating film that separates metal surfaces and lowers cutting resistance, so geometry stays sharp for longer and chatter is reduced. At the same time the formulation draws heat away from the cutting zone to help stabilise dimensions, limit burr formation and protect thread integrity. Because the oil is light coloured, operators can see the cutting line and chip behaviour clearly, making it easier to adjust feed and speed in real time. The result is cleaner finishes, longer tool life and more predictable throughput.

 

Q) How does Soudal Cutting Oil actually reduce friction and heat at the tool and workpiece interface?

A) Soudal Cutting Oil works by wetting the cutting edge and the immediate work area, then clinging under load to create a robust boundary layer that resists squeeze out. This film separates asperities on the tool and workpiece so there is less metal to metal contact, which lowers cutting forces and reduces the tendency for built up edge to form on the tool. Lower friction means less energy becomes heat, and the oil’s cooling characteristics carry the remaining heat away from the edge and chip as it forms. By controlling temperature rise, the oil helps prevent loss of hardness at the tool, minimises thermal expansion of the workpiece and improves chip evacuation, all of which support stable, accurate cutting. Because the oil penetrates quickly into deep holes and tight tolerances, protection is delivered exactly where it is needed, even at high spindle speeds and heavy feeds.

 

Q) Where should Soudal Cutting Oil be used and which processes benefit the most?

A) Soudal Cutting Oil is a versatile choice for both workshop and site tasks where a point of cut lubricant is required. Typical processes include drilling and reaming for clean, round holes with reduced drill wear, tapping and thread cutting to lower torque and prevent galling, and milling and turning where steady tool engagement and controlled chip flow improve finish on faces and profiles. It excels on saws for straighter, cooler cuts in bar, section and tube, and it assists manual finishing such as filing, planing and deburring by reducing drag. The oil also supports punching and light presswork by lowering friction at the punch and die interface. Thanks to the any angle aerosol, it is particularly useful overhead or in cramped spaces for anchor holes and service penetrations. Used as a routine part of machining, Soudal Cutting Oil improves consistency and reduces cycle time across manual and CNC operations.

 

Q) On which metals can Soudal Cutting Oil be used and are there any material cautions?

A) Soudal Cutting Oil is designed for steel and most ferrous and non ferrous metals found in general fabrication and maintenance. It is suitable for carbon and alloy steels, cast iron, many stainless grades where appropriate, aluminium, brass and copper alloys. The non corrosive profile means it will not stain or attack these substrates when used as directed, which protects parts during and after machining. As with any cutting oil, keep it away from friction elements such as belts and brake components, and avoid deliberate application to non metallic parts that do not benefit from lubrication. If sensitive coatings, plastics or elastomers are present near the cut, protect them or test first on an inconspicuous area. For exotic superalloys, very hard heat treated steels or specialist operations, confirm cutting parameters and lubricant choice against the machine and tool manufacturer’s guidance.

 

Q) How does Soudal Cutting Oil improve accuracy, surface finish and tool life in practice?

A) Accuracy, finish and tool life are closely linked to friction and temperature at the cutting edge. Soudal Cutting Oil reduces cutting resistance so tools track more faithfully, which helps maintain the intended geometry and tolerance band. The cooling action limits thermal expansion in the workpiece, so holes remain rounder and thread pitch stays true during tapping. By resisting built up edge, the cutting edge shears cleanly rather than ploughing or smearing, which leaves a brighter surface with less post processing. Controlled heat also preserves tool hardness, delaying wear and edge breakdown, so drills, taps, saw blades and inserts run for longer between changes. Fewer tool swaps and reduced rework translate directly into better productivity. Because the oil is light coloured, operators can watch chip formation and make small adjustments quickly, which further supports consistent results across batches and materials.

 

Q) How should I prepare the job before applying Soudal Cutting Oil for the best results?

A) Preparation ensures the lubricant reaches the point of cut and the tool can do its job. Secure the workpiece rigidly to eliminate vibration, and confirm the tool is sharp, correctly aligned and appropriate for the material. Remove loose rust, scale and dirt from the area to be machined so the oil can wet the interface and the chips can escape cleanly. For drilling, mark out accurately and centre punch to guide the drill. Verify spindle speeds and feeds to suit the tool diameter and material, and set up guards and clamps as required for safety. Position trays or absorbent pads to capture excess oil and swarf. Clean grease from the tool shank and chucking surfaces to prevent slip. With a stable set up and a clean path to the cut, Soudal Cutting Oil can form a continuous film, reduce heat effectively and help you achieve a predictable, high quality finish.

 

Q) What is the correct way to use Soudal Cutting Oil for drilling and reaming operations?

A) Shake the can to ensure a uniform spray, fit the extension straw for accuracy and flood both the drill and the entry point before starting. Begin cutting with a steady, appropriate feed rather than forcing the tool, and keep the area visibly moist during the operation. For deep holes, use a peck technique: withdraw periodically to clear chips, re apply Soudal Cutting Oil and continue. This routine brings fresh lubricant to the cutting edge, improves chip evacuation and prevents heat build up along the flutes. When reaming, maintain a constant slow feed with generous lubrication to avoid chatter and protect the reamer’s geometry. If the workpiece is dry or lightly corroded, pre wet the area a few minutes ahead of time so the oil can penetrate. Throughout, watch chip colour and shape; pale, well formed chips usually indicate that heat and load are under control.

 

Q) What practices should I follow when tapping and thread cutting with Soudal Cutting Oil?

A) Threads demand controlled torque and effective lubrication at the flanks. Before starting, chamfer the hole or bar end to guide the tool. Flood the tap or die and the emerging thread with Soudal Cutting Oil, begin the cut squarely and use smooth pressure. Back off periodically to break chips and refresh the lubricant in the cutting zone. On blind holes, clear swarf frequently and re apply oil so the flutes do not clog. The cooling action stabilises thread pitch and depth by limiting thermal expansion, while the high lubricity reduces the risk of galling or tearing, especially in stainless and sticky alloys. For machine tapping, set sensible speeds and use through peck cycles where possible with repeated lubrication. Good practice with the right oil produces crisp, accurate threads that assemble smoothly and hold torque without excessive rework.

 

Q) How should I apply Soudal Cutting Oil when sawing and cutting sections or tube?

A) Apply Soudal Cutting Oil along the blade path and teeth before you start, then maintain a visible film during the cut. On band saws and chop saws, a steady feed with adequate lubrication helps keep the blade cool, reduces friction and limits wandering so cuts stay straighter. Re apply at intervals on harder alloys and thicker sections to replenish the film and carry heat away from the teeth. When cutting tube, ensure the oil reaches both the outer and inner walls at the entry to assist chip flow and prevent tooth pick up. For manual hacksawing, a light, regular application reduces effort and leaves a cleaner edge that requires less dressing. After cutting, wipe down the work and blade to remove swarf and oil, and inspect teeth for wear. Routine lubrication with Soudal Cutting Oil extends blade life and improves edge quality job after job.

 

Q) Can Soudal Cutting Oil be used overhead or in tight spaces, and how does the any angle valve help?

A) The aerosol is fitted with a 360° any angle valve that delivers a consistent spray in every orientation, which makes Soudal Cutting Oil ideal for overhead drilling, anchor setting and work inside cabinets or engine bays. In practice this means you can stand comfortably, keep clear sight of the cut and still place the lubricant exactly where it is needed without twisting the can or repositioning the work. For vertical and overhead tasks, begin the application just above the cut so gravity helps feed the oil into the cutting zone, then top up during pauses in the operation. The focused jet and optional straw assist precise targeting on drills, taps and saw blades, reducing overspray and mess. This capability is especially valuable on site where access is limited and a clean, controlled application directly improves the quality and speed of the job.

 

Q) What technical characteristics define Soudal Cutting Oil and why do they matter to the user?

A) Soudal Cutting Oil combines a liquid mineral oil base with a formulation that balances high lubricity and cooling in a convenient aerosol. It is light coloured for clear visibility at the cut, not soluble in water and carries anti misting properties that help reduce airborne droplets for a cleaner working environment. The product has a density of approximately 0.89g/ml and a kinematic viscosity around 35 to 40cSt at standard conditions, which supports rapid wetting and robust film strength under load. The flash point is at least 200°C, and the formulation contains about 20% volatile organic compounds. In practical terms these characteristics mean the oil reaches the cutting edge quickly, stays in place during heavy feeds and draws heat away efficiently, while the spray format with any angle delivery puts the lubricant precisely where it is required on drills, taps and blades.

 

Q) What practical tips will help me get the best day to day performance from Soudal Cutting Oil?

A) Start with sharp, appropriate tools and a rigid set up, then let Soudal Cutting Oil do the heavy lifting at the interface. Wet both tool and work before cutting, and keep the film topped up so friction never runs away. Use peck cycles for deep holes, back off during tapping to break chips, and maintain a steady, sensible feed rather than forcing the tool. Watch chip colour and shape and adjust speed or feed if you see signs of heat or built up edge. For vertical or overhead work, apply just above the cut and let the oil run into the zone. Keep the nozzle and straw clean for an accurate jet and store the can at room temperature so spray performance is consistent. Finally, wipe parts and machines after use; a clean environment and good housekeeping protect grip surfaces and make the next job faster.

 

Q) How do I clean down after using Soudal Cutting Oil and prepare parts for welding, painting or bonding?

A) At the end of the operation, wipe surplus Soudal Cutting Oil and swarf from the workpiece and machine using a clean, lint free cloth. Clean chucks, vices and guards so gripping and guarding remain effective. If the component will be welded, painted or bonded, degrease the prepared surfaces with a suitable cleaner after machining to remove the residual oil film. This step ensures full adhesion or clean welds without porosity. For threaded assemblies, brush the threads to remove chips and oil before applying any assembly lubricant or thread treatment specified for the service. Dispose of oily wipes and metal swarf in line with local regulations. Good post process cleaning keeps fixtures safe, maintains machine performance and prevents contamination carrying over to the next operation.

 

Q) What are the limitations of Soudal Cutting Oil and when should I consider an alternative approach?

A) Soudal Cutting Oil is a point of cut lubricant, not a replacement for engineered flood coolant systems where those are specified by the process or machine tool. Excess oil on clamping faces, belts or friction couplings can reduce grip, so apply only to the cutting zone and wipe away overspray promptly. Extremely hard or work hardened materials, blunt tools or incorrect speeds and feeds may still produce poor finish or rapid wear; in such cases adjust parameters, tooling and strategy rather than relying on more lubricant. The aerosol is not for energised electrical equipment or use near open flames and hot surfaces. If a process demands water soluble coolants for chip flushing or temperature control across long cuts, select the appropriate system. Used within its intended scope, Soudal Cutting Oil offers significant benefits in control, finish and tool life.

 

Q) How should Soudal Cutting Oil be stored, handled and used safely in the workshop or on site?

A) Store Soudal Cutting Oil upright in a cool, dry place away from direct sunlight and sources of heat, and do not expose aerosols to temperatures above 50°C. Keep the cap on and secure the extension straw so the actuator stays clean and the spray pattern remains accurate. Use only in well ventilated areas and avoid prolonged inhalation of spray mist. Wear suitable gloves and eye protection, particularly when working overhead or in confined spaces, and keep hands clear of rotating tools at all times. Switch off and isolate machinery during set up, use guards and clamps as required, and never smoke during application. In case of eye contact, rinse immediately with plenty of clean water and seek medical advice if irritation persists. Wipe the nozzle after use, rotate stock so older cans are used first, and dispose of oily wipes and empty containers according to local regulations.

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