1DFAUL 100ml Thread Cutting Oil for Drilling Metal, Cutting Fluid for Drilling Reduce Friction & Thermal Deformation, Extends Tool Life, for DIY Stainless Steel & Alloy

• High Performance Thread Cutting Oil: Cutting oil for drilling metal forms a protective lubricating film between the tap and the workpiece, reducing friction and preventing overheating, protecting the tap cutting edge and the thread accuracy of the workpiece
• Extending Tool Life: Cutting fluid for metal drilling can reduce resistance, absorb heat, cool the workpiece, improve thread surface finish, and prevent problems such as thread damage and stripping
• Enhance Machine Performance: Thread cutting fluid boosts your metalworking efficiency. Whether you're performing manual operations or machine machining, drilling oil helps you maximize speed and time, while reducing tool shock, maintains precision and lowering the risk of warping
• Easy To Use: Simply wipe the surface of the metal workpiece and apply cutting oil for drilling to the area between the tap and the workpiece. After cutting, wipe away any remaining thread cutting oil with a clean, soft cloth or paper towel
• Applications: Thread cutting oil is suitable for all types of metalworking. Cutting oil for drilling metal works with both electric and manual cutting/drilling machines, making it ideal for DIY enthusiasts and maintenance technicians

Thread Cutting Oil for Drilling Metal Thread cutting oil reduces friction between the tap and the workpiece by forming a lubricating film, absorbs heat generated during drilling, reduces workpiece thermal deformation, protects the tap cutting edge and workpiece thread accuracy, improves thread surface finish, and extends tap life Instructions for Use 1. Thoroughly clean the surface of the metal workpiece, ensuring it is free of dust, metal shavings, oil, and other impurities. 2. Apply the cutting oil for drilling metal evenly to the workpiece surface to ensure continuous lubrication. 3. After drilling, immediately wipe away any residual cutting fluid from the workpiece thread surface and the tap.