Warehouse Clearance Gr.5 - 4.5kg Tapping And Cutting Paste For Difficult Materials - Emuge Franken Limited Time 65% Off [hWDjz4Ao]

GR.5 - 4.5kg Tapping and Cutting Paste for Difficult Materials

Emuge Franken's GR.5 - 4.5kg Tapping and Cutting Paste is a specialized lubricant designed for machining challenging materials. This high-performance paste is formulated to provide exceptional cutting performance and longevity, making it an ideal choice for demanding applications. With its unique blend of ingredients, it offers excellent adhesion and resistance to wear, ensuring a smooth and efficient machining process.

• Chlorine-free formula for environmentally conscious operations
• Enhanced cutting performance for difficult materials
• Long-lasting lubrication to extend tool life

Product Specifications and Technical Details

The GR.5 - 4.5kg paste is specifically engineered for materials that are difficult to machine, such as high-tensile steels and superalloys. It features a thread cutting paste no. 6+ rating, ensuring optimal performance for a wide range of applications. This paste is suitable for brush lubrication only and is particularly advantageous for horizontal machining, large dimensions, and through hole threads. However, it is only partially suitable for machining non-ferrous metals.

• Thread cutting paste no. 6+ for high-performance cutting
• Brush lubrication for precision applications
• Partial suitability for non-ferrous metals

Practical Applications and Target Audience

Emuge Franken's GR.5 - 4.5kg Tapping and Cutting Paste is a versatile tool for professionals in various industries, including automotive, aerospace, and general engineering. Its exceptional performance in difficult materials makes it an invaluable asset for machining complex components. Whether you are working on large-scale projects or precision parts, this paste can help you achieve superior results with ease.

• Perfect for horizontal machining and large dimensions
• Enhanced tool life and reduced downtime
• Targeted for professionals in automotive, aerospace, and engineering