Carbide Tipped Brazed Lathe Cutting Tool Set, 1.2 cm Shank

Description:

This carbide tipped brazed lathe cutting tool set features a 1.2 cm shank and is designed for precision cutting of steel and non-ferrous metals. Ideal for professional machinists and DIY enthusiasts, this tool set ensures high performance and durability.

Features:

• Carbide tipped design provides superior cutting performance and longevity.
• 1.2 cm shank fits most standard lathes for versatile use.
• Perfect for cutting steel and non-ferrous metals with precision.
• Durable construction ensures reliability for professional and DIY use.
• A must-have tool set for machinists and metalworking enthusiasts.

Additional Info:

• finish_type : Ground, material : Carbide
• CARBIDE TIPPED CONSTRUCTION: Made from high-grade carbide brazed tipped material, this cutting tool delivers long-lasting performance and reliability for demanding workshop and industrial applications.
• SHARP & PRECISE EDGE: Features a diamond point style with a 60-degree cutting angle and straight flute design, ensuring accurate and smooth metal cutting operations every time.
• WIDE COMPATIBILITY: Suitable for use on steel, cast iron, stainless steel, aluminium, and non-ferrous metals, making it ideal for lathe machine operations, metal turning, cutting, and general industrial use.
• SET OF 1 PIECE: Comes as a complete set of 1 carbide brazed tipped lathe tools with a square shank of 1.2 cm diameter and a ground finish for precision machining tasks.
• PRODUCT DIMENSIONS: Each tool measures approximately 12 cm in flute length with a 1.2 cm shank diameter, offering a sturdy and well-balanced grip for controlled cutting performance.
• Multipurpose cleaning solution works on burnt food stains, grease buildup, and hard water scale marks.
• Electrochemical Research Provides a conductive substrate for catalyst deposition. Used in electrolysis, microbial fuel cells (MFCs), and redox studies. Maintains high in?plane conductivity (500?1500 S/cm).
• Water Management & Durability PTFE binder (5?30% loading) ensures hydrophobicity and mechanical stability. Enhances long?term cycling performance in fuel cell stacks.
• Structural Benefits Woven carbon cloth substrate offers mechanical strength and flexibility. Available in standard lab sizes (100 ? 100 mm, 200 ? 200 mm).