Totem ‐ Gold (Tin Coated) Metric Coarse Pitch Is-6175 – Part Iv Long Shank Type ‘A’, ‘C’, Or ‘D’Gold (Mm)3

Features – TOTEM GOLD (TiN Coated) Metric Coarse Pitch IS-6175 Part IV Long Shank Type ‘A’, ‘C’, or ‘D’ GOLD (mm) :

• High-Speed Steel (HSS) with TiN Coating – Titanium Nitride coating increases surface hardness, reduces wear, and enhances tool life.

• IS-6175 Standard Compliance – Manufactured to Indian Standards for Metric Coarse Pitch threads, ensuring dimensional accuracy.

• Long Shank Design (Type A, C, or D) – Provides extended reach for threading in deep holes or difficult-to-access areas.

• Complete Tap Set – Includes Taper, Second, and Bottoming taps for step-by-step precision threading.

• Metric Coarse Pitch Threads – Designed for general engineering and heavy-duty industrial use.

• Reduced Friction & Torque Requirement – TiN coating minimizes cutting resistance for smoother operation.

• Durable & Long-Lasting – Ideal for repeated use in demanding workshop and industrial environments.

• Accurate & Clean Threading – Produces burr-free, smooth, and precise internal threads.

• Versatile Application – Effective on mild steel, stainless steel, alloy steels, aluminum, brass, copper, and non-ferrous metals.

• SPPT GOLD Performance – Ensures high-precision thread cutting with improved surface finish.

• Enhanced Tool Life – TiN coating provides excellent wear resistance, reducing tool replacement frequency.

Applications And Uses:

• Deep Hole Threading – Perfect for creating metric coarse pitch threads in deep or hard-to-reach areas where standard taps cannot reach.

• Machine Building & Fabrication – Used in manufacturing threaded holes in heavy machinery components and large assemblies.

• Automotive & Aerospace Industries – Suitable for threading engine blocks, gear housings, and deep structural components.

• Industrial Manufacturing – Ideal for production of precision metric-threaded components in mechanical and engineering industries.

• Maintenance & Repair (MRO) – Effective for restoring or repairing damaged threads in deep bores or confined spaces.

• Workshops & Tool Rooms – Essential for machinists performing specialized deep-thread cutting operations.

• General Metalworking – Suitable for use on mild steel, stainless steel, alloy steels, aluminum, brass, copper, and other non-ferrous metals.

• Prototyping & R&D – Useful in development of new parts requiring precision deep threading.

• Professional Engineering Use – Ensures accurate, clean, and durable threads in applications where reliability is critical.