1. Turning Inserts (e.g., SNGN Series)

• Geometry & Material: The SNGN120416E040 SD200 turning insert features the SNGN geometry, is carbide-based, coated for wear resistance, and ideal for aluminum turning operations (lathe machining) nigel-tools.en.made-in-china.com.

• Applications: Perfect for general and finishing turning on aluminum and steel where precision and tool life are key.

2. Carbide Drill Bits

• Union Tools offers solid carbide drill bits across several models such as UTDLX (long end-mill shank), C-UMD, UDCMX, and UTDSX (TiCN coated, short) MisumiMISUMI South East Asia+1.

• Features:

  • Coated variants (e.g., TiCN) enhance wear resistance.

  • Short or long overall lengths suit varied drilling depths.

  • Designed for efficient, repeatable drilling across materials like aluminum, steels, stainless steels, and titanium Misumi.

3. Diamond-Coated Carbide End Mills & Drills

• Specialized for mold-making, these tools (UDC-series) are carbide with diamond (UDC) coatings, offering unmatched durability and sharpness on hardened materials Alibaba.

Benefits of Union Tools Carbide Inserts

• Superior Wear Resistance: Coatings like TiCN and diamond significantly extend tool life, reducing downtime.

• Material Versatility: Suitable for a broad range—from soft aluminum to hardened mold steel.

• Precision Performance: Engineered geometries (like SNGN) optimize chip control and surface finish.

• Quick Turnaround: Models available for fast shipping and production cycles Misumi.

• Cost-Efficiency: Durable inserts cut tooling cost and improve ROI through fewer replacements.

Detailed Sub-Headings

1. Material Composition: Overview of carbide construction and benefits vs. HSS tools Wikipedia+1.

2. Available Insert Types:

   • Turning (SNGN series)

   • Drilling (UTDLX, C-UMD, UDCMX, UTDSX)

   • Diamond-coated end mills/drills (UDC-series)

3. Coating Science: How coatings (TiCN, diamond) boost tool life and performance.

4. Application Guide: Best practices for aluminum, steel, stainless, titanium, mold steels.

5. Performance Optimization: Tool geometry, coolant usage, feeds/ speeds.

6. Ordering Info: Availability, customization, lead times.