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| Brand Name: | XRTOOLS |
| Model Number: | 18MM |
| MOQ: | 500PCS |
| Price: | $0.8-12/PCS |
| Delivery Time: | 25-30 days |
| Payment Terms: | L/C, D/P, T/T, Western Union |
The Problem: When boring 18mm holes in high-friction materials like aluminum, brass, or galvanized steel, the cutting edge experiences rapid abrasive wear. Standard HSS bits often suffer from "galling," where material sticks to the tooth face, leading to increased resistance and a ragged finish.
The Result: Frequent tool changes, increased mechanical strain on the drill motor, and holes that require extensive cleanup due to heat-induced surface deformation.
Micro-Friction: Even the most finely ground HSS has microscopic surface irregularities. During high-speed rotation, these irregularities create friction that generates heat faster than the tool can dissipate it.
Material Adhesion: Soft or "sticky" metals tend to bond with standard HSS under pressure, leading to built-up edges (BUE) that dull the saw prematurely.
Ultra-Low Friction Coefficient: Our 18mm Titanium Gold Series is treated with a specialized Titanium Nitride (TiN) coating. This ceramic-gold layer provides a friction coefficient of approximately 0.4, allowing the tool to "glide" through metal with significantly less resistance than uncoated bits.
Surface Hardness Enhancement: While the HSS core provides toughness, the TiN coating increases the surface hardness to approximately 80 HRC. This "armor" protects the cutting teeth from abrasion, extending the tool's service life by up to 300% compared to standard HSS.
Superior Heat Barrier: The TiN layer acts as a thermal shield, reflecting heat into the chips rather than the body of the tool. This preserves the "Red Hardness" of the underlying steel, ensuring consistent performance in repetitive production cycles.
| Technical Pillar | Specification Detail | Industrial Benefit |
| Body Material | HSS (High-Speed Steel) | Toughness: Absorbs shock and prevents tooth loss. |
| Surface Treatment | Titanium Nitride (TiN) PVD | Longevity: Dramatically reduces abrasive wear. |
| Boring Accuracy | TIR (Runout) ≤ 0.12mm | Precision: Perfectly sized for 18mm industrial sensors. |
| Safety Feature | Integrated Stopper Flange | Protection: Limits depth to prevent component damage. |
| Ejection System | High-Tension Center Spring | Efficiency: Instant core ejection for fast workflows. |
Automotive Body Modification: Ideal for boring clean 18mm entries for parking sensors and camera mounts in thin-walled steel or composite panels.
Electrical Infrastructure: The standard size for installing industrial push-buttons and small cable glands in painted control cabinets.
Signage & Display Fabrication: Smooth, burr-free boring in aluminum composite panels (ACP) and acrylics where aesthetic finish is critical.
Material Compatibility: Optimized for Aluminum Alloys, Mild Steel (≤ 4mm), Brass, Copper, and high-impact Plastics.
Speed Management: For standard steel, maintain 400 - 500 RPM. For aluminum or plastics, the tool is stable up to 900 RPM due to the low-friction coating.
Cooling Protocol: While the TiN coating reduces heat, a small amount of lubricant will further prevent chip adhesion and keep the tool running at peak efficiency for hundreds of cycles.
Q: Why choose Titanium-Coated over plain HSS for 18mm holes?
A: The TiN coating is essentially a performance multiplier. It allows for faster cutting speeds and provides a harder "skin" that resists the abrasive nature of non-ferrous metals and fiberglass much better than plain steel.
Q: Is the 18mm size compatible with standard hand drills?
A: Yes. The integrated hex shank is designed for zero-slip in any standard 10mm or 13mm chuck, making it perfect for both handheld cordless drills and stationary drill presses.
Q: Can this be used on Stainless Steel?
A: While it can cut thin 201/304 stainless steel, we recommend our M42 Cobalt series for thick or high-frequency stainless steel work. The TiN series is the superior choice for high-volume work in mild steel and aluminum.
Advanced Coating Process: Our TiN layers are applied via Physical Vapor Deposition (PVD) to ensure a uniform, molecular bond that will not flake or peel under high pressure.
Integrated Construction: The one-piece design ensures the highest possible concentricity, eliminating the "wobble" common in multi-piece hole saw kits.
Job-Site Reliability: Every batch is tested for dimensional accuracy and hardness to ensure it meets international engineering standards.
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