Product Description:
A solid carbide drill is a high-performance cutting tool made entirely from tungsten carbide, a very hard and wear-resistant material. These drills are commonly used in precision machining for drilling tough materials where high accuracy, speed, and longevity are required.
Key Features:
- Material: Made from solid tungsten carbide—extremely hard and heat-resistant.
- Rigidity: Offers greater rigidity compared to high-speed steel (HSS) drills, reducing deflection.
- Wear Resistance: Excellent for high-production environments due to long tool life.
- High-Speed Capability: Can run at higher speeds and feeds, increasing efficiency.
- Coolant Channels: Often come with internal co
- olant holes to reduce heat and remove chips efficiently.
- Coatings: May be coated with TiAlN, TiN, or other materials to improve performance and durability.
Features:
Advantages:
1. Longer tool life
2. Better surface finish
3. Consistent performance in mass production
4. Reduces need for frequent tool changes
Technical Parameters:
| Application |
Metal Drilling |
| Standard |
ISO, DIN |
| Helix Angle |
30 Degrees |
| Precision |
High Precision |
| Shank Type |
Cylindrical |
| Use |
Metal Drilling |
| Flute Type |
Straight |
| Usage |
General High Speed Cutting |
| Customize |
Available |
| Suitable for materials |
P, M, K, S |
Applications:
Common Applications:
Aerospace:
In the field of aerospace, the process is utilized for various applications such as engine components, structural parts, and other critical aerospace components that require precision and high durability.
Automotive:
In the automotive industry, the technology is leveraged for manufacturing a wide range of parts, including engine components, transmission parts, and chassis components, among others. It enables the production of high-quality and complex automotive components with stringent specifications.
Die and Mold Industries:
The die and mold industries benefit greatly from this machining method due to its ability to produce intricate and high-precision molds and dies for various applications. It allows for the production of molds and dies with intricate details and fine finishes required in industries such as plastics, ceramics, and more.
Medical Device Manufacturing:
Within the medical device manufacturing sector, the technique is employed for producing medical implants, surgical tools, and other components that require bio-compatibility, precision, and high quality. It ensures the manufacturing of critical medical devices with strict quality standards and specifications.
Machining of Hard Materials like Stainless Steel, Titanium, and Hardened Alloys:
This method is ideal for machining hard materials such as stainless steel, titanium, and hardened alloys due to its precision and effectiveness in cutting these tough materials. It allows for the efficient and accurate production of components using challenging materials, meeting the requirements of industries that demand high-performance components.
FAQ:
Q: What is the brand name of this Solid Carbide Drill?
A: The brand name of this Solid Carbide Drill is ARNOLD.
Q: Where is this Solid Carbide Drill manufactured?
A: This Solid Carbide Drill is manufactured in China.
Q: Does this Solid Carbide Drill come with any certification?
A: Yes, this Solid Carbide Drill is certified with ISO9001:2000.
Q: What is the minimum order quantity for this Solid Carbide Drill?
A: The minimum order quantity for this Solid Carbide Drill is 2 pieces.
Q: What is the delivery time for this Solid Carbide Drill?
A: The delivery time for this Solid Carbide Drill is 7-10 days.
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