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Solid Carbide Drills
Product Details:
- Noise Level Depends on drilling equipment and material, usually low
- Tool Type Rotary Drilling Tool
- Cutting Speed 80 - 180 m/min depending on material
- Application Metalworking, engineering, automotive, aerospace, precision component manufacturing
- Spindle Speed Up to 10,000 RPM depending on drill and material
- Power Source Used with powered drilling machines
- Product Type Solid Carbide Drills
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Solid Carbide Drills Product Specifications
- Depends on drilling equipment and material, usually low
- Rotary Drilling Tool
- Grey/Silver (natural carbide finish)
- Manual
- Solid Carbide Drills
- 80 - 180 m/min depending on material
- High wear resistance, excellent heat resistance, precision cutting, long tool life
- Metalworking, engineering, automotive, aerospace, precision component manufacturing
- Varies by size, approx. 0.05 - 0.2 kg per drill
- Varies as per drill size, typically 3mm-20mm diameter, length 40-100mm
- Solid Carbide
- Used with powered drilling machines
- Up to 10,000 RPM depending on drill and material
- Designed for precision drilling operations in metal, alloy, and other tough materials
- No
- Uncoated or TiN/TiAlN coated options available
- Withstands high-temperature drilling
- Optimized flute design for efficient chip evacuation
- Stainless steel, cast iron, non-ferrous metals, titanium alloys
- 118/130 standard, custom available
- External coolant recommended for optimum tool life
- Designed for extended tool life compared to HSS drills
- Straight shank
- Helical/fluted
- High precision, DIN 338 and ISO standard compliant
Product Description
These Solid Carbide Drills are extensively used by workmen during masonry, renovation, construction and decoration work. The offered bits are sure to leave accurate and impressive cutting edges. These bits are ideal for creating deep holes onto the wood, fiberglass, metal, polyvinyl chloride and other soft or hard substrates. These bits offer durable sharpness and better heat resistant properties. You can place the order to these bits in several diameters, drilling designs and lengths. Provided bits are manufactured using high-grade steel. These Solid Carbide Drills are acclaimed for their incredible strength, dimensional accuracy and rugged design.
Precision Meets Performance
Our solid carbide drills are manufactured for high-precision drilling in even the toughest materials. With advanced uncoated and coated options, these tools maintain exceptional sharpness, exact dimensional accuracy, and consistent results over extended usage, ensuring stability for demanding industrial applications.
Durability and Heat Resistance
The inherent wear resistance of solid carbide, combined with TiN or TiAlN coatings, allows these drills to withstand elevated temperatures and repeated drilling cycles. The robust construction ensures minimal tool wear, longer service life, and reliability across a wide range of metals and alloys.
Optimized for Professional Applications
Compliant with DIN 338 and ISO standards, these drills are tailored for use in metalworking, automotive, aerospace, and precision engineering components. An efficient fluted design enhances chip evacuation, reducing downtime and maximizing productivity in high-precision contexts.
FAQ's of Solid Carbide Drills:
Q: How do I select the right coating for my solid carbide drill?
A: Choose TiN or TiAlN coated drills for enhanced wear and heat resistance when working with tough materials or in high-speed applications. Opt for uncoated drills for general-purpose drilling or when heat management is less critical.Q: What is the benefit of a 118 vs. 130 point angle on these drills?
A: A 118 point angle is ideal for general-purpose drilling, providing a balanced entry and reduced walking. The 130 angle suits harder materials, such as stainless steel or titanium alloys, offering increased stability and longer tool life.Q: When should I use external coolant with these drills?
A: External coolant is recommended to maximize tool life, especially during prolonged drilling or when working on heat-sensitive materials. It helps manage temperatures, reduce wear, and ensures efficient chip removal.Q: Where are these solid carbide drills most commonly used?
A: These drills are extensively used in metalworking, engineering, automotive, aerospace, and precision component manufacturing, particularly where precise, high-quality holes are required in hard metals and alloys.Q: What makes the flute design important in these drills?
A: The optimized helical/fluted design enhances chip evacuation, preventing clogging and overheating. This results in smoother drilling, higher accuracy, and improved operational efficiency.Q: How does the high precision and tolerance of these drills benefit my operations?
A: High precision and strict tolerance ensure consistent hole diameters and clean finishes, reducing the need for secondary processing. This increases productivity and maintains tight quality standards in critical applications.Tell us about your requirement
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HARD MACHINARY TOOLS STORE
GST : 07AFFPH6916Q1ZX
GST : 07AFFPH6916Q1ZX
Shop No. 211, Meena Bazar, Jama Masjid, Delhi - 110006, India
Phone :08071789967
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