





| Brand Name : | Addison |
| Material Grade : | M2 Ground |
| Series : | Jobber Series |
| Type of Product : | Parallel Shank Twist Drills |
| Standard : | IS 5101-1991, BS 328 (PART 1) 1986 |
| Material : | HSS with 0% cobalt |
| Weight | 1 kg |
| Dimensions (L x W x H) | 10 x 10 x 20 |
The Addison 10.30 MM Jobber Series High-Speed Steel (HSS) Parallel Shank Drills are designed for precision and efficiency in various drilling applications. With a diameter of 10.30 mm, these jobber-length drills are ideal for creating clean, accurate holes in materials such as metal, wood, and plastic. Manufactured from high-quality HSS, they offer excellent heat resistance and durability, ensuring a longer lifespan for the tools. This convenient pack of 10 drills is perfect for both professionals and DIY enthusiasts seeking reliable and cost-effective solutions for their drilling needs.
Key Features:
High-Speed Steel (HSS) Construction: Provides superior toughness and heat resistance, making them suitable for demanding drilling tasks.
10.30 MM Diameter: Specifically engineered for precision drilling, delivering smooth and accurate holes across a variety of materials.
Parallel Shank Design: Ensures a secure fit in most standard drill chucks, enhancing stability during operation.
Jobber Length: Versatile length suitable for general-purpose drilling tasks, accommodating standard depth requirements.
PACK OF 10: Includes ten drills, making it an excellent choice for bulk projects or repeated use.
Applications:
Ideal for drilling in metal, wood, plastic, and other composite materials.
Suitable for industrial, construction, and general-purpose drilling applications.
Conclusion:
The Addison 10.30 MM Jobber Series HSS Parallel Shank Drills (Pack of 10) deliver reliable and durable performance across various drilling applications. This versatile set is a valuable addition to any toolkit, ensuring you are well-equipped for all your projects.
For more insights contact us:
Email: sales@industrywaala.com
Contact Number: +91 7377 01 7377


