




| Brand | Addison |
| Item Code | K81601340 |
| Drill Dia | 13.3 MM |
| Shank Dia | 13.3 MM |
| Flute Length | 108 MM |
| Overall Length | 160 |
| Weight | 1 kg |
| Dimensions (L x W x H) | 10 x 10 x 20 |
The Addison K816 Series Coagulated Solid Carbide Jobber Drill, measuring 13.3 x 13.3 x 108 x 160 mm, is meticulously engineered for precision drilling in materials with hardness ratings up to 45 HRC. This premium drill bit is constructed from high-quality coagulated solid carbide, ensuring exceptional durability and wear resistance for a variety of demanding industrial applications.Designed for automotive, aerospace, and heavy-duty manufacturing tasks, this drill guarantees smooth and accurate penetration through tough materials. Its robust design minimizes the risk of chipping and maximizes tool longevity, providing reliable performance in rigorous working conditions.
Key Features:
High Hardness Compatibility
Effectively drills through materials rated up to 45 HRC, making it suitable for hard metals and alloy steels.Precision Dimensions
Manufactured to exact specifications of 13.3 x 13.3 x 108 x 160 mm, ensuring consistent and accurate drilling results.Solid Carbide Construction
Built from high-grade solid carbide for superior durability and resistance to wear.Coagulated Carbide Design
Enhances tool strength, reduces the risk of chipping, and extends the lifespan of the drill in demanding applications.
Applications:
Ideal for automotive, aerospace, and industrial tasks requiring high precision.
Suitable for drilling hardened metals, alloy steels, and other materials that demand reliability.
Conclusion:
The Addison 13.3 x 13.3 x 108 x 160 mm K816 Series Solid Carbide Jobber Drill is a superior choice for professionals seeking a high-performance drilling tool. With its capacity to handle materials up to 45 HRC and its durability and precision, this drill is a valuable addition to any workshop or industrial setting.
For more insights contact us:
Email: sales@industrywaala.com
Contact Number: +91 7377 01 7377


