The Husqvarna Elite Soff-Cut XL2000 150mm Diamond Saw Blade is engineered for early entry cutting in green concrete. Designed for professional contractors, this blade ensures clean, precise cuts without chipping or spalling, making it ideal for high-performance applications on hard, non-abrasive green concrete surfaces.
Constructed with premium-grade materials, the XL2000 blade features a robust design that withstands the demands of early entry cutting. Its 12 laser-welded segments provide durability and longevity, while the 2.6mm segment width ensures efficient cutting performance. The blade's green color coding indicates its suitability for hard aggregate, non-abrasive concrete.
Specification | Details |
---|---|
Blade Diameter | 150mm (6") |
Segment Width | 2.6mm |
Segment Height | 8mm + 1.5mm wear layer |
Arbor Hole Pattern | Soff-Cut Triangular |
Application | Hard, non-abrasive green concrete |
Cutting Method | Dry |
Power Range | 4.1kW - 8kW |
Users report that the XL2000 blade delivers exceptional cutting performance on green concrete, providing smooth and clean cuts with minimal effort. Its compatibility with Husqvarna Soff-Cut saws and dry cutting capability make it a preferred choice for professionals seeking efficiency and reliability in early entry sawing applications.
Q: What type of concrete is this blade designed for?
A: The XL2000 blade is specifically designed for cutting hard, non-abrasive green concrete.
Q: Can this blade be used for dry cutting?
A: Yes, the blade is engineered for dry cutting applications, eliminating the need for water during operation.
Q: Is the blade compatible with all Soff-Cut saws?
A: The blade features a triangular arbor configuration, making it compatible with Husqvarna Soff-Cut saws that accept this arbor type.
Q: What is the segment height of the blade?
A: The blade has a segment height of 8mm with an additional 1.5mm wear layer, providing durability and extended cutting life.
Q: How many segments does the blade have?
A: The XL2000 blade is equipped with 12 laser-welded segments for robust cutting performance.