It's the inside that matters
Sandvik PowerCarbide® grades represent our most advanced materials technology and can optimize any drilling application – to significantly enhance both drilling performance and cost effectiveness.
PowerCarbide® – a family of advanced carbide grades
Building on Sandvik’s world-leading R&D and expertise, the Sandvik PowerCarbide® range is the most significant carbide innovation in the rock drilling industry for decades. Our PowerCarbide® grades – DP55, DP65, GC81, SH69, SH70, SH75, XT49, XT70 and XT90 – offer unique combinations of strength, hardness, toughness and wear resistance to optimize any drilling application.
Our unique capabilities behind PowerCarbide®
We continuously work to develop new cemented carbide grades to offer our customers improved products for more productive and efficient operations. Our innovative PowerCarbide® grades enable our buttons to retain their shape as long as possible. This ensures longer grinding intervals, fewer bit changes and improved safety.
Our ability to develop the most advanced material compositions for our cemented carbide buttons is based on our extensive knowledge and experience, and our world-class R&D center in Sweden. Our own tungsten mine also offers unique capabilities in terms of product development and quality control – to provide us with unique competitive advantages in the rock drilling industry.
Reduced environmental footprint
To minimize the environmental footprint of our own operations and our customers, we encourage customers to return used carbide tools to us for recycling. In this way, our unique global carbide recycling system contributes toward a more sustainable future.
*The images above show a cross-section of our different insert types
Dual Property grades
DP55 has wear resistance similar to our standard grades, but offers greater toughness. It is especially suited to large ballistic inserts, accommodating the higher loads the insert may be exposed to due to a longer protrusion. DP65 has similar toughness to our standard grades, but a considerably higher wear resistance. This grade works best when drilling in very abrasive rock with large spherical inserts.
Gradient Carbide grades
GC80 is developed for hard and abrasive ground conditions. Our innovative manufacturing process makes it possible to produce buttons that are wear-resistant on the outside, while the center provides a toughness that further extends service life and grinding intervals.
Self Hardening grades
SH69 (Down-The-Hole), SH70 (Top Hammer) and SH75 (Rotary) are grades with homogeneous properties throughout the material. It is “self-hardening” as it has the ability to become both more wear resistant and tougher as drilling progresses.
The hardness of the insert surface continuously increases during drilling, which means that the hard top never wears off. The self-hardening effect is greatest in hard and competent ground.
XT49 takes the standard straight grade XT48 to the next level. Our manufacturing process enables the reduction of early breakages of the insert. As this grade is more resilient to breakage, it enables more protrusion and a sharper geometry.
XT70 and XT90 (cutting grades)
The XT70 is a grade perfect for cutting in hard and abrasive rock, and offers the best high temperature wear resistance of all hard metal grades for longest pick wear life.
The XT90 works at its best in hard to very hard but less abrasive minerals. It is also a snakeskin stopper. The toughest cutting grade.
Learn more about the PowerCarbide™ - XT53
PowerCarbide® XT53 is a major innovation in our cutting picks, and is a grade well suited for the demands of rock cutting in medium to hard ground conditions. It can significantly improve your productivity and reduce the picks consumed per BCM (bank cubic meter).
Learn more about the PowerCarbide™ - GC80 and SH70
Our latest PowerCarbide® addition is the most significant carbide innovation in the rock drilling industry for decades. The new grades, the GC80 (Gradient Carbide) and SH70 (Self-Hardening), are based on improved knowledge about the wear of the drill bit in different types of rock.