SDS Core Bit Damage, Abnormal Wear & Maintenance GuideWhen an SDS core bit chips after a few holes or slows down halfway through a project, most people blame “bad quality”. In reality, damage usually traces back to material mismatch, overloaded tools, and poor maintenance. This guide explains why bi
SDS, SDS Plus, and SDS Max are the three core standards used worldwide, and each one is engineered for a different level of torque, impact energy, and drilling diameter. When contractors select the wrong SDS system, they often experience problems such as slow penetration, excessive bit wear, misalignment, or even dangerous tool incompatibility. This guide explains how SDS works, how each system differs, and how to choose the correct type for light-duty drilling, daily professional workloads, or heavy-duty demolition tasks. By the end, you will understand both the mechanical structure and the real-world applications that determine which SDS system belongs on your jobsite.
Picking the right SDS core bit is rarely just about diameter. The material you're cutting (concrete, reinforced concrete, brick, block, natural stone, tile) and the jobsite realities (wet vs dry, presence and density of rebar, abrasive aggregates, water/electrical access, overhead work) will change what bit actually performs and how long it lasts.
This guide stays close to the real problems you see on site: which diameter to use, how much drilling depth you really need, whether SDS-plus is enough or you should move to SDS-max, and what arbors and pilots you must have ready. The goal is simple: help you choose SDS core bits that actually fit your hammer, your wall, and your pipe the first time.
