RST Segmented Inclined Turbo Hot Sintered - For Wall Cutting & Grooving

1. This segmented inclined turbo hot‑sintered diamond blade is purpose‑built for heavy‑duty wall cutting and grooving in building renovation, optimized for dry‑cutting on reinforced concrete, masonry and brick walls.
2. Inclined‑turbo segment geometry improves airflow and chip evacuation, lowering heat accumulation during prolonged dry cuts and extending service life.
3. High‑temperature hot‑sinter metallurgical bonding firmly locks diamond grit, preventing segment drop‑off and retaining sharpness while cutting embedded steel rebar.
4. Precision stress‑relieved steel core minimizes blade wobble and vibration, delivering straight, neat grooving lines and reducing operator fatigue.

1. Blade diameter by cutting depth: BD-RST-0150 to BD-RST-0180 (150-180mm) for handheld wall chasers and angle grinders, cutting 25-35mm deep electrical and plumbing grooves; BD-RST-0210 to BD-RST-0250 (210-250mm) for mid-size wall chasers on 40-60mm deep channels; BD-RST-0300 to BD-RST-0350 (300-350mm) for electric wall saws on deeper cuts up to 100mm and small opening jobs.
2. Segment width by wall type: 2.1-2.4mm narrow segments suit brick walls, AAC blocks and light partitions for clean narrow grooves; 2.6-3.0mm wider segments are for C30-C60 reinforced concrete where chip evacuation and groove stability matter under heavy rebar loads.
3. Equipment compatibility: the standard 22.23mm arbor fits common angle grinders, wall chasers and electric cut-off saws without reducer rings; the 15mm segment height is 50% taller than standard 7-10mm wall chaser blades, delivering longer working life before replacement.
4. Dry-cut result: hot-sintered segments run dry without water coolant, suiting indoor renovation where dust collection is required; the inclined turbo design keeps cuts straight through both concrete and embedded rebar, producing clean groove edges ready for conduit installation.

Multiple bore diameter and tooth count options available to match your cutting machine.