Coating Removal Systems
Start with the grinder platform, then lock the mounting interface, rotation direction, PCD layout and protection segment against the coating-removal job.
Five representative configurations cover hand-held cup wheels, PCD-only and split-PCD Redi Lock shoes, and 3-M6 bolt-on protection-bar shoes. Start with the machine, then choose the cutter layout.
A high-density 12-tooth cup wheel for portable removal at edges and confined areas where a planetary floor grinder cannot reach. The integrated flange and eight ventilation openings keep the assembly compact and stable.
A six-point directional PCD layout for hand-held coating removal where cutter direction, grinder rotation and guard clearance are confirmed together before sampling.
A quick-change PCD-only layout for aggressive coating engagement. Cutter count, working direction and tools per head are matched to the Redi Lock holder before sample approval.
Split-PCD bars distribute contact across a longer working edge. We match the split layout, direction and holder to the coating and required surface condition during sample approval.
A heavy trapezoid steel plate with three M6 mounting positions, two quarter-round PCD cutters and one protection bar. Hole pattern, adapter plate and rotation are aligned to the grinder model rather than assumed universal.
Grinder brand, model and holder plate
Mounting interface or bolt-hole drawing
Rotation direction and tools per head
Coating type, thickness and floor substrate
Dry/wet mode, dust extraction and machine power
Sample acceptance, marking, packaging and annual volume
Technical Guide
Engineering reference for the five diamond tool manufacturing processes — laser welding, high-frequency welding, sintering, electroplating, vacuum brazing. Covers what each process produces, the diameter range each is engineered for, when to spec which process for which application, and how to write an RFQ that names the process directly.
Engineering Specification
How to engineer a reinforced-concrete diamond segment as a matched system: self-sharpening bond, diamond system, geometry, water, machine settings and four-result sample validation.
Manufacturing Guide
Why ARIX-type ordered diamond placement is a matrix architecture, not segment geometry. Compare random, uniform and ordered layouts, verification evidence and reinforced-concrete RFQ fields.
Technical Guide
OSHA 29 CFR 1926.1153 Table 1 reference for diamond core drilling in the US construction market. Covers the two named drilling tasks, wet-cutting vs HEPA-vacuum compliance paths, the 50 µg/m³ PEL and 25 µg/m³ action level, bit-side implications for distributors stocking US-bound diamond core bits, and RFQ wording for OSHA-aligned OEM programs.
