PCD diamond tools for concrete grinding and exposing aggregate.

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TPS EA-CCW PCD - 2 PCD Concrete Grinding Head

TPS EA-CCW 2 PCD Extremely Aggressive

This EA PCD is used in a COUNTER CLOCKWISE direction and will bolt directly to all of the Total Polishing Systems rotary and planetary concrete grinders and polishers. This 3 hole bolting pattern ia also common with many other concrete grinders on the market. For additional information on mounting hole locations, visit the "Technical Specs" tab.

Look under the "extended information" tab to view pictures of the grinding profile left by this PCD grinding tool.

Our Price: $50.00

Product Code: EAPCDCCW

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Description

Technical Specs

Extended Information

The Dual PCD EA (extremely-aggressive) is possibly the most aggressive diamond made for grinding concrete. This PCD is a mounted on a COUNTER CLOCKWISE rotating plate. The total weight of the machine is transferred to the tips of the polycrystalline diamond teeth. Without any support to hold the teeth back, the PCD aggressively grinds deep into the concrete surface with amazing speed. This configuration will quickly remove any topical substance and continue into the concrete to quickly expose large size aggregate. Use these PCD tools to remove heavy coatings, overcoats, glues, mastics, thin set and paint as well as penetrate the concrete quickly and effectively. This diamond tool will leave extremely severe scratch patterns, look under the "extended information" tab to view additional pictures of the scratch pattern left by these EA PCD tools. The Dual PCD SA heads are manufactured in both a clockwise and counter clockwise direction and compatible with all of our rotary and planetary concrete preparation machines.

PCD (polycrystalline diamond) is the result of sophisticated high-pressure, high-temperature technology in which carefully selected synthetic diamond particles are sintered together in a cobalt matrix. PCD product usually consists of two layers. The PCD layer (usually black) is diamond particles which have been sintered together into a coherent structure using a chemo-mechanical binder and high-pressure, high-temperature conditions similar to those used in single crystal diamond synthesis. The polycrystalline diamond layer is integrally bonded by an advanced process to a super tough tungsten carbide substrate which provides strength and permits welding or brazing with other metals. The random orientation of the diamond particles produces a high uniform hardness four times stronger than carbide with remarkable wear resistance.