dtiCORE™ DIamond DIFFERENCE

Not all diamond orifices are created equal. The below illustration depicts key differences in dti™ diamond orifice manufacturing that significantly increases cut quality, precision, flow rate consistency, and longevity of the orifice itself as well as the surrounding materials and cutting head components. The dtiCORE™ Difference ensures the highest quality diamond and surrounding materials, unparalleled quality control; multistep inspection; and testing, and the longest-lasting most robust orifices available.

dtiCORE™ DIAMOND ORIFICES

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ALTERNATIVE DIAMOND ORIFICES

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HIGH QUALITY dtiCORE™ DIAMOND ORIFICES

Eliminate Stress Points

That lead to premature failure at areas of increased localized stress and allow for versatility in orifice mounting.

Incorporate an Inlet Flare

That evenly distributes force over the area of the jewel, increases fatigue strength and provides consistent flow rates and cutting parameters.

Utilize Aerospace Grade Mounting Materials

To achieve optimum performance throughout the lifetime of the jewel.

Feature Proprietary Alignment Procedures

For optimized jet stream accuracy and extended life to the surrounding cutting head components.

LOW QUALITY ALTERNATIVE DIAMOND ORIFICES

Contain Stress Risers

That lead to material failure when concentrated stress exceeds the material’s theoretical cohesive strength.

Include Inconsistent Inlet Geometries

That are more susceptible to impact damage, decreased jet stream coherency, and unreliable flow rates and cutting parameters.

Utilize Inferior Mounting Materials

Proven to erode prematurely under pressure, yielding seal leakage, misalignment of the jet stream and orifice failure.

Incorporate Alignment Procedures

Leading to jet stream inaccuracy and premature wear on the surrounding cutting head components such as the mixing tube.

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